UNIT Commands (Set and query input channel settings)

 

Command

Data
(for a query, response data)

Explanation

:ADJUST

-

Execute zero adjustment

:BALAnce

-

Execute auto-balancing for all Strain module channels

:BALAnce?

A1<NR1>,A2<NR1>,A3<NR1>,...
Ai(i = 1,2,3...) -1, 0, 1

Query results for all Strain module channels

:BOUT A,B$

A = 1 to 4
B$ = OFF, ON

Enable/disable thermocouple burnout mode

:BOUT? CH$

A<NR1>,B$

Query thermocouple burnout mode

:CHBAlance CH$

CH$ = CH1_1 to CH4_15

Execute auto-balancing for the selected channel (Strain module)

:CHBAlance? CH$

[response] CH$,A<NR1>
CH$ = CH1_1 to CH4_15
A = -1, 0, 1

Query the result for the selected channel (Strain module)

:COUPling CH$,A$

CH$ = CH1_1 to CH4_15
A$ = DC, ACRMS, GND

Set input coupling

:COUPling? CH$

CH$,A$

Query input coupling

:DFILter A,B$

A = 1 to 4
B$ = OFF, F50HZ, F60HZ

Set the digital filter in a module

:DFILter? A

CH$,A$

Query the digital filter in a module

:FILTer CH$,A

CH$ = CH1_1 to CH4_15
A = 0 or 5 to 1000000

Set an input filter

:FILTer? CH$

CH$,A<NR3>

Set an input filter

:MODE CH$,A$

CH$ = CH1_1 to CH4_15
A$ = NONE, VOLT, STRAin, TEMP, CAN, INST, RMS

Set the module mode

:MODE? CH$

CH$,A$

Query the module mode

:PCOUnt CH$,A

CH$ = P1 to P2
A = 1 to 50000

Set the dividing ratio for the pulse channel

:PCOUnt? CH$

CH$,A<NR1>

Query the dividing ratio for the pulse channel

:PFILter CH$,A$

CH$ = P1 to P2
A$ = OFF, ON

Make pulse input filter settings

:PFILter? CH$

CH$,A$

Query pulse input filter settings

:PMODe CH$,A$

CH$ = P1 to P2
A$ = ADD, INST, REVOlve

Set the measurement mode for the pulse channel

:PMODe? CH$

CH$,A$

Query the measurement mode for the pulse channel

:POVEr CH$,A$

CH$ = P1 to P2
A$ = KEEP, RESEt

Make settings for integration overlay processing

:POVEr? CH$

CH$,A$

Query the settings for integration overlay processing

:PROBe CH$,A$

CH$ = CH1_1 to CH4_15
A$ = X1, X10, X100, X1000

Set probe ratio

:PROBe? CH$

CH$,A$

Query probe ratio

:PSLOpe CH$,A$

CH$ = P1 to P2
A$ = UP, DOWN

Set the pulse channel slope

:PSLOpe? CH$,A$

CH$,A$

Query the pulse channel slope

:PTHRe CH$,A

CH$ = P1 to P2
A = 1, 4

Set the threshold for pulse input

:PTHRe CH$

CH$,A<NR1>

Query the threshold for pulse input

:PTIMing CH$,A$

CH$ = P1 to P2
A$ = STARt, TRIGger

Set the timing for pulse integration

:PTIMing? CH$

CH$,A$

Query the timing for pulse integration

:RANGe CH$,A

CH$ = CH1_1 to CH4_15, P1 to P2
A = range

Set measurement range

:RANGe? CH$

CH$,A<NR3>

Query measurement range

:RENEw A,B$

A = 1 to 4
B$ = FAST, NORMal

Make settings for refreshing data

:RENEw? A

A<NR1>,B$

Query settings for refreshing data

:RJC CH$,A$

CH$ = CH1_1 to CH4_15
A = INT, EXT

Set reference junction compensation

:RJC? CH$

CH$,A$

Query reference junction compensation

:SENSor CH$,A$

CH$ = CH1_1 to CH4_15
A$ = K, J, E, T, N, R, S, B, W

Set the sensor type for Voltage/Temperature module

:SENSor? CH$

CH$,A$

Query the sensor type for Voltage/Temperature module