Rockwell Automation Publication MOTION-RM003I-EN-P - February 2018 255
This enumerated value indicates what inverter overload protection method is
being used by the CIP Motion device.
Thermal Model inverter overload protection applies the measured motor current
to an internal inverter thermal model to detect an inverter overload condition.
I
2
T Overload inverter overload protection applies an I
2
T calculation once the
inverter current exceeds the product of the Inverter Overload Limit and the
Inverter Rated Continuous Current that indicates an inverter overload condition.
Converter Overload Protection Method
Usage Access T Data
Type
Default Min Max Semantics of Values
Optional- BD Get/GSV T USINT - - - Enumeration:
0 = Thermal Model
1 = I
2
T Overload
This enumerated value indicates what converter overload protection method is
being used by the CIP Motion device.
Thermal Model converter overload protection applies the measured converter
current to an internal converter thermal model to detect a converter overload
condition.
I
2
T Overload converter overload protection applies an I
2
T calculation once the
converter current exceeds the converter overload current limit that indicates a
converter overload condition.
Bus Regulator Overload Protection Method
Usage Access T Data
Type
Default Min Max Semantics of Values
Optional- BD Get/GSV T USINT - - - Enumeration:
0 = Thermal Model
1 = I
2
T Overload
This enumerated value indicates what bus regulator overload protection method is
being used by the CIP Motion device.
Thermal Model converter overload protection applies the measured bus regulator
current to an internal bus regulator thermal model to detect a bus regulator
overload condition.
I
2
T Overload bus regulator overload protection applies an I
2
T calculation once the
bus regulator current exceeds the factory set bus regulator overload current limit
that indicates a bus regulator overload condition.
To Next Page
Loading...
Need help?
General
