Omicron CIBANO 500 PTM - Page 208

CIBANO 500 PTM User Manual
208 OMICRON
Table 17-61: Settings of the Motor Current test
Setting Description
Motor supply
Supply source Click CIBANO 500 to supply the motor with CIBANO 500.
Click External source to supply the motor externally.
Supply settings
1,2
1. Only available in the guided test workflow and if CIBANO 500 is selected as source
2. Data taken from the nameplate
Select the preconfigured motor supply setting from the asset data or select
Custom to enter custom settings.
Motor supply voltage Rated voltage of the motor supply
Click AC or DC for AC or DC motor supply voltage respectively.
Test frequency Motor supply frequency (AC only)
Max. supply duration Maximum duration of supplying the motor if not stopped automatically
Coil supply
Supply source Select one of the following supply-source options:
• CIBANO 500 to supply the coils with CIBANO 500.
• External source to supply the coils with the source connected to VIN.
• Control board to supply the coils with a control-board switch.
3
3. Only available if the trip and/or close signals are configured on the IOB1 module.
Supply settings
1,2
Select a preconfigured coil supply setting from the asset data or select
Custom to enter custom settings.
Coil supply voltage Rated voltage of the coil supply
Click AC or DC for AC or DC coil supply voltage respectively.
Test frequency Coil supply frequency (AC only)
Trip signal
4
4. Only available if Control board is selected as supply source.
Select whether the rising or falling edge of the trip signal opens the circuit
breaker.
Close signal
4
Select whether the rising or falling edge of the close signal closes the circuit
breaker.
Current clamp settings
5
5. Only available if at least one output in group B is set to I clamp x.
Channel Group B I/O socket
Ratio Current clamp ratio
I max Maximum current of the selected probe range
Trigger setting
6
6. Only available if VIN, or one output in group A or group B is set to Trigger IN.
Threshold Threshold value of the trigger signal
The measurement starts if the trigger signal rises above (rising edge) or falls
below (falling edge) the threshold.
Edge type Rising or falling edge