Frequently Asked Questions about 6V41-027TA
What size frame does a GV6000 6V41-027TA have?
A 6V41-027TA has a size 2 frame according to the GV6000 AC Drive User Manual.
What is the motor-operated potentiometer function on a 6V41-027TA?
The MOP function on a 6V41-027TA uses digital inputs to increment or decrement the speed reference on a 6V41-027TA at a programmed rate. The MOP function on a 6V41-027TA GV6000 has the following components:
-MOP Frequency parameter
-MOP Rate parameter
-Save MOP Ref parameter
-MOP increment input parameters 361 to 366
-MOP decrement input parameters 361 to 366
Where can I find a visual aid to help me locate terminal block locations on a 6V41-027TA?
The GV6000 AC Drive User Manual has a diagram in section 2.5 of the manual that shows where power terminal blocks are in frame sizes 1-6. A 6V41-027TA has three power terminal block locations according to the diagram in the manual and because the manual previously identifies 6V41-027TA as having a size 2 frame. The diagram in the manual displays where the power terminal blocks are on a 6V41-027TA or any GV6000 drive with a 2 frame size.
What is the difference between alarms and faults on a 6V41-027TA?
GV6000 6V41-027TA drives have both alarms and faults. Alarms on a 6V41-027TA indicate conditions that may affect drive operation or application performance on your 6V41-027TA. Faults are errors on your 6V41-027TA that need immediate attention. User-configurable alarms can often lead to a fault condition on a 6V41-027TA if left untreated. GV6000 drives also have specific alarm status parameters along with separate fault code errors. View the manual for alarm descriptions and fault code descriptions on a 6V41-027TA.
Where can I find a manual for my 6V41-027TA?
AX Control will send you a link to the GV6000 AC Drive User Manual upon request to help you with your 6V41-027TA.
