writePowercanNetCDFandUpdateSSDS(): Processing begun: Wed Sep 29 12:50:43 2010 writePowercanNetCDFandUpdateSSDS(): Instrument deployment name = Power Can on CIMT readPowercanDataStream(): Input DataStream name: 1563_1_1_1299 readPowercanDataStream(): RecordDescription: readPowercanDataStream(): id = 39282 readPowercanDataStream(): recordType = 1 readPowercanDataStream(): bufferStyle = ASCII readPowercanDataStream(): bufferItemSeparator = whitespace readPowercanDataStream(): bufferLengthType = variable readPowercanDataStream(): parseable = true readPowercanDataStream(): endian = little readPowercanDataStream(): 0: RecordVariable name: Channel_ADC00_Label readPowercanDataStream(): id = 802358 readPowercanDataStream(): name = Channel_ADC00_Label readPowercanDataStream(): description = Label for ADC00. This channel is the Channel Label for the Solar Current on the North Panel. readPowercanDataStream(): longName = ADC00: N Solar Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 1 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 1: RecordVariable name: ADC00_Avg readPowercanDataStream(): id = 802323 readPowercanDataStream(): name = ADC00_Avg readPowercanDataStream(): description = The Average for Solar Current on the North Panel. (Power Can channel ADC00) readPowercanDataStream(): longName = ADC00/ N Solar Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 2 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 2: RecordVariable name: ADC00_NumSamps readPowercanDataStream(): id = 802158 readPowercanDataStream(): name = ADC00_NumSamps readPowercanDataStream(): description = The Number of Samples for Solar Current on the North Panel. (Power Can channel ADC00) readPowercanDataStream(): longName = ADC00/ N Solar Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 3 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 3: RecordVariable name: ADC00_Min readPowercanDataStream(): id = 802361 readPowercanDataStream(): name = ADC00_Min readPowercanDataStream(): description = The Minimum for Solar Current on the North Panel. (Power Can channel ADC00) readPowercanDataStream(): longName = ADC00/ N Solar Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 4 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 4: RecordVariable name: ADC00_Max readPowercanDataStream(): id = 802260 readPowercanDataStream(): name = ADC00_Max readPowercanDataStream(): description = The Maximum for Solar Current on the North Panel. (Power Can ADC00) readPowercanDataStream(): longName = ADC00/ N Solar Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 5 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 5: RecordVariable name: ADC00_Err_Flag readPowercanDataStream(): id = 802313 readPowercanDataStream(): name = ADC00_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Solar Current on the North Panel. (Power Can channel ADC00) readPowercanDataStream(): longName = ADC00/ N Solar Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 6 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 6: RecordVariable name: Channel_ADC01_Label readPowercanDataStream(): id = 802261 readPowercanDataStream(): name = Channel_ADC01_Label readPowercanDataStream(): description = Label for ADC01. This channel is the Channel Label for the Solar Current on the East Panel. readPowercanDataStream(): longName = ADC01: E Solar Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 7 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 7: RecordVariable name: ADC01_Avg readPowercanDataStream(): id = 802299 readPowercanDataStream(): name = ADC01_Avg readPowercanDataStream(): description = The Average for Solar Current on the East Panel. (Power Can channel ADC01) readPowercanDataStream(): longName = ADC01/ E Solar Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 8 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 8: RecordVariable name: ADC01_NumSamps readPowercanDataStream(): id = 802265 readPowercanDataStream(): name = ADC01_NumSamps readPowercanDataStream(): description = The Number of Samples for Solar Current on the East Panel. (Power Can channel ADC01) readPowercanDataStream(): longName = ADC01/ E Solar Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 9 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 9: RecordVariable name: ADC01_Min readPowercanDataStream(): id = 802341 readPowercanDataStream(): name = ADC01_Min readPowercanDataStream(): description = The Minimum for Solar Current on the East Panel. (Power Can channel ADC01) readPowercanDataStream(): longName = ADC01/ E Solar Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 10 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 10: RecordVariable name: ADC01_Max readPowercanDataStream(): id = 802176 readPowercanDataStream(): name = ADC01_Max readPowercanDataStream(): description = The Maximum for Solar Current on the East Panel. (Power Can ADC01) readPowercanDataStream(): longName = ADC01/ E Solar Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 11 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 11: RecordVariable name: ADC01_Err_Flag readPowercanDataStream(): id = 802318 readPowercanDataStream(): name = ADC01_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Solar Current on the East Panel. (Power Can channel ADC01) readPowercanDataStream(): longName = ADC01/ E Solar Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 12 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 12: RecordVariable name: Channel_ADC02_Label readPowercanDataStream(): id = 802357 readPowercanDataStream(): name = Channel_ADC02_Label readPowercanDataStream(): description = Label for ADC02. This channel is the Channel Label for the Solar Voltage on the North Panel. readPowercanDataStream(): longName = ADC02: N Solar Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 13 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 13: RecordVariable name: ADC02_Avg readPowercanDataStream(): id = 802377 readPowercanDataStream(): name = ADC02_Avg readPowercanDataStream(): description = The Average for Solar Voltage on the North Panel. (Power Can channel ADC02) readPowercanDataStream(): longName = ADC02/ N Solar Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 14 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 14: RecordVariable name: ADC02_NumSamps readPowercanDataStream(): id = 802320 readPowercanDataStream(): name = ADC02_NumSamps readPowercanDataStream(): description = The Number of Samples for Solar Voltage on the North Panel. (Power Can channel ADC02) readPowercanDataStream(): longName = ADC02/ N Solar Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 15 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 15: RecordVariable name: ADC02_Min readPowercanDataStream(): id = 802258 readPowercanDataStream(): name = ADC02_Min readPowercanDataStream(): description = The Minimum for Solar Voltage on the North Panel. (Power Can channel ADC02) readPowercanDataStream(): longName = ADC02/ N Solar Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 16 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 16: RecordVariable name: ADC02_Max readPowercanDataStream(): id = 802252 readPowercanDataStream(): name = ADC02_Max readPowercanDataStream(): description = The Maximum for Solar Voltage on the North Panel. (Power Can ADC02) readPowercanDataStream(): longName = ADC02/ N Solar Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 17 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 17: RecordVariable name: ADC02_Err_Flag readPowercanDataStream(): id = 802187 readPowercanDataStream(): name = ADC02_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Solar Voltage on the North Panel. (Power Can channel ADC02) readPowercanDataStream(): longName = ADC02/ N Solar Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 18 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 18: RecordVariable name: Channel_ADC03_Label readPowercanDataStream(): id = 802276 readPowercanDataStream(): name = Channel_ADC03_Label readPowercanDataStream(): description = Label for ADC03. This channel is the Channel Label for the Solar Voltage on the East Panel. readPowercanDataStream(): longName = ADC03: E Solar Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 19 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 19: RecordVariable name: ADC03_Avg readPowercanDataStream(): id = 802248 readPowercanDataStream(): name = ADC03_Avg readPowercanDataStream(): description = The Average for Solar Voltage on the East Panel. (Power Can channel ADC03) readPowercanDataStream(): longName = ADC03/ E Solar Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 20 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 20: RecordVariable name: ADC03_NumSamps readPowercanDataStream(): id = 802297 readPowercanDataStream(): name = ADC03_NumSamps readPowercanDataStream(): description = The Number of Samples for Solar Voltage on the East Panel. (Power Can channel ADC03) readPowercanDataStream(): longName = ADC03/ E Solar Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 21 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 21: RecordVariable name: ADC03_Min readPowercanDataStream(): id = 802282 readPowercanDataStream(): name = ADC03_Min readPowercanDataStream(): description = The Minimum for Solar Voltage on the East Panel. (Power Can channel ADC03) readPowercanDataStream(): longName = ADC03/ E Solar Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 22 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 22: RecordVariable name: ADC03_Max readPowercanDataStream(): id = 802339 readPowercanDataStream(): name = ADC03_Max readPowercanDataStream(): description = The Maximum for Solar Voltage on the East Panel. (Power Can ADC03) readPowercanDataStream(): longName = ADC03/ E Solar Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 23 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 23: RecordVariable name: ADC03_Err_Flag readPowercanDataStream(): id = 802331 readPowercanDataStream(): name = ADC03_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Solar Voltage on the East Panel. (Power Can channel ADC03) readPowercanDataStream(): longName = ADC03/ E Solar Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 24 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 24: RecordVariable name: Channel_ADC04_Label readPowercanDataStream(): id = 802370 readPowercanDataStream(): name = Channel_ADC04_Label readPowercanDataStream(): description = Label for ADC04. This channel is the Channel Label for the Battery Current on the North Panel. readPowercanDataStream(): longName = ADC04: N Batt. Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 25 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 25: RecordVariable name: ADC04_Avg readPowercanDataStream(): id = 802345 readPowercanDataStream(): name = ADC04_Avg readPowercanDataStream(): description = The Average for Battery Current on the North Panel. (Power Can channel ADC04) readPowercanDataStream(): longName = ADC04/ N Batt. Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 26 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 26: RecordVariable name: ADC04_NumSamps readPowercanDataStream(): id = 802267 readPowercanDataStream(): name = ADC04_NumSamps readPowercanDataStream(): description = The Number of Samples for Battery Current on the North Panel. (Power Can channel ADC04) readPowercanDataStream(): longName = ADC04/ N Batt. Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 27 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 27: RecordVariable name: ADC04_Min readPowercanDataStream(): id = 802334 readPowercanDataStream(): name = ADC04_Min readPowercanDataStream(): description = The Minimum for Battery Current on the North Panel. (Power Can channel ADC04) readPowercanDataStream(): longName = ADC04/ N Batt. Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 28 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 28: RecordVariable name: ADC04_Max readPowercanDataStream(): id = 802319 readPowercanDataStream(): name = ADC04_Max readPowercanDataStream(): description = The Maximum for Battery Current on the North Panel. (Power Can ADC04) readPowercanDataStream(): longName = ADC04/ N Batt. Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 29 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 29: RecordVariable name: ADC04_Err_Flag readPowercanDataStream(): id = 802183 readPowercanDataStream(): name = ADC04_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Battery Current on the North Panel. (Power Can channel ADC04) readPowercanDataStream(): longName = ADC04/ N Batt. Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 30 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 30: RecordVariable name: Channel_ADC05_Label readPowercanDataStream(): id = 802300 readPowercanDataStream(): name = Channel_ADC05_Label readPowercanDataStream(): description = Label for ADC05. This channel is the Channel Label for the East Battery Current. readPowercanDataStream(): longName = ADC05: E Batt. Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 31 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 31: RecordVariable name: ADC05_Avg readPowercanDataStream(): id = 802380 readPowercanDataStream(): name = ADC05_Avg readPowercanDataStream(): description = The Average for East Battery Current. (Power Can channel ADC05) readPowercanDataStream(): longName = ADC05/ E Batt. Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 32 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 32: RecordVariable name: ADC05_NumSamps readPowercanDataStream(): id = 802354 readPowercanDataStream(): name = ADC05_NumSamps readPowercanDataStream(): description = The Number of Samples for East Battery Current. (Power Can channel ADC05) readPowercanDataStream(): longName = ADC05/ E Batt. Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 33 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 33: RecordVariable name: ADC05_Min readPowercanDataStream(): id = 802305 readPowercanDataStream(): name = ADC05_Min readPowercanDataStream(): description = The Minimum for East Battery Current. (Power Can channel ADC05) readPowercanDataStream(): longName = ADC05/ E Batt. Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 34 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 34: RecordVariable name: ADC05_Max readPowercanDataStream(): id = 802303 readPowercanDataStream(): name = ADC05_Max readPowercanDataStream(): description = The Maximum for East Battery Current. (Power Can ADC05) readPowercanDataStream(): longName = ADC05/ E Batt. Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 35 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 35: RecordVariable name: ADC05_Err_Flag readPowercanDataStream(): id = 802197 readPowercanDataStream(): name = ADC05_Err_Flag readPowercanDataStream(): description = The Error Flag Value for East Battery Current. (Power Can channel ADC05) readPowercanDataStream(): longName = ADC05/ E Batt. Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 36 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 36: RecordVariable name: Channel_ADC10_Label readPowercanDataStream(): id = 802149 readPowercanDataStream(): name = Channel_ADC10_Label readPowercanDataStream(): description = Label for ADC10. This channel is the Channel Label for the South Solar Current. readPowercanDataStream(): longName = ADC10: S Solar Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 37 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 37: RecordVariable name: ADC10_Avg readPowercanDataStream(): id = 802289 readPowercanDataStream(): name = ADC10_Avg readPowercanDataStream(): description = The Average for South Solar Current. (Power Can channel ADC10) readPowercanDataStream(): longName = ADC10/ S Solar Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 38 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 38: RecordVariable name: ADC10_NumSamps readPowercanDataStream(): id = 802159 readPowercanDataStream(): name = ADC10_NumSamps readPowercanDataStream(): description = The Number of Samples for South Solar Current. (Power Can channel ADC10) readPowercanDataStream(): longName = ADC10/ S Solar Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 39 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 39: RecordVariable name: ADC10_Min readPowercanDataStream(): id = 802356 readPowercanDataStream(): name = ADC10_Min readPowercanDataStream(): description = The Minimum for South Solar Current. (Power Can channel ADC10) readPowercanDataStream(): longName = ADC10/ S Solar Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 40 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 40: RecordVariable name: ADC10_Max readPowercanDataStream(): id = 802379 readPowercanDataStream(): name = ADC10_Max readPowercanDataStream(): description = The Maximum for South Solar Current. (Power Can ADC10) readPowercanDataStream(): longName = ADC10/ S Solar Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 41 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 41: RecordVariable name: ADC10_ErrFlag readPowercanDataStream(): id = 802218 readPowercanDataStream(): name = ADC10_ErrFlag readPowercanDataStream(): description = The Error Flag Value for South Solar Current. (Power Can channel ADC10) readPowercanDataStream(): longName = ADC10/ S Solar Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 42 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 42: RecordVariable name: Channel_ADC11_Label readPowercanDataStream(): id = 802333 readPowercanDataStream(): name = Channel_ADC11_Label readPowercanDataStream(): description = Label for ADC11. This channel is the Channel Label for the West Solar Current. readPowercanDataStream(): longName = ADC11: W Solar Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 43 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 43: RecordVariable name: ADC11_Avg readPowercanDataStream(): id = 802322 readPowercanDataStream(): name = ADC11_Avg readPowercanDataStream(): description = The Average for West Solar Current. (Power Can channel