Filter
Top Products
VT1422A Command Reference 351Chapter 7
[SENSe]
• Related Commands: CAL:REMote?,[SENSE:]STRAIN…
• *RST Condition: SENSE:FUNC:VOLT AUTO on all channels and bridges set
to FBEN on all strain channels
• Send with VXIplug&play Function: hpe1422_cmd(...)
Usage SENS:FUNC:STRAIN:QUAR:POST 1,(@10000:10007)
quarter bridge conversion for VT1529B
channels 10000 to 10007
SENSE:FUNC:STRAIN:FBEN:POST 1,(@10800:10931)
full bridge conversion for VT1529B
channels 10800 to 10931
(64 channels)
[SENSe:]FUNCtion:TEMPerature
[SENSe:]FUNCtion:TEMPerature <type>,<sub_type>,[<range>,](@<ch_list>)
links channels to an temperature EU conversion based on the sensor specified in
<type> and <sub_type>. Note: Do not include the thermocouple reference
temperature channels in this command (for that, use the SENS:REF
<type>,<sub_type>,(@<channel>) command).
Parameters
Comments
• Resistance temperature measurements (RTDs and THERmistors) require the use
of Current Source Signal Conditioning Plug-Ons. The following table shows the
Current Source setting that must be used for the following RTDs and Thermistors:
• The VT1422A has five ranges: 0.0625 V dc, 0.25 V dc, 1 V dc, 4 V dc, and
16 V dc. To select a range, simply specify the range value (for example, 4 selects
the 4 V dc range). If a value is specified larger than one of the first four ranges,
the VT1422A selects the next higher range (for example, 4.1 selects the 16 V dc
range). Specifying a value larger than 16 generates an error. Specifying 0 selects
the lowest range (0.0625 V dc). Specifying AUTO selects auto range. The default
range (no range parameter specified) is auto range.
Parameter
Name
Parameter
Type
Range of
Values
Default
Units
type discrete (string) RTD | THERmistor | TCouple none
sub_type numeric (float32)
numeric (float32)
discrete (string)
for RTD, use 85 | 92
for THER, use 2250 | 5000 | 10000
for TC, use CUSTom | E | EEXT |
J|K| N |R|S|T
none
ohms
none
range numeric (float32) see comments
Vdc
ch_list channel list (string) 100 - 163 none
MAX (488 µA)
for RTD and THER,2250
MIN (30 µA)
for THER,5000 and THER,10000