Fluke 5320A - Page 118

5320A
Users Manual
5-28
Example: SAF:IDD:NOM 0.01 Differential Leakage Current function with
10 mA nominal current setting.
Query: SAF:IDD:NOM? Returns the value of the nominal current
setting.
Note: Nominal leakage current is valid for all leakage current modes (IDA,
IDP, IDS and IDD).
[SOUR]:SAF:IDD[:CURR]:INST?
Description: This command returns the instantaneous measured current flowing
through the calibrator. If not already selected, it also switches the
Calibrator to the Differential Leakage Current function.
Query: SAF:IDD:INST? Returns the value of the instantaneous
current flowing through the Calibrator.
[SOUR]:SAF:IDD[:CURR]: RES?
Description: This command returns the measured current flowing through the
UUT. If not already selected, it also switches the Calibrator to the
Differential Leakage Current function.
Query: SAF:IDD:RES? Returns the value of the resulting measured
UUT current.
[SOUR]:SAF:RCDT:TIME (?) <DNPD>
Description: This command sets the nominal value of trip time for the RCD Trip
Time function. If not already selected, it also switched the Calibrator
to the RCD Time function.
Parameters: <DNPD> The value of trip time expressed in seconds.
Refer to the RCD specifications in Chapter 1
for the acceptable range of values for this
function.
Example: SAF:RCDT:TIME 0.055 RCD Trip Time function with a trip time of
55 ms.
Query: SAF:RCDT:TIME? Returns the value of the trip time setting.
[SOUR]:SAF:RCDT:CURR?
Description: This command returns the measured trip current. If not already
selected, it also switches the Calibrator to the RCD Time function.
Query: SAF:RCDT:CURR? Returns the measured trip current.
[SOUR]:SAF:RCDT:RPOS(?) <DNPD>
Description: This command selects one of the 16 resistances available in the RCD
Time function. The index of resistance is from 0 (25 mΩ) to 15
(2 kΩ). If not already selected, it also switches the Calibrator to the
RCD Time function.
Parameters: <DNPD> Index number of the desired resistance. The range
is 0 (25 mΩ) to 15 (2 kΩ).
Example: SAF:RCDT:POS 2 RCD Time function with 100 mΩ (position 2).