ADC11) readPowercanDataStream(): longName = ADC11/ W Solar Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 44 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 44: RecordVariable name: ADC11_NumSamps readPowercanDataStream(): id = 802188 readPowercanDataStream(): name = ADC11_NumSamps readPowercanDataStream(): description = The Number of Samples for West Solar Current. (Power Can channel ADC11) readPowercanDataStream(): longName = ADC11/ W Solar Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 45 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 45: RecordVariable name: ADC11_Min readPowercanDataStream(): id = 802212 readPowercanDataStream(): name = ADC11_Min readPowercanDataStream(): description = The Minimum for West Solar Current. (Power Can channel ADC11) readPowercanDataStream(): longName = ADC11/ W Solar Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 46 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 46: RecordVariable name: ADC11_Max readPowercanDataStream(): id = 802263 readPowercanDataStream(): name = ADC11_Max readPowercanDataStream(): description = The Maximum for West Solar Current. (Power Can ADC11) readPowercanDataStream(): longName = ADC11/ W Solar Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 47 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 47: RecordVariable name: ADC11_Err_Flag readPowercanDataStream(): id = 802150 readPowercanDataStream(): name = ADC11_Err_Flag readPowercanDataStream(): description = The Error Flag Value for West Solar Current. (Power Can channel ADC11) readPowercanDataStream(): longName = ADC11/ W Solar Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 48 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 48: RecordVariable name: Channel_ADC12_Label readPowercanDataStream(): id = 802268 readPowercanDataStream(): name = Channel_ADC12_Label readPowercanDataStream(): description = Label for ADC12. This channel is the Channel Label for the South Solar Voltage. readPowercanDataStream(): longName = ADC12: S Solar Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 49 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 49: RecordVariable name: ADC12_Avg readPowercanDataStream(): id = 802332 readPowercanDataStream(): name = ADC12_Avg readPowercanDataStream(): description = The Average for South Solar Voltage. (Power Can channel ADC12) readPowercanDataStream(): longName = ADC12/ S Solar Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 50 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 50: RecordVariable name: ADC12_NumSamps readPowercanDataStream(): id = 802178 readPowercanDataStream(): name = ADC12_NumSamps readPowercanDataStream(): description = The Number of Samples for South Solar Voltage. (Power Can channel ADC12) readPowercanDataStream(): longName = ADC12/ S Solar Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 51 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 51: RecordVariable name: ADC12_Min readPowercanDataStream(): id = 802351 readPowercanDataStream(): name = ADC12_Min readPowercanDataStream(): description = The Minimum for South Solar Voltage. (Power Can channel ADC12) readPowercanDataStream(): longName = ADC12/ S Solar Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 52 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 52: RecordVariable name: ADC12_Max readPowercanDataStream(): id = 802236 readPowercanDataStream(): name = ADC12_Max readPowercanDataStream(): description = The Maximum for South Solar Voltage. (Power Can ADC12) readPowercanDataStream(): longName = ADC12/ S Solar Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 53 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 53: RecordVariable name: ADC12_Err_Flag readPowercanDataStream(): id = 802227 readPowercanDataStream(): name = ADC12_Err_Flag readPowercanDataStream(): description = The Error Flag Value for South Solar Voltage. (Power Can channel ADC12) readPowercanDataStream(): longName = ADC12/ S Solar Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 54 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 54: RecordVariable name: Channel_ADC13_Label readPowercanDataStream(): id = 802196 readPowercanDataStream(): name = Channel_ADC13_Label readPowercanDataStream(): description = Label for ADC13. This channel is the Channel Label for the West Solar Voltage. readPowercanDataStream(): longName = ADC13: W Solar Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 55 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 55: RecordVariable name: ADC13_Avg readPowercanDataStream(): id = 802191 readPowercanDataStream(): name = ADC13_Avg readPowercanDataStream(): description = The Average for West Solar Voltage. (Power Can channel ADC13) readPowercanDataStream(): longName = ADC13/ W Solar Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 56 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 56: RecordVariable name: ADC13_NumSamps readPowercanDataStream(): id = 802307 readPowercanDataStream(): name = ADC13_NumSamps readPowercanDataStream(): description = The Number of Samples for West Solar Voltage. (Power Can channel ADC13) readPowercanDataStream(): longName = ADC13/ W Solar Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 57 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 57: RecordVariable name: ADC13_Min readPowercanDataStream(): id = 802241 readPowercanDataStream(): name = ADC13_Min readPowercanDataStream(): description = The Minimum for West Solar Voltage. (Power Can channel ADC13) readPowercanDataStream(): longName = ADC13/ W Solar Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 58 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 58: RecordVariable name: ADC13_Max readPowercanDataStream(): id = 802182 readPowercanDataStream(): name = ADC13_Max readPowercanDataStream(): description = The Maximum for West Solar Voltage. (Power Can ADC13) readPowercanDataStream(): longName = ADC13/ W Solar Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 59 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 59: RecordVariable name: ADC13_Err_Flag readPowercanDataStream(): id = 802151 readPowercanDataStream(): name = ADC13_Err_Flag readPowercanDataStream(): description = The Error Flag Value for West Solar Voltage. (Power Can channel ADC13) readPowercanDataStream(): longName = ADC13/ W Solar Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 60 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 60: RecordVariable name: Channel_ADC14_Label readPowercanDataStream(): id = 802163 readPowercanDataStream(): name = Channel_ADC14_Label readPowercanDataStream(): description = Label for ADC14. This channel is the Channel Label for the South Battery Current. readPowercanDataStream(): longName = ADC14: S Batt. Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 61 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 61: RecordVariable name: ADC14_Avg readPowercanDataStream(): id = 802148 readPowercanDataStream(): name = ADC14_Avg readPowercanDataStream(): description = The Average for South Battery Current. (Power Can channel ADC14) readPowercanDataStream(): longName = ADC14/ S Batt. Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 62 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 62: RecordVariable name: ADC14_NumSamps readPowercanDataStream(): id = 802280 readPowercanDataStream(): name = ADC14_NumSamps readPowercanDataStream(): description = The Number of Samples for South Battery Current. (Power Can channel ADC14) readPowercanDataStream(): longName = ADC14/ S Batt. Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 63 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 63: RecordVariable name: ADC14_Min readPowercanDataStream(): id = 802270 readPowercanDataStream(): name = ADC14_Min readPowercanDataStream(): description = The Minimum for South Battery Current. (Power Can channel ADC14) readPowercanDataStream(): longName = ADC14/ S Batt. Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 64 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 64: RecordVariable name: ADC14_Max readPowercanDataStream(): id = 802362 readPowercanDataStream(): name = ADC14_Max readPowercanDataStream(): description = The Maximum for South Battery Current. (Power Can ADC14) readPowercanDataStream(): longName = ADC14/ S Batt. Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 65 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 65: RecordVariable name: ADC14_Err_Flag readPowercanDataStream(): id = 802329 readPowercanDataStream(): name = ADC14_Err_Flag readPowercanDataStream(): description = The Error Flag Value for South Battery Current. (Power Can channel ADC14) readPowercanDataStream(): longName = ADC14/ S Batt. Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 66 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 66: RecordVariable name: Channel_ADC15_Label readPowercanDataStream(): id = 802185 readPowercanDataStream(): name = Channel_ADC15_Label readPowercanDataStream(): description = Label for ADC15. This channel is the Channel Label for the West Battery Current. readPowercanDataStream(): longName = ADC15: W Batt. Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 67 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 67: RecordVariable name: ADC15_Avg readPowercanDataStream(): id = 802155 readPowercanDataStream(): name = ADC15_Avg readPowercanDataStream(): description = The Average for West Battery Current. (Power Can channel ADC15) readPowercanDataStream(): longName = ADC15/ W Batt. Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 68 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 68: RecordVariable name: ADC15_NumSamps readPowercanDataStream(): id = 802309 readPowercanDataStream(): name = ADC15_NumSamps readPowercanDataStream(): description = The Number of Samples for West Battery Current. (Power Can channel ADC15) readPowercanDataStream(): longName = ADC15/ W Batt. Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 69 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 69: RecordVariable name: ADC15_Min readPowercanDataStream(): id = 802308 readPowercanDataStream(): name = ADC15_Min readPowercanDataStream(): description = The Minimum for West Battery Current. (Power Can channel ADC15) readPowercanDataStream(): longName = ADC15/ W Batt. Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 70 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 70: RecordVariable name: ADC15_Max readPowercanDataStream(): id = 802214 readPowercanDataStream(): name = ADC15_Max readPowercanDataStream(): description = The Maximum for West Battery Current. (Power Can ADC15) readPowercanDataStream(): longName = ADC15/ W Batt. Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 71 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 71: RecordVariable name: ADC15_Err_Flag readPowercanDataStream(): id = 802335 readPowercanDataStream(): name = ADC15_Err_Flag readPowercanDataStream(): description = The Error Flag Value for West Battery Current. (Power Can channel ADC15) readPowercanDataStream(): longName = ADC15/ W Batt. Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 72 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 72: RecordVariable name: Channel_ADC20_Label readPowercanDataStream(): id = 802203 readPowercanDataStream(): name = Channel_ADC20_Label readPowercanDataStream(): description = Label for ADC20. This channel is the Channel Label for the Wind Turbine Input Current. readPowercanDataStream(): longName = ADC20: Wind Turbine Input Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 73 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 73: RecordVariable name: ADC20_Avg readPowercanDataStream(): id = 802211 readPowercanDataStream(): name = ADC20_Avg readPowercanDataStream(): description = The Average for Wind Turbine Input Current. (Power Can channel ADC20) readPowercanDataStream(): longName = ADC20/ Wind Turbine Input Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 74 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 74: RecordVariable name: ADC20_NumSamps readPowercanDataStream(): id = 802326 readPowercanDataStream(): name = ADC20_NumSamps readPowercanDataStream(): description = The Number of Samples for Wind Turbine Input Current. (Power Can channel ADC20) readPowercanDataStream(): longName = ADC20/ Wind Turbine Input Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 75 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 75: RecordVariable name: ADC20_Min readPowercanDataStream(): id = 802365 readPowercanDataStream(): name = ADC20_Min readPowercanDataStream(): description = The Minimum for Wind Turbine Input Current. (Power Can channel ADC20) readPowercanDataStream(): longName = ADC20/ Wind Turbine Input Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 76 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 76: RecordVariable name: ADC20_Max readPowercanDataStream(): id = 802175 readPowercanDataStream(): name = ADC20_Max readPowercanDataStream(): description = The Maximum for Wind Turbine Input Current. (Power Can ADC20) readPowercanDataStream(): longName = ADC20/ Wind Turbine Input Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 77 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 77: RecordVariable name: ADC20_Err_Flag readPowercanDataStream(): id = 802254 readPowercanDataStream(): name = ADC20_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Wind Turbine Input Current. (Power Can channel ADC20) readPowercanDataStream(): longName = ADC20/ Wind Turbine Input Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 78 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 78: RecordVariable name: Channel_ADC21_Label readPowercanDataStream(): id = 802381 readPowercanDataStream(): name = Channel_ADC21_Label readPowercanDataStream(): description = Label for ADC21. This channel is the Channel Label for the Loadsink 1 (North) Current. readPowercanDataStream(): longName = ADC21: Loadsink 1 (N) Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 79 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 79: RecordVariable name: ADC21_Avg readPowercanDataStream(): id = 802228 readPowercanDataStream(): name = ADC21_Avg readPowercanDataStream(): description = The Average for Loadsink 1 (North) Current. (Power Can channel ADC21) readPowercanDataStream(): longName = ADC21/ Loadsink 1 (N) Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 80 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 80: RecordVariable name: ADC21_NumSamps readPowercanDataStream(): id = 802302 readPowercanDataStream(): name = ADC21_NumSamps readPowercanDataStream(): description = The Number of Samples for Loadsink 1 (North) Current. (Power Can channel ADC21) readPowercanDataStream(): longName = ADC21/ Loadsink 1 (N) Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 81 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 81: RecordVariable name: ADC21_Min readPowercanDataStream(): id = 802233 readPowercanDataStream(): name = ADC21_Min readPowercanDataStream(): description = The Minimum for Loadsink 1 (North) Current. (Power Can channel ADC21) readPowercanDataStream(): longName = ADC21/ Loadsink 1 (N) Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 82 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 82: RecordVariable name: ADC21_Max readPowercanDataStream(): id = 802364 readPowercanDataStream(): name = ADC21_Max readPowercanDataStream(): description = The Maximum for Loadsink 1 (North) Current. (Power Can ADC21) readPowercanDataStream(): longName = ADC21/ Loadsink 1 (N) Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 83 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 83: RecordVariable name: ADC21_Err_Flag readPowercanDataStream(): id = 802272 readPowercanDataStream(): name = ADC21_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Loadsink 1 (North) Current. (Power Can channel ADC21) readPowercanDataStream(): longName = ADC21/ Loadsink 1 (N) Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 84 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 84: RecordVariable name: Channel_ADC22_Label readPowercanDataStream(): id = 802166 readPowercanDataStream(): name = Channel_ADC22_Label readPowercanDataStream(): description = Label for ADC22. This channel is the Channel Label for the Battery Bus Voltage. readPowercanDataStream(): longName = ADC22: Battery Bus Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 85 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 85: RecordVariable name: ADC22_Avg readPowercanDataStream(): id = 802269 readPowercanDataStream(): name = ADC22_Avg readPowercanDataStream(): description = The Average for Battery Bus Voltage. (Power Can channel ADC22) readPowercanDataStream(): longName = ADC22/ Battery Bus Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 86 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 45.0 readPowercanDataStream(): displayMax = 65.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 86: RecordVariable name: ADC22_NumSamps readPowercanDataStream(): id = 802383 readPowercanDataStream(): name = ADC22_NumSamps readPowercanDataStream(): description = The Number of Samples for Battery Bus Voltage. (Power Can channel ADC22) readPowercanDataStream(): longName = ADC22/ Battery Bus Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 87 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 87: RecordVariable name: ADC22_Min readPowercanDataStream(): id = 802221 readPowercanDataStream(): name = ADC22_Min readPowercanDataStream(): description = The Minimum for Battery Bus Voltage. (Power Can channel ADC22) readPowercanDataStream(): longName = ADC22/ Battery Bus Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 88 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 45.0 readPowercanDataStream(): displayMax = 65.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 88: RecordVariable name: ADC22_Max readPowercanDataStream(): id = 802240 readPowercanDataStream(): name = ADC22_Max readPowercanDataStream(): description = The Maximum for Battery Bus Voltage. (Power Can ADC22) readPowercanDataStream(): longName = ADC22/ Battery Bus Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 89 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 45.0 readPowercanDataStream(): displayMax = 65.