Channel settings (UNIT)

 

Command

Data
(for a query, response data)

Explanation

:AAFilter A$,B$

A$ = CH1_1 to CH27_4
B$ = OFF, ON

Enable/disable the anti-aliasing filter

:AAFilter? A$

A$,B$

Query the anti-aliasing filter enablement

:ADJust

-

Execute zero adjustment

:BALAnce

-

Execute auto-balancing for all Strain module channels

:BALAnce?

A1,A2,A3,…,A108<NR1> = Execution result

Query auto-balancing results for all Strain module channels

:BOUT A$,B$

A$ = CH1_1 to CH27_4
B$ = OFF, ON

Enable/disable thermocouple burnout mode

:BOUT? A$

A$,B$

Query thermocouple burnout mode

:CALIbrate A$

A$ = OFF, ON, SYNC

Set the DVM module calibration

:CALIbrate?

A$

Query the DVM module calibration

:CHBAlance A$

A$ = CH1_1 to CH27_4
B = Execution result

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

:CHBAlance? A$

A$,B<NR1>

Query the result for the selected channel (Strain module)

:CLAMp? A$

A$,B$

A$ = CH1_1 to CH27_4
B$ =
A_20, A_50, A_200, A_500, ERROR, NONE [8971]
A_20, A_50, A_200, A_500, A_1000, A_2000, CT7631, CT7636, CT7642, CT7044, V_1_10000, V_1_1000, V_1_100, V_1_10, V_1, ERROR, NONE [U8977]

Query a mode of current module

:COUPling A$,B$

A$ = CH1_1 to CH27_4
B$ = DC, AC, GND

Set input coupling

:COUPling? A$

A$,B$

Query input coupling

:CSENs A$,B

A$ = CH1_1 to CH27_4
B = 0.1 to 10.0

Set the sensor sensitivity of a Charge module

:CSENs? A$

A$,B

Query the sensor sensitivity of a Charge module

:CURRent A$,B$

A$ = CH1_1 to CH27_4
B$ = DC, RMS

Set DC/RMS in CURRENT Module

:CURRent? A$

A$,B$

Query DC/RMS in CURRENT Module

:DIVFreq A$,B

A$ = CH1_1 to CH27_4
B = 1 to 4096 (Frequency division)

Set the frequency division

:DIVFreq? A$

A$,B<NR1>

Query the frequency division

:FILTer A$,B

A$ = CH1_1 to CH27_4
B = 0 (OFF), 5 to 500000

Set an input filter

:FILTer? A$

A$,B

Query an input filter

:FREQ A$

A$ = HZ_50, HZ_60

Set the notch frequency of DVM moudle

:FREQ?

A$

Query the notch frequency of DVM moudle

:HIGHans A$,B$

A$ = CH1_1 to CH27_4
B$ = OFF, ON

Set the DVM module response

:HIGHans? A$

A$,B$

Query the DVM module response

:HOLD A$,B$

A$ = CH1_1 to CH27_4
B$ = OFF_1, OFF_500, OFF_200, OFF_100, ON

Set the frequency module hold function

:HOLD? A$

A$,B$

Query the frequency module hold function

:LEVEl A$,B

A$ = CH1_1 to CH27_4
B = <Input Voltage Range * (-1)> to <Input Voltage Range * (1)>

Set the frequency module threshold level

:LEVEl? A$

A$,B<NR2>

Query the frequency module hold function

:MODE A$,B$

A$ = CH1_1 to CH27_4
B$ =
K, J, E, T, N, R, S, B, W [8967]
FREQ, RPM, POWER, COUNT, DUTY, PULSE [8970]
DC, RMS [8972, U8974]
A_20, A_50, A_200, A_500, A_1000, A_2000, CT7631, CT7636, CT7642, CT7044, V_1_10000, V_1_1000, V_1_100, V_1_10, V_1, ERROR, NONE [U8977]
VOLT, CHARge, PREamp [U8979]

Set the module mode

:MODE? A$

A$,B$

Query the module mode

:NPLC A$,B

A$ = CH1_1 to CH27_4
B = 0.1, 0.2 to 0.9, 1, 2 to 9, 10, 20 to 90, 100 [MR8990]
B = 1, 10, 100 [U8991]

Set NPLC of DVM module

:NPLC? A$

A$,B<NR2>

Query NPLC of DVM module

:OVER A$,B$

A$ = CH1_1 to CH27_4
B$ = HOLD, BACK, RETUrn

Select Hold/Return when count is out of number

:OVER? A$

A$,B$

Query Hold/Return when count is out of number

:POSItion A$,B

A$ = CH1_1 to CH27_4
B = Position (%)

Set input channel zero position

:POSItion? A$

A$,B<NR1>

Query input channel zero position

:PRANge A$,B

A$ = CH1_1 to CH27_4
B = 10, 20, 50, 100, 200, 400 (V)

Set the input voltage range of the frequency module

:PRANge? A$

A$,B<NR1>

Query the input voltage range of the frequency module

:PROBe A$,B$

A$ = CH1_1 to CH27_4
B$ = X1, X10, X100, X1000

Set probe ratio

:PROBe? A$

A$,B$

Query probe ratio

:RANGe A$,B

A$ = CH1_1 to CH27_4
B = Range (/div)

Set vertical axis range

:RANGe? A$

A$,B

Query vertical axis range

:RENEw A$,B$

A$ = CH1_1 to CH27_4
B$ = FAST, NORMal, SLOW

Set to refresh data

:RENEw? A$

A$,B$

Query the refresh data

:RESPonse A$,B$

A$ = CH1_1 to CH27_4
B$ = OFF, ON [MR8990/U8991]
B$ = FAST, NORMal, SLOW [8967/8972/U8974]

Set the response time

:RESPonse? A$

A$,B$

Query the response time

:RJC A$,B$

A$ = CH1_1 to CH27_4
B$ = INT, EXT

Set reference junction compensation

:RJC? A$

A$,B$

Query reference junction compensation

:RMS A$,B$

A$ = CH1_1 to CH27_4
B$ = DC, RMS

Set the module mode

:RMS? A$

A$,B$

Query the module mode

:RNG A$,B

A$ = CH1_1 to CH27_4
B = Input range

Set measurement range

:RNG? A$

A$,B

Query measurement range

:SENSor A$,B$

A$ = CH1_1 to CH27_4
B$ = K, J, E, T, N, R, S, B, W

Set the sensor type for Temperature modules

:SENSor? A$

A$,B$

Query the sensor type for Temperature modules

:SIDE A$,B$

A$ = CH1_1 to CH27_4
B$ = HIGH, LOW

Set the level of frequency module

:SIDE? A$

A$,B$

Query the level of frequency module

:SLOPe A$,B$

A$ = CH1_1 to CH27_4
B$ = UP, DOWN

Set the slope of frequency module

:SLOPe? A$

A$,B$

Query the slope of frequency module

:SMOOth A$,B$

A$ = CH1_1 to CH27_4
B$ = OFF, ON

Set the smoothing mode of frequency module

:SMOOth? A$

A$,B$

Query the smoothing mode of frequency module

:TEDS? A$

A$,B<NR2>

A$ = CH1_1 to CH27_4
B = 0.000 to 10.000 (0.000:Read failed)

Read TEDS from the Charge Unit.

:TIMIng A$,B$

A$ = CH1_1 to CH27_4
B$ = STARt, TRIG

Set the time to start counting in frequency Module

:TIMIng? A$

A$,B$

Query the time to start counting in frequency Module