Campbell TDR Specifiche Scaricare il pdf (Pagina 44)

TDR100

MuxChan=3001

TDR100 (WavePT(),0,1,3001,4,1.0,251,9.5,5.0,0.3,0.085,1,0)

CallTable TDR_Wave()

MuxChan=4001

TDR100 (WavePT(),0,1,4001,4,1.0,251,9.5,5.0,0.3,0.085,1,0)

CallTable TDR_Wave()

MuxChan=5001

TDR100 (WavePT(),0,1,5001,4,1.0,251,9.5,5.0,0.3,0.085,1,0)

CallTable TDR_Wave()

MuxChan=6001

TDR100 (WavePT(),0,1,6001,4,1.0,251,9.5,5.0,0.3,0.085,1,0)

CallTable TDR_Wave()

MuxChan=7001

TDR100 (WavePT(),0,1,7001,4,1.0,251,9.5,5.0,0.3,0.085,1,0)

CallTable TDR_Wave()

MuxChan=8001

TDR100 (WavePT(),0,1,8001,4,1.0,251,9.5,5.0,0.3,0.085,1,0)

CallTable TDR_Wave()

Flag(2)=0 'reset state of Flag 2

SW12 (0 ) 'Switched 12V Low

endif 'EndIf ********************************

PortsConfig (&B00000111,&B00000000) 'configure SDM ports C1,C2,C3 as inputs

NextScan

EndProg

10.2 CR10X/CR23X Program Examples

Example 1, Measure and Record; Analog Measurements and Volumetric

Water Content

A CS605 or CS610 probe is connected directly to the TDR100. A cable length

of 6.25 meters was determined using PCTDR. The L

/L value is converted to

volumetric water content using the Ledieu , etal linear calibration function.

The program is executed once a minute. The array id, time, analog

measurements, and volumetric water content are output to Final Storage every

five minutes.

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Campbell TDR Specifiche Pagina 44