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 89: RecordVariable name: ADC22_Err_Flag readPowercanDataStream(): id = 802291 readPowercanDataStream(): name = ADC22_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Battery Bus Voltage. (Power Can channel ADC22) readPowercanDataStream(): longName = ADC22/ Battery Bus Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 90 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 90: RecordVariable name: Channel_ADC23_Label readPowercanDataStream(): id = 802168 readPowercanDataStream(): name = Channel_ADC23_Label readPowercanDataStream(): description = Label for ADC23. This channel is the Channel Label for the Loadsink 1 (North) Temperature. readPowercanDataStream(): longName = ADC23: Loadsink 1 (N) Temp (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 91 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 91: RecordVariable name: ADC23_Avg readPowercanDataStream(): id = 802232 readPowercanDataStream(): name = ADC23_Avg readPowercanDataStream(): description = The Average for Loadsink 1 (North) Temperature. (Power Can channel ADC23) readPowercanDataStream(): longName = ADC23/ Loadsink 1 (N) Temp Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 92 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 92: RecordVariable name: ADC23_NumSamps readPowercanDataStream(): id = 802195 readPowercanDataStream(): name = ADC23_NumSamps readPowercanDataStream(): description = The Number of Samples for Loadsink 1 (North) Temperature. (Power Can channel ADC23) readPowercanDataStream(): longName = ADC23/ Loadsink 1 (N) Temp Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 93 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 93: RecordVariable name: ADC23_Min readPowercanDataStream(): id = 802186 readPowercanDataStream(): name = ADC23_Min readPowercanDataStream(): description = The Minimum for Loadsink 1 (North) Temperature. (Power Can channel ADC23) readPowercanDataStream(): longName = ADC23/ Loadsink 1 (N) Temp Min readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 94 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 94: RecordVariable name: ADC23_Max readPowercanDataStream(): id = 802245 readPowercanDataStream(): name = ADC23_Max readPowercanDataStream(): description = The Maximum for Loadsink 1 (North) Temperature. (Power Can ADC23) readPowercanDataStream(): longName = ADC23/ Loadsink 1 (N) Temp Max readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 95 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 95: RecordVariable name: ADC23_Err_Flag readPowercanDataStream(): id = 802288 readPowercanDataStream(): name = ADC23_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Loadsink 1 (North) Temperature. (Power Can channel ADC23) readPowercanDataStream(): longName = ADC23/ Loadsink 1 (N) Temp Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 96 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 96: RecordVariable name: Channel_ADC24_Label readPowercanDataStream(): id = 802165 readPowercanDataStream(): name = Channel_ADC24_Label readPowercanDataStream(): description = Label for ADC24. This channel is the Channel Label for the Diversion Regulator 1 Temperature. readPowercanDataStream(): longName = ADC24: Diversion Regltr. 1 Temp (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 97 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 97: RecordVariable name: ADC24_Avg readPowercanDataStream(): id = 802281 readPowercanDataStream(): name = ADC24_Avg readPowercanDataStream(): description = The Average for Diversion Regulator 1 Temperature. (Power Can channel ADC24) readPowercanDataStream(): longName = ADC24/ Diversion Regltr. 1 Temp Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 98 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 98: RecordVariable name: ADC24_NumSamps readPowercanDataStream(): id = 802198 readPowercanDataStream(): name = ADC24_NumSamps readPowercanDataStream(): description = The Number of Samples for Diversion Regulator 1 Temperature. (Power Can channel ADC24) readPowercanDataStream(): longName = ADC24/ Diversion Regltr. 1 Temp Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 99 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 99: RecordVariable name: ADC24_Min readPowercanDataStream(): id = 802205 readPowercanDataStream(): name = ADC24_Min readPowercanDataStream(): description = The Minimum for Diversion Regulator 1 Temperature. (Power Can channel ADC24) readPowercanDataStream(): longName = ADC24/ Diversion Regltr. 1 Temp Min readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 100 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 100: RecordVariable name: ADC24_Max readPowercanDataStream(): id = 802310 readPowercanDataStream(): name = ADC24_Max readPowercanDataStream(): description = The Maximum for Diversion Regulator 1 Temperature. (Power Can ADC24) readPowercanDataStream(): longName = ADC24/ Diversion Regltr. 1 Temp Max readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 101 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 101: RecordVariable name: ADC24_Err_Flag readPowercanDataStream(): id = 802229 readPowercanDataStream(): name = ADC24_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Diversion Regulator 1 Temperature. (Power Can channel ADC24) readPowercanDataStream(): longName = ADC24/ Diversion Regltr. 1 Temp Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 102 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 102: RecordVariable name: Channel_ADC25_Label readPowercanDataStream(): id = 802360 readPowercanDataStream(): name = Channel_ADC25_Label readPowercanDataStream(): description = Label for ADC25. This channel is the Channel Label for the Aux 2 Input Current. readPowercanDataStream(): longName = ADC25: Aux 2 Input Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 103 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 103: RecordVariable name: ADC25_Avg readPowercanDataStream(): id = 802287 readPowercanDataStream(): name = ADC25_Avg readPowercanDataStream(): description = The Average for Aux 2 Input Current. (Power Can channel ADC25) readPowercanDataStream(): longName = ADC25/ Aux 2 Input Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 104 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 104: RecordVariable name: ADC25_NumSamps readPowercanDataStream(): id = 802161 readPowercanDataStream(): name = ADC25_NumSamps readPowercanDataStream(): description = The Number of Samples for Aux 2 Input Current. (Power Can channel ADC25) readPowercanDataStream(): longName = ADC25/ Aux 2 Input Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 105 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 105: RecordVariable name: ADC25_Min readPowercanDataStream(): id = 802284 readPowercanDataStream(): name = ADC25_Min readPowercanDataStream(): description = The Minimum for Aux 2 Input Current. (Power Can channel ADC25) readPowercanDataStream(): longName = ADC25/ Aux 2 Input Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 106 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 106: RecordVariable name: ADC25_Max readPowercanDataStream(): id = 802189 readPowercanDataStream(): name = ADC25_Max readPowercanDataStream(): description = The Maximum for Aux 2 Input Current. (Power Can ADC25) readPowercanDataStream(): longName = ADC25/ Aux 2 Input Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 107 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 107: RecordVariable name: ADC25_Err_Flag readPowercanDataStream(): id = 802162 readPowercanDataStream(): name = ADC25_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Aux 2 Input Current. (Power Can channel ADC25) readPowercanDataStream(): longName = ADC25/ Aux 2 Input Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 108 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 108: RecordVariable name: Channel_ADC26_Label readPowercanDataStream(): id = 802290 readPowercanDataStream(): name = Channel_ADC26_Label readPowercanDataStream(): description = Label for ADC26. This channel is the Channel Label for the Loadsink 2 (South) Current. readPowercanDataStream(): longName = ADC26: Loadsink 2 (S) Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 109 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 109: RecordVariable name: ADC26_Avg readPowercanDataStream(): id = 802226 readPowercanDataStream(): name = ADC26_Avg readPowercanDataStream(): description = The Average for Loadsink 2 (South) Current. (Power Can channel ADC26) readPowercanDataStream(): longName = ADC26/ Loadsink 2 (S) Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 110 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 110: RecordVariable name: ADC26_NumSamps readPowercanDataStream(): id = 802366 readPowercanDataStream(): name = ADC26_NumSamps readPowercanDataStream(): description = The Number of Samples for Loadsink 2 (South) Current. (Power Can channel ADC26) readPowercanDataStream(): longName = ADC26/ Loadsink 2 (S) Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 111 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 111: RecordVariable name: ADC26_Min readPowercanDataStream(): id = 802277 readPowercanDataStream(): name = ADC26_Min readPowercanDataStream(): description = The Minimum for Loadsink 2 (South) Current. (Power Can channel ADC26) readPowercanDataStream(): longName = ADC26/ Loadsink 2 (S) Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 112 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 112: RecordVariable name: ADC26_Max readPowercanDataStream(): id = 802213 readPowercanDataStream(): name = ADC26_Max readPowercanDataStream(): description = The Maximum for Loadsink 2 (South) Current. (Power Can ADC26) readPowercanDataStream(): longName = ADC26/ Loadsink 2 (S) Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 113 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 113: RecordVariable name: ADC26_ErrFlag readPowercanDataStream(): id = 802295 readPowercanDataStream(): name = ADC26_ErrFlag readPowercanDataStream(): description = The Error Flag Value for Loadsink 2 (South) Current. (Power Can channel ADC26) readPowercanDataStream(): longName = ADC26/ Loadsink 2 (S) Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 114 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 114: RecordVariable name: Channel_ADC27_Label readPowercanDataStream(): id = 802298 readPowercanDataStream(): name = Channel_ADC27_Label readPowercanDataStream(): description = Label for ADC27. This channel is the Channel Label for the Battery Bus Voltage. readPowercanDataStream(): longName = ADC27: Battery Bus Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 115 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 115: RecordVariable name: ADC27_Avg readPowercanDataStream(): id = 802219 readPowercanDataStream(): name = ADC27_Avg readPowercanDataStream(): description = The Average for Battery Bus Voltage. (Power Can channel ADC27) readPowercanDataStream(): longName = ADC27/ Battery Bus Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 116 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 45.0 readPowercanDataStream(): displayMax = 65.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 116: RecordVariable name: ADC27_NumSamps readPowercanDataStream(): id = 802372 readPowercanDataStream(): name = ADC27_NumSamps readPowercanDataStream(): description = The Number of Samples for Battery Bus Voltage. (Power Can channel ADC27) readPowercanDataStream(): longName = ADC27/ Battery Bus Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 117 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 117: RecordVariable name: ADC27_Min readPowercanDataStream(): id = 802204 readPowercanDataStream(): name = ADC27_Min readPowercanDataStream(): description = The Minimum for Battery Bus Voltage. (Power Can channel ADC27) readPowercanDataStream(): longName = ADC27/ Battery Bus Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 118 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 45.0 readPowercanDataStream(): displayMax = 65.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 118: RecordVariable name: ADC27_Max readPowercanDataStream(): id = 802294 readPowercanDataStream(): name = ADC27_Max readPowercanDataStream(): description = The Maximum for Battery Bus Voltage. (Power Can ADC27) readPowercanDataStream(): longName = ADC27/ Battery Bus Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 119 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 45.0 readPowercanDataStream(): displayMax = 65.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 119: RecordVariable name: ADC27_Err_Flag readPowercanDataStream(): id = 802246 readPowercanDataStream(): name = ADC27_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Battery Bus Voltage. (Power Can channel ADC27) readPowercanDataStream(): longName = ADC27/ Battery Bus Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 120 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 120: RecordVariable name: Channel_ADC28_Label readPowercanDataStream(): id = 802368 readPowercanDataStream(): name = Channel_ADC28_Label readPowercanDataStream(): description = Label for ADC28. This channel is the Channel Label for the Loadsink 2 (South) Temperature. readPowercanDataStream(): longName = ADC28: Loadsink 2 (S) Temp (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 121 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 121: RecordVariable name: ADC28_Avg readPowercanDataStream(): id = 802225 readPowercanDataStream(): name = ADC28_Avg readPowercanDataStream(): description = The Average for Loadsink 2 (South) Temperature. (Power Can channel ADC28) readPowercanDataStream(): longName = ADC28/ Loadsink 2 (S) Temp Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 122 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 122: RecordVariable name: ADC28_NumSamps readPowercanDataStream(): id = 802181 readPowercanDataStream(): name = ADC28_NumSamps readPowercanDataStream(): description = The Number of Samples for Loadsink 2 (South) Temperature. (Power Can channel ADC28) readPowercanDataStream(): longName = ADC28/ Loadsink 2 (S) Temp Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 123 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 123: RecordVariable name: ADC28_Min readPowercanDataStream(): id = 802224 readPowercanDataStream(): name = ADC28_Min readPowercanDataStream(): description = The Minimum for Loadsink 2 (South) Temperature. (Power Can channel ADC28) readPowercanDataStream(): longName = ADC28/ Loadsink 2 (S) Temp Min readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 124 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 124: RecordVariable name: ADC28_Max readPowercanDataStream(): id = 802382 readPowercanDataStream(): name = ADC28_Max readPowercanDataStream(): description = The Maximum for Loadsink 2 (South) Temperature. (Power Can ADC28) readPowercanDataStream(): longName = ADC28/ Loadsink 2 (S) Temp Max readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 125 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 125: RecordVariable name: ADC28_Err_Flag readPowercanDataStream(): id = 802324 readPowercanDataStream(): name = ADC28_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Loadsink 2 (South) Temperature. (Power Can channel ADC28) readPowercanDataStream(): longName = ADC28/ Loadsink 2 (S) Temp Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 126 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 126: RecordVariable name: Channel_ADC29_Label readPowercanDataStream(): id = 802171 readPowercanDataStream(): name = Channel_ADC29_Label readPowercanDataStream(): description = Label for ADC29. This channel is the Channel Label for the Diversion Regulator 2 Temperature. readPowercanDataStream(): longName = ADC29: Diversion Regltr. 2 Temp (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 127 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 127: RecordVariable name: ADC29_Avg readPowercanDataStream(): id = 802378 readPowercanDataStream(): name = ADC29_Avg readPowercanDataStream(): description = The Average for Diversion Regulator 2 Temperature. (Power Can channel ADC29) readPowercanDataStream(): longName = ADC29/ Diversion Regltr. 2 Temp Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 128 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 128: RecordVariable name: ADC29_NumSamps readPowercanDataStream(): id = 802243 readPowercanDataStream(): name = ADC29_NumSamps readPowercanDataStream(): description = The Number of Samples for Diversion Regulator 2 Temperature. (Power Can channel ADC29) readPowercanDataStream(): longName = ADC29/ Diversion Regltr. 2 Temp Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 129 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 129: RecordVariable name: ADC29_Min readPowercanDataStream(): id = 802353 readPowercanDataStream(): name = ADC29_Min readPowercanDataStream(): description = The Minimum for Diversion Regulator 2 Temperature. (Power Can channel ADC29) readPowercanDataStream(): longName = ADC29/ Diversion Regltr. 2 Temp Min readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 130 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 130: RecordVariable name: ADC29_Max readPowercanDataStream(): id = 802231 readPowercanDataStream(): name = ADC29_Max readPowercanDataStream(): description = The Maximum for Diversion Regulator 2 Temperature. (Power Can ADC29) readPowercanDataStream(): longName = ADC29/ Diversion Regltr. 2 Temp Max readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 131 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 131: RecordVariable name: ADC29_Err_Flag readPowercanDataStream(): id = 802343 readPowercanDataStream(): name = ADC29_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Diversion Regulator 2 Temperature. (Power Can channel ADC29) readPowercanDataStream(): longName = ADC29/ Diversion Regltr. 2 Temp Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 132 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 132: RecordVariable name: Channel_ADC35_Label readPowercanDataStream(): id = 802220 readPowercanDataStream(): name = Channel_ADC35_Label readPowercanDataStream(): description = Label for ADC35. This channel is the Channel Label for the 48V-12V Converter 0 Input Current. readPowercanDataStream(): longName = ADC35: 48-12 Conv 0 Input Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 133 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 133: RecordVariable name: ADC35_Avg readPowercanDataStream(): id = 802271 readPowercanDataStream(): name = ADC35_Avg readPowercanDataStream(): description = The Average for 48V-12V Converter 0 Input Current. (Power Can channel ADC35) readPowercanDataStream(): longName = ADC35/ 48-12 Conv 0 Input Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 134 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 134: RecordVariable name: ADC35_NumSamps readPowercanDataStream(): id = 802200 readPowercanDataStream(): name = ADC35_NumSamps readPowercanDataStream(): description = The Number of Samples for 48V-12V Converter 0 Input Current. (Power Can channel ADC35) readPowercanDataStream(): longName = ADC35/ 48-12 Conv 0 Input Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 135 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 135: RecordVariable name: ADC35_Min readPowercanDataStream(): id = 802278 readPowercanDataStream(): name = ADC35_Min readPowercanDataStream(): description = The Minimum for 48V-12V Converter 0 Input Current. (Power Can channel ADC35) readPowercanDataStream(): longName = ADC35/ 48-12 Conv 0 Input Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 136 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 136: RecordVariable name: ADC35_Max readPowercanDataStream(): id = 802238 readPowercanDataStream(): name = ADC35_Max readPowercanDataStream(): description = The Maximum for 48V-12V Converter 0 Input Current. (Power Can ADC35) readPowercanDataStream(): longName = ADC35/ 48-12 Conv 0 Input Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 137 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 137: RecordVariable name: ADC35_Err_Flag readPowercanDataStream(): id = 802346 readPowercanDataStream(): name = ADC35_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 48V-12V Converter 0 Input Current. (Power Can channel ADC35) readPowercanDataStream(): longName = ADC35/ 48-12 Conv 0 Input Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 138 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 138: RecordVariable name: Channel_ADC36_Label readPowercanDataStream(): id = 802206 readPowercanDataStream(): name = Channel_ADC36_Label readPowercanDataStream(): description = Label for ADC36. This channel is the Channel Label for the 48V-12V Converter 1 Input Current. readPowercanDataStream(): longName = ADC36: 48-12 Conv 1 Input Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 139 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 139: RecordVariable name: ADC36_Avg readPowercanDataStream(): id = 802292 readPowercanDataStream(): name = ADC36_Avg readPowercanDataStream(): description = The Average for 48V-12V Converter 1 Input Current. (Power Can channel ADC36) readPowercanDataStream(): longName = ADC36/ 48-12 Conv 1 Input Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 140 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 140: RecordVariable name: ADC36_NumSamps readPowercanDataStream(): id = 802249 readPowercanDataStream(): name = ADC36_NumSamps readPowercanDataStream(): description = The Number of Samples for 48V-12V Converter 1 Input Current. (Power Can channel ADC36) readPowercanDataStream(): longName = ADC36/ 48-12 Conv 1 Input Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 141 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 141: RecordVariable name: ADC36_Min readPowercanDataStream(): id = 802274 readPowercanDataStream(): name = ADC36_Min readPowercanDataStream(): description = The Minimum for 48V-12V Converter 1 Input Current. (Power Can channel ADC36) readPowercanDataStream(): longName = ADC36/ 48-12 Conv 1 Input Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 142 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 142: RecordVariable name: ADC36_Max readPowercanDataStream(): id = 802314 readPowercanDataStream(): name = ADC36_Max readPowercanDataStream(): description = The Maximum for 48V-12V Converter 1 Input Current. (Power Can ADC36) readPowercanDataStream(): longName = ADC36/ 48-12 Conv 1 Input Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 143 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 143: RecordVariable name: ADC36_Err_Flag readPowercanDataStream(): id = 802152 readPowercanDataStream(): name = ADC36_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 48V-12V Converter 1 Input Current. (Power Can channel ADC36) readPowercanDataStream(): longName = ADC36/ 48-12 Conv 1 Input Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 144 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 144: RecordVariable name: Channel_ADC37_Label readPowercanDataStream(): id = 802247 readPowercanDataStream(): name = Channel_ADC37_Label readPowercanDataStream(): description = Label for ADC37. This channel is the Channel Label for the 12V Output Voltage. readPowercanDataStream(): longName = ADC37: 12V Output Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 145 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 145: RecordVariable name: ADC37_Avg readPowercanDataStream(): id = 802344 readPowercanDataStream(): name = ADC37_Avg readPowercanDataStream(): description = The Average for 12V Output Voltage. (Power Can channel ADC37) readPowercanDataStream(): longName = ADC37/ 12V Output Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 146 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 10.0 readPowercanDataStream(): displayMax = 16.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 146: RecordVariable name: ADC37_NumSamps readPowercanDataStream(): id = 802209 readPowercanDataStream(): name = ADC37_NumSamps readPowercanDataStream(): description = The Number of Samples for 12V Output Voltage. (Power Can channel ADC37) readPowercanDataStream(): longName = ADC37/ 12V Output Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 147 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 147: RecordVariable name: ADC37_Min readPowercanDataStream(): id = 802321 readPowercanDataStream(): name = ADC37_Min readPowercanDataStream(): description = The Minimum for 12V Output Voltage. (Power Can channel ADC37) readPowercanDataStream(): longName = ADC37/ 12V Output Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 148 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 10.0 readPowercanDataStream(): displayMax = 16.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 148: RecordVariable name: ADC37_Max readPowercanDataStream(): id = 802340 readPowercanDataStream(): name = ADC37_Max readPowercanDataStream(): description = The Maximum for 12V Output Voltage. (Power Can ADC37) readPowercanDataStream(): longName = ADC37/ 12V Output Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 149 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 10.0 readPowercanDataStream(): displayMax = 16.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 149: RecordVariable name: ADC37_Err_Flag readPowercanDataStream(): id = 802286 readPowercanDataStream(): name = ADC37_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 12V Output Voltage. (Power Can channel ADC37) readPowercanDataStream(): longName = ADC37/ 12V Output Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 150 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 150: RecordVariable name: Channel_GFZ00_Label readPowercanDataStream(): id = 802172 readPowercanDataStream(): name = Channel_GFZ00_Label readPowercanDataStream(): description = Label for GFZ00. This channel is the Channel Label for the [Unused] 48V Ground Fault Open Circuit Test. readPowercanDataStream(): longName = GFZ00: [Unused] 48V GF-Open Ckt Test (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 151 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 151: RecordVariable name: GFZ00_Avg readPowercanDataStream(): id = 802304 readPowercanDataStream(): name = GFZ00_Avg readPowercanDataStream(): description = The Average for [Unused] 48V Ground Fault Open Circuit Test. (Power Can channel GFZ00) readPowercanDataStream(): longName = GFZ00/ [Unused] 48V GF-Open Ckt Test Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 152 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = -1.0E-5 readPowercanDataStream(): displayMax = 1.0E-5 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 152: RecordVariable name: GFZ00_NumSamps readPowercanDataStream(): id = 802317 readPowercanDataStream(): name = GFZ00_NumSamps readPowercanDataStream(): description = The Number of Samples for [Unused] 48V Ground Fault Open Circuit Test. (Power Can channel GFZ00) readPowercanDataStream(): longName = GFZ00/ [Unused] 48V GF-Open Ckt Test Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 153 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 153: RecordVariable name: GFZ00_Min readPowercanDataStream(): id = 802256 readPowercanDataStream(): name = GFZ00_Min readPowercanDataStream(): description = The Minimum for [Unused] 48V Ground Fault Open Circuit Test. (Power Can channel GFZ00) readPowercanDataStream(): longName = GFZ00/ [Unused] 48V GF-Open Ckt Test Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 154 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = -1.0E-5 readPowercanDataStream(): displayMax = 1.0E-5 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 154: RecordVariable name: GFZ00_Max readPowercanDataStream(): id = 802359 readPowercanDataStream(): name = GFZ00_Max readPowercanDataStream(): description = The Maximum for [Unused] 48V Ground Fault Open Circuit Test. (Power Can GFZ00) readPowercanDataStream(): longName = GFZ00/ [Unused] 48V GF-Open Ckt Test Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 155 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = -1.0E-5 readPowercanDataStream(): displayMax = 1.0E-5 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 155: RecordVariable name: GFZ00_Err_Flag readPowercanDataStream(): id = 802275 readPowercanDataStream(): name = GFZ00_Err_Flag readPowercanDataStream(): description = The Error Flag Value for [Unused] 48V Ground Fault Open Circuit Test. (Power Can channel GFZ00) readPowercanDataStream(): longName = GFZ00/ [Unused] 48V GF-Open Ckt Test Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 156 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 156: RecordVariable name: Channel_GFL00_Label readPowercanDataStream(): id = 802174 readPowercanDataStream(): name = Channel_GFL00_Label readPowercanDataStream(): description = Label for GFL00. This channel is the Channel Label for the [Unused] 48V Ground Fault Low Side. readPowercanDataStream(): longName = GFL00: [Unused] 48V GF-Low Side (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 157 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 157: RecordVariable name: GFL00_Avg readPowercanDataStream(): id = 802215 readPowercanDataStream(): name = GFL00_Avg readPowercanDataStream(): description = The Average for [Unused] 48V Ground Fault Low Side. (Power Can channel GFL00) readPowercanDataStream(): longName = GFL00/ [Unused] 48V GF-Low Side Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 158 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 158: RecordVariable name: GFL00_NumSamps readPowercanDataStream(): id = 802342 readPowercanDataStream(): name = GFL00_NumSamps readPowercanDataStream(): description = The Number of Samples for [Unused] 48V Ground Fault Low Side. (Power Can channel GFL00) readPowercanDataStream(): longName = GFL00/ [Unused] 48V GF-Low Side Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 159 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 159: RecordVariable name: GFL00_Min readPowercanDataStream(): id = 802374 readPowercanDataStream(): name = GFL00_Min readPowercanDataStream(): description = The Minimum for [Unused] 48V Ground Fault Low Side. (Power Can channel GFL00) readPowercanDataStream(): longName = GFL00/ [Unused] 48V GF-Low Side Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 160 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 160: RecordVariable name: GFL00_Max readPowercanDataStream(): id = 802199 readPowercanDataStream(): name = GFL00_Max readPowercanDataStream(): description = The Maximum for [Unused] 48V Ground Fault Low Side. (Power Can GFL00) readPowercanDataStream(): longName = GFL00/ [Unused] 48V GF-Low Side Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 161 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 161: RecordVariable name: GFL00_Err_Flag readPowercanDataStream(): id = 802355 readPowercanDataStream(): name = GFL00_Err_Flag readPowercanDataStream(): description = The Error Flag Value for [Unused] 48V Ground Fault Low Side. (Power Can channel GFL00) readPowercanDataStream(): longName = GFL00/ [Unused] 48V GF-Low Side Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 162 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 162: RecordVariable name: Channel_GFH00_Label readPowercanDataStream(): id = 802235 readPowercanDataStream(): name = Channel_GFH00_Label readPowercanDataStream(): description = Label for GFH00. This channel is the Channel Label for the [Unused] 48V Ground Fault High Side. readPowercanDataStream(): longName = GFH00: [Unused] 48V GF-High Side (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 163 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 163: RecordVariable name: GFH00_Avg readPowercanDataStream(): id = 802328 readPowercanDataStream(): name = GFH00_Avg readPowercanDataStream(): description = The Average for [Unused] 48V Ground Fault High Side. (Power Can channel GFH00) readPowercanDataStream(): longName = GFH00/ [Unused] 48V GF-High Side Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 164 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 164: RecordVariable name: GFH00_NumSamps readPowercanDataStream(): id = 802210 readPowercanDataStream(): name = GFH00_NumSamps readPowercanDataStream(): description = The Number of Samples for [Unused] 48V Ground Fault High Side. (Power Can channel GFH00) readPowercanDataStream(): longName = GFH00/ [Unused] 48V GF-High Side Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 165 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 165: RecordVariable name: GFH00_Min readPowercanDataStream(): id = 802336 readPowercanDataStream(): name = GFH00_Min readPowercanDataStream(): description = The Minimum for [Unused] 48V Ground Fault High Side. (Power Can channel GFH00) readPowercanDataStream(): longName = GFH00/ [Unused] 48V GF-High Side Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 166 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 166: RecordVariable name: GFH00_Max readPowercanDataStream(): id = 802192 readPowercanDataStream(): name = GFH00_Max readPowercanDataStream(): description = The Maximum for [Unused] 48V Ground Fault High Side. (Power Can GFH00) readPowercanDataStream(): longName = GFH00/ [Unused] 48V GF-High Side Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 167 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 167: RecordVariable name: GFH00_Err_Flag readPowercanDataStream(): id = 802251 readPowercanDataStream(): name = GFH00_Err_Flag readPowercanDataStream(): description = The Error Flag Value for [Unused] 48V Ground Fault High Side. (Power Can channel GFH00) readPowercanDataStream(): longName = GFH00/ [Unused] 48V GF-High Side Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 168 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 168: RecordVariable name: Channel_GFT00_Label readPowercanDataStream(): id = 802312 readPowercanDataStream(): name = Channel_GFT00_Label readPowercanDataStream(): description = Label for GFT00. This channel is the Channel Label for the [Unused] 48V Ground Fault Self Test. readPowercanDataStream(): longName = GFT00: [Unused] 48V GF-Self Test (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 169 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 169: RecordVariable name: GFT00_Avg readPowercanDataStream(): id = 802253 readPowercanDataStream(): name = GFT00_Avg readPowercanDataStream(): description = The Average for [Unused] 48V Ground Fault Self Test. (Power Can channel GFT00) readPowercanDataStream(): longName = GFT00/ [Unused] 48V GF-Self Test Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 170 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 170: RecordVariable name: GFT00_NumSamps readPowercanDataStream(): id = 802239 readPowercanDataStream(): name = GFT00_NumSamps readPowercanDataStream(): description = The Number of Samples for [Unused] 48V Ground Fault Self Test. (Power Can channel GFT00) readPowercanDataStream(): longName = GFT00/ [Unused] 48V GF-Self Test Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 171 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 171: RecordVariable name: GFT00_Min readPowercanDataStream(): id = 802180 readPowercanDataStream(): name = GFT00_Min readPowercanDataStream(): description = The Minimum for [Unused] 48V Ground Fault Self Test. (Power Can channel GFT00) readPowercanDataStream(): longName = GFT00/ [Unused] 48V GF-Self Test Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 172 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 172: RecordVariable name: GFT00_Max readPowercanDataStream(): id = 802207 readPowercanDataStream(): name = GFT00_Max readPowercanDataStream(): description = The Maximum for [Unused] 48V Ground Fault Self Test. (Power Can GFT00) readPowercanDataStream(): longName = GFT00/ [Unused] 48V GF-Self Test Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 173 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 173: RecordVariable name: GFT00_Err_Flag readPowercanDataStream(): id = 802337 readPowercanDataStream(): name = GFT00_Err_Flag readPowercanDataStream(): description = The Error Flag Value for [Unused] 48V Ground Fault Self Test. (Power Can channel GFT00) readPowercanDataStream(): longName = GFT00/ [Unused] 48V GF-Self Test Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 174 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 174: RecordVariable name: Channel_GFZ01_Label readPowercanDataStream(): id = 802217 readPowercanDataStream(): name = Channel_GFZ01_Label readPowercanDataStream(): description = Label for GFZ01. This channel is the Channel Label for the 48V Ground Fault Open Circuit Test. readPowercanDataStream(): longName = GFZ01: 48V GF-Open Ckt Test (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 175 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 175: RecordVariable name: GFZ01_Avg readPowercanDataStream(): id = 802325 readPowercanDataStream(): name = GFZ01_Avg readPowercanDataStream(): description = The Average for 48V Ground Fault Open Circuit Test. (Power Can channel GFZ01) readPowercanDataStream(): longName = GFZ01/ 48V GF-Open Ckt Test Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 176 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = -1.0E-5 readPowercanDataStream(): displayMax = 1.0E-5 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 176: RecordVariable name: GFZ01_NumSamps readPowercanDataStream(): id = 802154 readPowercanDataStream(): name = GFZ01_NumSamps readPowercanDataStream(): description = The Number of Samples for 48V Ground Fault Open Circuit Test. (Power Can channel GFZ01) readPowercanDataStream(): longName = GFZ01/ 48V GF-Open Ckt Test Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 177 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 177: RecordVariable name: GFZ01_Min readPowercanDataStream(): id = 802283 readPowercanDataStream(): name = GFZ01_Min readPowercanDataStream(): description = The Minimum for 48V Ground Fault Open Circuit Test. (Power Can channel GFZ01) readPowercanDataStream(): longName = GFZ01/ 48V GF-Open Ckt Test Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 178 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = -1.0E-5 readPowercanDataStream(): displayMax = 1.0E-5 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 178: RecordVariable name: GFZ01_Max readPowercanDataStream(): id = 802315 readPowercanDataStream(): name = GFZ01_Max readPowercanDataStream(): description = The Maximum for 48V Ground Fault Open Circuit Test. (Power Can GFZ01) readPowercanDataStream(): longName = GFZ01/ 48V GF-Open Ckt Test Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 179 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = -1.0E-5 readPowercanDataStream(): displayMax = 1.0E-5 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 179: RecordVariable name: GFZ01_Err_Flag readPowercanDataStream(): id = 802194 readPowercanDataStream(): name = GFZ01_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 48V Ground Fault Open Circuit Test. (Power Can channel GFZ01) readPowercanDataStream(): longName = GFZ01/ 48V GF-Open Ckt Test Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 180 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 180: RecordVariable name: Channel_GFL01_Label readPowercanDataStream(): id = 802216 readPowercanDataStream(): name = Channel_GFL01_Label readPowercanDataStream(): description = Label for GFL01. This channel is the Channel Label for the 48V Ground Fault Low Side. readPowercanDataStream(): longName = GFL01: 48V GF-Low Side (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 181 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 181: RecordVariable name: GFL01_Avg readPowercanDataStream(): id = 802244 readPowercanDataStream(): name = GFL01_Avg readPowercanDataStream(): description = The Average for 48V Ground Fault Low Side. (Power Can channel GFL01) readPowercanDataStream(): longName = GFL01/ 48V GF-Low Side Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 182 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 182: RecordVariable name: GFL01_NumSamps readPowercanDataStream(): id = 802348 readPowercanDataStream(): name = GFL01_NumSamps readPowercanDataStream(): description = The Number of Samples for 48V Ground Fault Low Side. (Power Can channel GFL01) readPowercanDataStream(): longName = GFL01/ 48V GF-Low Side Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 183 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 183: RecordVariable name: GFL01_Min readPowercanDataStream(): id = 802201 readPowercanDataStream(): name = GFL01_Min readPowercanDataStream(): description = The Minimum for 48V Ground Fault Low Side. (Power Can channel GFL01) readPowercanDataStream(): longName = GFL01/ 48V GF-Low Side Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 184 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 184: RecordVariable name: GFL01_Max readPowercanDataStream(): id = 802301 readPowercanDataStream(): name = GFL01_Max readPowercanDataStream(): description = The Maximum for 48V Ground Fault Low Side. (Power Can GFL01) readPowercanDataStream(): longName = GFL01/ 48V GF-Low Side Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 185 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 185: RecordVariable name: GFL01_Err_Flag readPowercanDataStream(): id = 802164 readPowercanDataStream(): name = GFL01_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 48V Ground Fault Low Side. (Power Can channel GFL01) readPowercanDataStream(): longName = GFL01/ 48V GF-Low Side Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 186 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 186: RecordVariable name: Channel_GFH01_Label readPowercanDataStream(): id = 802237 readPowercanDataStream(): name = Channel_GFH01_Label readPowercanDataStream(): description = Label for GFH01. This channel is the Channel Label for the 48V Ground Fault High Side. readPowercanDataStream(): longName = GFH01: 48V GF-High Side (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 187 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 187: RecordVariable name: GFH01_Avg readPowercanDataStream(): id = 802262 readPowercanDataStream(): name = GFH01_Avg readPowercanDataStream(): description = The Average for 48V Ground Fault High Side. (Power Can channel GFH01) readPowercanDataStream(): longName = GFH01/ 48V GF-High Side Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 188 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 188: RecordVariable name: GFH01_NumSamps readPowercanDataStream(): id = 802375 readPowercanDataStream(): name = GFH01_NumSamps readPowercanDataStream(): description = The Number of Samples for 48V Ground Fault High Side. (Power Can channel GFH01) readPowercanDataStream(): longName = GFH01/ 48V GF-High Side Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 189 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 189: RecordVariable name: GFH01_Min readPowercanDataStream(): id = 802222 readPowercanDataStream(): name = GFH01_Min readPowercanDataStream(): description = The Minimum for 48V Ground Fault High Side. (Power Can channel GFH01) readPowercanDataStream(): longName = GFH01/ 48V GF-High Side Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 190 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 190: RecordVariable name: GFH01_Max readPowercanDataStream(): id = 802330 readPowercanDataStream(): name = GFH01_Max readPowercanDataStream(): description = The Maximum for 48V Ground Fault High Side. (Power Can GFH01) readPowercanDataStream(): longName = GFH01/ 48V GF-High Side Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 191 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 191: RecordVariable name: GFH01_Err_Flag readPowercanDataStream(): id = 802264 readPowercanDataStream(): name = GFH01_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 48V Ground Fault High Side. (Power Can channel GFH01) readPowercanDataStream(): longName = GFH01/ 48V GF-High Side Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 192 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 192: RecordVariable name: Channel_GFT01_Label readPowercanDataStream(): id = 802266 readPowercanDataStream(): name = Channel_GFT01_Label readPowercanDataStream(): description = Label for GFT01. This channel is the Channel Label for the 48V Ground Fault Self Test. readPowercanDataStream(): longName = GFT01: 48V GF-Self Test (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 193 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 193: RecordVariable name: GFT01_Avg readPowercanDataStream(): id = 802169 readPowercanDataStream(): name = GFT01_Avg readPowercanDataStream(): description = The Average for 48V Ground Fault Self Test. (Power Can channel GFT01) 500-1000 uA high side fault; sampled once/minute readPowercanDataStream(): longName = GFT01/ 48V GF-Self Test Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 194 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 194: RecordVariable name: GFT01_NumSamps readPowercanDataStream(): id = 802257 readPowercanDataStream(): name = GFT01_NumSamps readPowercanDataStream(): description = The Number of Samples for 48V Ground Fault Self Test. (Power Can channel GFT01) 500-1000 uA high side fault; sampled once/minute readPowercanDataStream(): longName = GFT01/ 48V GF-Self Test Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 195 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 195: RecordVariable name: GFT01_Min readPowercanDataStream(): id = 802373 readPowercanDataStream(): name = GFT01_Min readPowercanDataStream(): description = The Minimum for 48V Ground Fault Self Test. (Power Can channel GFT01) 500-1000 uA high side fault; sampled once/minute readPowercanDataStream(): longName = GFT01/ 48V GF-Self Test Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 196 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 196: RecordVariable name: GFT01_Max readPowercanDataStream(): id = 802184 readPowercanDataStream(): name = GFT01_Max readPowercanDataStream(): description = The Maximum for 48V Ground Fault Self Test. (Power Can GFT01) 500-1000 uA high side fault; sampled once/minute readPowercanDataStream(): longName = GFT01/ 48V GF-Self Test Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 197 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 197: RecordVariable name: GFT01_Err_Flag readPowercanDataStream(): id = 802293 readPowercanDataStream(): name = GFT01_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 48V Ground Fault Self Test. (Power Can channel GFT01) 500-1000 uA high side fault; sampled once/minute readPowercanDataStream(): longName = GFT01/ 48V GF-Self Test Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 198 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 198: RecordVariable name: Channel_WS00_Label readPowercanDataStream(): id = 802223 readPowercanDataStream(): name = Channel_WS00_Label readPowercanDataStream(): description = Label for WS00. This channel is the Channel Label for the Battery Box Water Sensor. readPowercanDataStream(): longName = WS00: Batt Box H2O (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 199 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 199: RecordVariable name: WS00_NumSamps readPowercanDataStream(): id = 802363 readPowercanDataStream(): name = WS00_NumSamps readPowercanDataStream(): description = The Number of Samples for Battery Box Water Sensor. (Power Can channel WS00) readPowercanDataStream(): longName = WS00/ Batt Box H2O NumSamps readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 200 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 200: RecordVariable name: WS00_A_N0 readPowercanDataStream(): id = 802371 readPowercanDataStream(): name = WS00_A_N0 readPowercanDataStream(): description = The A (=North 0) flag for Battery Box Water Sensor. (Power Can channel WS00) readPowercanDataStream(): longName = WS00/ Batt Box H2O A (=North 0) flag readPowercanDataStream(): format = int readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 201 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 201: RecordVariable name: WS00_B_N1 readPowercanDataStream(): id = 802349 readPowercanDataStream(): name = WS00_B_N1 readPowercanDataStream(): description = The B (=North 1) flag for Battery Box Water Sensor. (Power Can channel WS00) readPowercanDataStream(): longName = WS00/ Batt Box H2O B/N1 readPowercanDataStream(): format = int readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 202 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 202: RecordVariable name: WS00_C_E0 readPowercanDataStream(): id = 802202 readPowercanDataStream(): name = WS00_C_E0 readPowercanDataStream(): description = The C (=East 0) flag for Battery Box Water Sensor. (Power Can WS00) readPowercanDataStream(): longName = WS00/ Batt Box H2O C/E0 readPowercanDataStream(): format = int readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 203 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 203: RecordVariable name: WS00_D_E1 readPowercanDataStream(): id = 802273 readPowercanDataStream(): name = WS00_D_E1 readPowercanDataStream(): description = The D (=East 1) flag for Battery Box Water Sensor. (Power Can channel WS00) readPowercanDataStream(): longName = WS00/ Batt Box H2O D/E1 readPowercanDataStream(): format = int readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 204 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 204: RecordVariable name: WS00_Err_Flag readPowercanDataStream(): id = 803225 readPowercanDataStream(): name = WS00_Err_Flag readPowercanDataStream(): description = WS00 Error Flag readPowercanDataStream(): longName = WS00 Error Flag readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 205 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 205: RecordVariable name: Channel_WS01_Label readPowercanDataStream(): id = 802179 readPowercanDataStream(): name = Channel_WS01_Label readPowercanDataStream(): description = Label for WS01. This channel is the Channel Label for the Battery Box Water Sensor. readPowercanDataStream(): longName = WS01: Batt Box H2O (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 206 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 206: RecordVariable name: WS01_NumSamps readPowercanDataStream(): id = 802170 readPowercanDataStream(): name = WS01_NumSamps readPowercanDataStream(): description = The Number of Samples for Battery Box Water Sensor. (Power Can channel WS01) readPowercanDataStream(): longName = WS01/ Batt Box H2O NumSamps readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 207 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 207: RecordVariable name: WS01_A_N0 readPowercanDataStream(): id = 802369 readPowercanDataStream(): name = WS01_A_N0 readPowercanDataStream(): description = The A (=North 0) flag for Battery Box Water Sensor. (Power Can channel WS01) readPowercanDataStream(): longName = WS01/ Batt Box H2O A (=North 0) flag readPowercanDataStream(): format = int readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 208 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 208: RecordVariable name: WS01_B_N1 readPowercanDataStream(): id = 802153 readPowercanDataStream(): name = WS01_B_N1 readPowercanDataStream(): description = The B (=North 1) flag for Battery Box Water Sensor. (Power Can channel WS01) readPowercanDataStream(): longName = WS01/ Batt Box H2O B/N1 readPowercanDataStream(): format = int readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 209 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 209: RecordVariable name: WS01_C_E0 readPowercanDataStream(): id = 802157 readPowercanDataStream(): name = WS01_C_E0 readPowercanDataStream(): description = The C (=East 0) flag for Battery Box Water Sensor. (Power Can WS01) readPowercanDataStream(): longName = WS01/ Batt Box H2O C/E0 readPowercanDataStream(): format = int readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 210 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 210: RecordVariable name: WS01_D_E1 readPowercanDataStream(): id = 802250 readPowercanDataStream(): name = WS01_D_E1 readPowercanDataStream(): description = The D (=East 1) flag for Battery Box Water Sensor. (Power Can channel WS01) readPowercanDataStream(): longName = WS01/ Batt Box H2O D/E1 readPowercanDataStream(): format = int readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 211 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 211: RecordVariable name: WS01_Err_Flag readPowercanDataStream(): id = 803224 readPowercanDataStream(): name = WS01_Err_Flag readPowercanDataStream(): description = WS01 Error Flag readPowercanDataStream(): longName = WS01 Error Flag readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 212 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 212: RecordVariable name: Channel_PRES_Label readPowercanDataStream(): id = 802327 readPowercanDataStream(): name = Channel_PRES_Label readPowercanDataStream(): description = Label for PRES. This channel is the Channel Label for the Power Can Internal Pressure. readPowercanDataStream(): longName = PRES: Pwr Can Internal Pressure (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 213 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 213: RecordVariable name: PRES_Avg readPowercanDataStream(): id = 802350 readPowercanDataStream(): name = PRES_Avg readPowercanDataStream(): description = The Average for Power Can Internal Pressure. (Power Can channel PRES) readPowercanDataStream(): longName = PRES/ Pwr Can Internal Pressure Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = millibars readPowercanDataStream(): columnIndex = 214 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 1040.0 readPowercanDataStream(): displayMax = 1200.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 214: RecordVariable name: PRES_NumSamps readPowercanDataStream(): id = 802230 readPowercanDataStream(): name = PRES_NumSamps readPowercanDataStream(): description = The Number of Samples for Power Can Internal Pressure. (Power Can channel PRES) readPowercanDataStream(): longName = PRES/ Pwr Can Internal Pressure Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 215 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 215: RecordVariable name: PRES_Min readPowercanDataStream(): id = 802234 readPowercanDataStream(): name = PRES_Min readPowercanDataStream(): description = The Minimum for Power Can Internal Pressure. (Power Can channel PRES) readPowercanDataStream(): longName = PRES/ Pwr Can Internal Pressure Min readPowercanDataStream(): format = double readPowercanDataStream(): units = millibars readPowercanDataStream(): columnIndex = 216 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 1040.0 readPowercanDataStream(): displayMax = 1200.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 216: RecordVariable name: PRES_Max readPowercanDataStream(): id = 802160 readPowercanDataStream(): name = PRES_Max readPowercanDataStream(): description = The Maximum for Power Can Internal Pressure. (Power Can PRES) readPowercanDataStream(): longName = PRES/ Pwr Can Internal Pressure Max readPowercanDataStream(): format = double readPowercanDataStream(): units = millibars readPowercanDataStream(): columnIndex = 217 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 1040.0 readPowercanDataStream(): displayMax = 1200.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 217: RecordVariable name: PRES_Err_Flag readPowercanDataStream(): id = 802285 readPowercanDataStream(): name = PRES_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Power Can Internal Pressure. (Power Can channel PRES) readPowercanDataStream(): longName = PRES/ Pwr Can Internal Pressure Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 218 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 218: RecordVariable name: Channel_TMP1_Label readPowercanDataStream(): id = 802177 readPowercanDataStream(): name = Channel_TMP1_Label readPowercanDataStream(): description = Label for TMP1. This channel is the Channel Label for the Pressure Sensor Temperature. readPowercanDataStream(): longName = TMP1: Pressure Sensor Temperature (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 219 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 219: RecordVariable name: TMP1_Avg readPowercanDataStream(): id = 802306 readPowercanDataStream(): name = TMP1_Avg readPowercanDataStream(): description = The Average for Pressure Sensor Temperature. (Power Can channel TMP1) readPowercanDataStream(): longName = TMP1/ Pressure Sensor Temperature Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 220 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 5.0 readPowercanDataStream(): displayMax = 30.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 220: RecordVariable name: TMP1_NumSamps readPowercanDataStream(): id = 802338 readPowercanDataStream(): name = TMP1_NumSamps readPowercanDataStream(): description = The Number of Samples for Pressure Sensor Temperature. (Power Can channel TMP1) readPowercanDataStream(): longName = TMP1/ Pressure Sensor Temperature Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 221 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 221: RecordVariable name: TMP1_Min readPowercanDataStream(): id = 802367 readPowercanDataStream(): name = TMP1_Min readPowercanDataStream(): description = The Minimum for Pressure Sensor Temperature. (Power Can channel TMP1) readPowercanDataStream(): longName = TMP1/ Pressure Sensor Temperature Min readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 222 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 5.0 readPowercanDataStream(): displayMax = 30.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 222: RecordVariable name: TMP1_Max readPowercanDataStream(): id = 802316 readPowercanDataStream(): name = TMP1_Max readPowercanDataStream(): description = The Maximum for Pressure Sensor Temperature. (Power Can TMP1) readPowercanDataStream(): longName = TMP1/ Pressure Sensor Temperature Max readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 223 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 5.0 readPowercanDataStream(): displayMax = 30.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 223: RecordVariable name: TMP1_Err_Flag readPowercanDataStream(): id = 802167 readPowercanDataStream(): name = TMP1_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Pressure Sensor Temperature. (Power Can channel TMP1) readPowercanDataStream(): longName = TMP1/ Pressure Sensor Temperature Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 224 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 224: RecordVariable name: Channel_HUMI_Label readPowercanDataStream(): id = 802376 readPowercanDataStream(): name = Channel_HUMI_Label readPowercanDataStream(): description = Label for HUMI. This channel is the Channel Label for the Power Can Internal Humidity. readPowercanDataStream(): longName = HUMI: Pwr Can Internal Humidity (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 225 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 225: RecordVariable name: HUMI_Avg readPowercanDataStream(): id = 802208 readPowercanDataStream(): name = HUMI_Avg readPowercanDataStream(): description = The Average for Power Can Internal Humidity. (Power Can channel HUMI) readPowercanDataStream(): longName = HUMI/ Pwr Can Internal Humidity Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = % RH readPowercanDataStream(): columnIndex = 226 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 5.0 readPowercanDataStream(): displayMax = 100.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 226: RecordVariable name: HUMI_NumSamps readPowercanDataStream(): id = 802296 readPowercanDataStream(): name = HUMI_NumSamps readPowercanDataStream(): description = The Number of Samples for Power Can Internal Humidity. (Power Can channel HUMI) readPowercanDataStream(): longName = HUMI/ Pwr Can Internal Humidity Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 227 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 227: RecordVariable name: HUMI_Min readPowercanDataStream(): id = 802255 readPowercanDataStream(): name = HUMI_Min readPowercanDataStream(): description = The Minimum for Power Can Internal Humidity. (Power Can channel HUMI) readPowercanDataStream(): longName = HUMI/ Pwr Can Internal Humidity Min readPowercanDataStream(): format = double readPowercanDataStream(): units = % RH readPowercanDataStream(): columnIndex = 228 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 5.0 readPowercanDataStream(): displayMax = 100.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 228: RecordVariable name: HUMI_Max readPowercanDataStream(): id = 802311 readPowercanDataStream(): name = HUMI_Max readPowercanDataStream(): description = The Maximum for Power Can Internal Humidity. (Power Can HUMI) readPowercanDataStream(): longName = HUMI/ Pwr Can Internal Humidity Max readPowercanDataStream(): format = double readPowercanDataStream(): units = % RH readPowercanDataStream(): columnIndex = 229 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 5.0 readPowercanDataStream(): displayMax = 100.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 229: RecordVariable name: HUMI_Err_Flag readPowercanDataStream(): id = 802347 readPowercanDataStream(): name = HUMI_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Power Can Internal Humidity. (Power Can channel HUMI) readPowercanDataStream(): longName = HUMI/ Pwr Can Internal Humidity Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 230 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 230: RecordVariable name: Channel_TMP2_Label readPowercanDataStream(): id = 802156 readPowercanDataStream(): name = Channel_TMP2_Label readPowercanDataStream(): description = Label for TMP2. This channel is the Channel Label for the Humidity Sensor Temperature. readPowercanDataStream(): longName = TMP2: Humidity Sensor Temperature (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 231 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 231: RecordVariable name: TMP2_Avg readPowercanDataStream(): id = 802352 readPowercanDataStream(): name = TMP2_Avg readPowercanDataStream(): description = The Average for Humidity Sensor Temperature. (Power Can channel TMP2) readPowercanDataStream(): longName = TMP2/ Humidity Sensor Temperature Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 232 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 5.0 readPowercanDataStream(): displayMax = 30.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 232: RecordVariable name: TMP2_NumSamps readPowercanDataStream(): id = 802193 readPowercanDataStream(): name = TMP2_NumSamps readPowercanDataStream(): description = The Number of Samples for Humidity Sensor Temperature. (Power Can channel TMP2) readPowercanDataStream(): longName = TMP2/ Humidity Sensor Temperature Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 233 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 233: RecordVariable name: TMP2_Min readPowercanDataStream(): id = 802279 readPowercanDataStream(): name = TMP2_Min readPowercanDataStream(): description = The Minimum for Humidity Sensor Temperature. (Power Can channel TMP2) readPowercanDataStream(): longName = TMP2/ Humidity Sensor Temperature Min readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 234 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 5.0 readPowercanDataStream(): displayMax = 30.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 234: RecordVariable name: TMP2_Max readPowercanDataStream(): id = 802384 readPowercanDataStream(): name = TMP2_Max readPowercanDataStream(): description = The Maximum for Humidity Sensor Temperature. (Power Can TMP2) readPowercanDataStream(): longName = TMP2/ Humidity Sensor Temperature Max readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 235 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): displayMin = 5.0 readPowercanDataStream(): displayMax = 30.0 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 235: RecordVariable name: TMP2_Err_Flag readPowercanDataStream(): id = 802173 readPowercanDataStream(): name = TMP2_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Humidity Sensor Temperature. (Power Can channel TMP2) readPowercanDataStream(): longName = TMP2/ Humidity Sensor Temperature Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 236 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 236: RecordVariable name: Checkstring_Data readPowercanDataStream(): id = 802242 readPowercanDataStream(): name = Checkstring_Data readPowercanDataStream(): description = Just the word DATA readPowercanDataStream(): longName = CheckString Data readPowercanDataStream(): format = string readPowercanDataStream(): units = string readPowercanDataStream(): columnIndex = 237 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 237: RecordVariable name: Checkstring_Count readPowercanDataStream(): id = 802190 readPowercanDataStream(): name = Checkstring_Count readPowercanDataStream(): description = Just the word COUNT readPowercanDataStream(): longName = CheckString Count readPowercanDataStream(): format = string readPowercanDataStream(): units = string readPowercanDataStream(): columnIndex = 238 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 238: RecordVariable name: Data_Count readPowercanDataStream(): id = 802259 readPowercanDataStream(): name = Data_Count readPowercanDataStream(): description = Total bytes transmitted readPowercanDataStream(): longName = Number of Bytes Transmitted in Record readPowercanDataStream(): format = int readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 239 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +2.9506e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.5260e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -6.1040e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +8.0052e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +8.5456e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.0520e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +7.7948e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +6.1814e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.8943e-01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.2829e-01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +3.9282e-01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +3.7926e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -4.6539e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -1.2330e-01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.8150e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -4.8108e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -1.1598e-01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -4.1812e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +3.3815e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.8312e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -9.1560e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.1001e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +8.5456e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -6.1040e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +2.1391e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +2.0478e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +2.5045e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +8.4401e-01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +6.5603e-01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +4.4147e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.9011e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -1.0529e-01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.1130e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.2825e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -9.6443e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -2.6858e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.0616e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -2.4412e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.8309e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.6890e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.9059e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.4787e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.0797e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.0614e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.0821e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +8.7372e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +8.4316e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +8.8912e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.4330e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.4253e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.4406e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.0414e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -2.4412e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.8309e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.5592e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.7839e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.3567e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.0918e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.0729e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.0941e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +7.1915e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +6.8996e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +7.2060e+00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.4916e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.4866e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.5019e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -8.5696e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0002406 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -4.3308e-01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -6.2261e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3078e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0002406 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.0520e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +8.5456e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.4958e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000602 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.4958e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.4958e-02 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000010 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000010 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000010 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000010 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2501e-03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2208e-07 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000010 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.5260e-07 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.1445e-07 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.5650e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000010 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.5445e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.5869e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3543e-05 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000010 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3696e-05 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3391e-05 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +7.3429e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000010 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +7.3462e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +7.3374e-04 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000060 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000060 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 00 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.1540e+03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000058 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.1500e+03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.1580e+03 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2000e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000058 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2000e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.2000e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.5000e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000058 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.5000e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.5000e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.4000e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000058 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.4000e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.4000e+01 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+2.9506e-04 N0000602 L+1.5260e-03 H-6.1040e-04 E0 ADC01 A+8.0052e-04 N0000602 L+8.5456e-03 H-3.0520e-04 E0 ADC02 A+7.7948e-02 N0000602 L+6.1814e-02 H+1.8943e-01 E0 ADC03 A+5.2829e-01 N0000602 L+3.9282e-01 H+3.7926e+00 E0 ADC04 A-4.6539e-02 N0000602 L-1.2330e-01 H-3.8150e-02 E0 ADC05 A-4.8108e-02 N0000602 L-1.1598e-01 H-4.1812e-02 E0 ADC10 A+3.3815e-04 N0000602 L+1.8312e-03 H-9.1560e-04 E0 ADC11 A+1.1001e-03 N0000602 L+8.5456e-03 H-6.1040e-04 E0 ADC12 A+2.1391e+00 N0000602 L+2.0478e+00 H+2.5045e+00 E0 ADC13 A+8.4401e-01 N0000602 L+6.5603e-01 H+4.4147e+00 E0 ADC14 A-3.9011e-02 N0000602 L-1.0529e-01 H-3.1130e-02 E0 ADC15 A-3.2825e-02 N0000602 L-9.6443e-02 H-2.6858e-02 E0 ADC20 A-3.0616e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC21 A-3.6890e-02 N0000602 L-3.9059e-02 H-3.4787e-02 E0 ADC22 A+5.0797e+01 N0000602 L+5.0614e+01 H+5.0821e+01 E0 ADC23 A+8.7372e+00 N0000602 L+8.4316e+00 H+8.8912e+00 E0 ADC24 A+1.4330e+01 N0000602 L+1.4253e+01 H+1.4406e+01 E0 ADC25 A-3.0414e-04 N0000602 L-2.4412e-03 H+1.8309e-03 E0 ADC26 A-3.5592e-02 N0000602 L-3.7839e-02 H-3.3567e-02 E0 ADC27 A+5.0918e+01 N0000602 L+5.0729e+01 H+5.0941e+01 E0 ADC28 A+7.1915e+00 N0000602 L+6.8996e+00 H+7.2060e+00 E0 ADC29 A+1.4916e+01 N0000602 L+1.4866e+01 H+1.5019e+01 E0 ADC35 A-8.5696e-02 N0002406 L-4.3308e-01 H-6.2261e-02 E0 ADC36 A+1.3078e-03 N0002406 L-3.0520e-04 H+8.5456e-03 E0 ADC37 A+5.4958e-02 N0000602 L+5.4958e-02 H+5.4958e-02 E0 GFZ00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFL00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFH00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFT00 A+1.2501e-03 N0000010 L+1.2501e-03 H+1.2501e-03 E0 GFZ01 A+1.2208e-07 N0000010 L+1.5260e-07 H+1.1445e-07 E0 GFL01 A-3.5650e-04 N0000010 L-3.5445e-04 H-3.5869e-04 E0 GFH01 A+1.3543e-05 N0000010 L+1.3696e-05 H+1.3391e-05 E0 GFT01 A+7.3429e-04 N0000010 L+7.3462e-04 H+7.3374e-04 E0 WS00 N0000060 A00 B00 C00 D00 E0 WS01 N0000060 A00 B00 C00 D00 E0 PRES A+1.1540e+03 N0000058 L+1.1500e+03 H+1.1580e+03 E0 TMP1 A+1.2000e+01 N0000058 L+1.2000e+01 H+1.2000e+01 E0 HUMI A+1.5000e+01 N0000058 L+1.5000e+01 H+1.5000e+01 E0 TMP2 A+1.4000e+01 N0000058 L+1.4000e+01 H+1.4000e+01 E0 DATA COUNT 02210 definePowercanNetcdf(): Input DataStream name: 1563_1_1_1299 definePowercanNetcdf(): id = 37768 definePowercanNetcdf(): name = 1563_1_1_1299 definePowercanNetcdf(): description = Mooring Power Can data definePowercanNetcdf(): dataContainerType = Stream definePowercanNetcdf(): startDate = 2007-01-30T07:00:00Z definePowercanNetcdf(): original = false definePowercanNetcdf(): uriString = http://new-ssds.mbari.org:8080/servlet/GetOriginalDataServlet?deviceID=1563 definePowercanNetcdf(): dodsAccessible = false definePowercanNetcdf(): noNetCDF = true definePowercanNetcdf(): RecordDescription: definePowercanNetcdf(): id = 39282 definePowercanNetcdf(): recordType = 1 definePowercanNetcdf(): bufferStyle = ASCII definePowercanNetcdf(): bufferItemSeparator = whitespace definePowercanNetcdf(): bufferLengthType = variable definePowercanNetcdf(): parseable = true definePowercanNetcdf(): endian = little definePowercanNetcdf(): Writing variable definition for ADC00_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC00_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC00_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC00_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC00_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC01_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC01_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC01_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC01_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC01_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC02_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC02_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC02_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC02_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC02_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC03_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC03_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC03_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC03_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC03_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC04_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC04_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC04_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC04_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC04_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC05_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC05_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC05_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC05_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC05_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC10_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC10_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC10_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC10_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC10_ErrFlag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC11_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC11_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC11_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC11_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC11_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC12_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC12_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC12_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC12_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC12_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC13_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC13_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC13_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC13_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC13_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC14_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC14_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC14_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC14_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC14_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC15_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC15_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC15_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC15_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC15_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC20_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC20_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC20_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC20_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC20_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC21_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC21_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC21_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC21_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC21_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC22_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC22_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC22_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC22_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC22_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC23_Avg(deg C) definePowercanNetcdf(): Writing variable definition for ADC23_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC23_Min(deg C) definePowercanNetcdf(): Writing variable definition for ADC23_Max(deg C) definePowercanNetcdf(): Writing variable definition for ADC23_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC24_Avg(deg C) definePowercanNetcdf(): Writing variable definition for ADC24_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC24_Min(deg C) definePowercanNetcdf(): Writing variable definition for ADC24_Max(deg C) definePowercanNetcdf(): Writing variable definition for ADC24_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC25_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC25_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC25_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC25_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC25_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC26_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC26_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC26_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC26_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC26_ErrFlag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC27_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC27_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC27_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC27_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC27_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC28_Avg(deg C) definePowercanNetcdf(): Writing variable definition for ADC28_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC28_Min(deg C) definePowercanNetcdf(): Writing variable definition for ADC28_Max(deg C) definePowercanNetcdf(): Writing variable definition for ADC28_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC29_Avg(deg C) definePowercanNetcdf(): Writing variable definition for ADC29_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC29_Min(deg C) definePowercanNetcdf(): Writing variable definition for ADC29_Max(deg C) definePowercanNetcdf(): Writing variable definition for ADC29_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC35_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC35_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC35_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC35_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC35_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC36_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC36_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC36_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC36_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC36_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC37_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC37_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC37_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC37_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC37_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for GFZ00_Avg(amps) definePowercanNetcdf(): Writing variable definition for GFZ00_NumSamps(count) definePowercanNetcdf(): Writing variable definition for GFZ00_Min(amps) definePowercanNetcdf(): Writing variable definition for GFZ00_Max(amps) definePowercanNetcdf(): Writing variable definition for GFZ00_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for GFL00_Avg(amps) definePowercanNetcdf(): Writing variable definition for GFL00_NumSamps(count) definePowercanNetcdf(): Writing variable definition for GFL00_Min(amps) definePowercanNetcdf(): Writing variable definition for GFL00_Max(amps) definePowercanNetcdf(): Writing variable definition for GFL00_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for GFH00_Avg(amps) definePowercanNetcdf(): Writing variable definition for GFH00_NumSamps(count) definePowercanNetcdf(): Writing variable definition for GFH00_Min(amps) definePowercanNetcdf(): Writing variable definition for GFH00_Max(amps) definePowercanNetcdf(): Writing variable definition for GFH00_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for GFT00_Avg(amps) definePowercanNetcdf(): Writing variable definition for GFT00_NumSamps(count) definePowercanNetcdf(): Writing variable definition for GFT00_Min(amps) definePowercanNetcdf(): Writing variable definition for GFT00_Max(amps) definePowercanNetcdf(): Writing variable definition for GFT00_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for GFZ01_Avg(amps) definePowercanNetcdf(): Writing variable definition for GFZ01_NumSamps(count) definePowercanNetcdf(): Writing variable definition for GFZ01_Min(amps) definePowercanNetcdf(): Writing variable definition for GFZ01_Max(amps) definePowercanNetcdf(): Writing variable definition for GFZ01_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for GFL01_Avg(amps) definePowercanNetcdf(): Writing variable definition for GFL01_NumSamps(count) definePowercanNetcdf(): Writing variable definition for GFL01_Min(amps) definePowercanNetcdf(): Writing variable definition for GFL01_Max(amps) definePowercanNetcdf(): Writing variable definition for GFL01_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for GFH01_Avg(amps) definePowercanNetcdf(): Writing variable definition for GFH01_NumSamps(count) definePowercanNetcdf(): Writing variable definition for GFH01_Min(amps) definePowercanNetcdf(): Writing variable definition for GFH01_Max(amps) definePowercanNetcdf(): Writing variable definition for GFH01_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for GFT01_Avg(amps) definePowercanNetcdf(): Writing variable definition for GFT01_NumSamps(count) definePowercanNetcdf(): Writing variable definition for GFT01_Min(amps) definePowercanNetcdf(): Writing variable definition for GFT01_Max(amps) definePowercanNetcdf(): Writing variable definition for GFT01_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for WS00_NumSamps(count) definePowercanNetcdf(): Writing variable definition for WS00_A_N0(none) definePowercanNetcdf(): Writing variable definition for WS00_B_N1(none) definePowercanNetcdf(): Writing variable definition for WS00_C_E0(none) definePowercanNetcdf(): Writing variable definition for WS00_D_E1(none) definePowercanNetcdf(): Writing variable definition for WS01_NumSamps(count) definePowercanNetcdf(): Writing variable definition for WS01_A_N0(none) definePowercanNetcdf(): Writing variable definition for WS01_B_N1(none) definePowercanNetcdf(): Writing variable definition for WS01_C_E0(none) definePowercanNetcdf(): Writing variable definition for WS01_D_E1(none) definePowercanNetcdf(): Writing variable definition for PRES_Avg(millibars) definePowercanNetcdf(): Writing variable definition for PRES_NumSamps(count) definePowercanNetcdf(): Writing variable definition for PRES_Min(millibars) definePowercanNetcdf(): Writing variable definition for PRES_Max(millibars) definePowercanNetcdf(): Writing variable definition for PRES_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for TMP1_Avg(deg C) definePowercanNetcdf(): Writing variable definition for TMP1_NumSamps(count) definePowercanNetcdf(): Writing variable definition for TMP1_Min(deg C) definePowercanNetcdf(): Writing variable definition for TMP1_Max(deg C) definePowercanNetcdf(): Writing variable definition for TMP1_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for HUMI_Avg(% RH) definePowercanNetcdf(): Writing variable definition for HUMI_NumSamps(count) definePowercanNetcdf(): Writing variable definition for HUMI_Min(% RH) definePowercanNetcdf(): Writing variable definition for HUMI_Max(% RH) definePowercanNetcdf(): Writing variable definition for HUMI_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for TMP2_Avg(deg C) definePowercanNetcdf(): Writing variable definition for TMP2_NumSamps(count) definePowercanNetcdf(): Writing variable definition for TMP2_Min(deg C) definePowercanNetcdf(): Writing variable definition for TMP2_Max(deg C) definePowercanNetcdf(): Writing variable definition for TMP2_Err_Flag(0isgood) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC00_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC00_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC00_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC00_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC00_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC01_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC01_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC01_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC01_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC01_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC02_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC02_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC02_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC02_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC02_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC03_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC03_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC03_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC03_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC03_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC04_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC04_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC04_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC04_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC04_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC05_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC05_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC05_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC05_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC05_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC10_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC10_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC10_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC10_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_ErrFlag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC10_ErrFlag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC11_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC11_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC11_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC11_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC11_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC12_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC12_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC12_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC12_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC12_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC13_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC13_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC13_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC13_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC13_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC14_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC14_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC14_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC14_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC14_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC15_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC15_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC15_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC15_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC15_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC15_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC15_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC15_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC15_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC15_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC20_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC20_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC20_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC20_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC20_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC20_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC20_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC20_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC20_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC20_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC21_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC21_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC21_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC21_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC21_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC21_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC21_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC21_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC21_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC21_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC22_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC22_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC22_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC22_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC22_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC22_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC22_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC22_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC22_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC22_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC23_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC23_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC23_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC23_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC23_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC23_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC23_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC23_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC23_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC23_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC24_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC24_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC24_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC24_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC24_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC24_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC24_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC24_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC24_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC24_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC25_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC25_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC25_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC25_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC25_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC25_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC25_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC25_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC25_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC25_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC26_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC26_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC26_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC26_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC26_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC26_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC26_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC26_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC26_ErrFlag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC26_ErrFlag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC27_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC27_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC27_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC27_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC27_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC27_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC27_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC27_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC27_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC27_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC28_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC28_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC28_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC28_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC28_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC28_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC28_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC28_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC28_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC28_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC29_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC29_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC29_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC29_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC29_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC29_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC29_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC29_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC29_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC29_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC35_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC35_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC35_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC35_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC35_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC35_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC35_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC35_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC35_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC35_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC36_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC36_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC36_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC36_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC36_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC36_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC36_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC36_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC36_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC36_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC37_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC37_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC37_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC37_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC37_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC37_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC37_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC37_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC37_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{ADC37_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ00_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ00_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ00_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ00_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ00_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ00_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ00_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ00_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ00_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ00_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL00_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL00_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL00_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL00_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL00_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL00_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL00_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL00_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL00_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL00_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH00_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH00_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH00_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH00_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH00_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH00_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH00_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH00_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH00_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH00_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT00_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT00_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT00_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT00_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT00_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT00_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT00_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT00_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT00_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT00_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ01_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ01_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ01_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ01_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ01_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ01_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ01_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ01_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${GFZ01_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFZ01_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL01_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL01_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL01_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL01_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL01_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL01_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL01_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL01_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${GFL01_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFL01_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH01_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH01_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH01_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH01_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH01_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH01_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH01_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH01_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${GFH01_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFH01_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT01_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT01_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT01_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT01_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT01_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT01_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT01_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT01_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${GFT01_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{GFT01_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${WS00_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS00_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${WS00_A_N0_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS00_A_N0}) writePowercanNetcdf(): NetCDF::varput(12, ${WS00_B_N1_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS00_B_N1}) writePowercanNetcdf(): NetCDF::varput(12, ${WS00_C_E0_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS00_C_E0}) writePowercanNetcdf(): NetCDF::varput(12, ${WS00_D_E1_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS00_D_E1}) writePowercanNetcdf(): NetCDF::varput(12, ${WS01_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS01_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${WS01_A_N0_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS01_A_N0}) writePowercanNetcdf(): NetCDF::varput(12, ${WS01_B_N1_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS01_B_N1}) writePowercanNetcdf(): NetCDF::varput(12, ${WS01_C_E0_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS01_C_E0}) writePowercanNetcdf(): NetCDF::varput(12, ${WS01_D_E1_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{WS01_D_E1}) writePowercanNetcdf(): NetCDF::varput(12, ${PRES_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{PRES_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${PRES_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{PRES_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${PRES_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{PRES_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${PRES_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{PRES_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${PRES_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{PRES_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP1_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP1_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP1_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP1_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP1_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP1_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP1_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP1_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP1_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP1_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${HUMI_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{HUMI_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${HUMI_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{HUMI_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${HUMI_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{HUMI_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${HUMI_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{HUMI_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${HUMI_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{HUMI_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP2_Avg_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP2_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP2_NumSamps_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP2_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP2_Min_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP2_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP2_Max_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP2_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${TMP2_Err_Flag_ID}, [0, 0, 0, 0], [19979, 1, 1, 1], \@{TMP2_Err_Flag}) writePowercanNetCDFandUpdateSSDS(): Submitting ProcessRun to SSDS with libraryName = /home/cvs/DPforSSDS/cimt/powercan.pl submitDStoNetCDFProcessRun(): Software version that created netCDF file: http://moonjelly.shore.mbari.org/cgi-bin/cvsweb.cgi/DPforSSDS/cimt/powercan.pl?rev=1.15 writePowercanNetCDFandUpdateSSDS(): Processing finished: Wed Sep 29 12:53:52 2010