Mark V Series DS200PCCAG1ACB PCB Power Connect Card

DS200PCCAG1ACB

The Mark V Series DS200PCCAG1ACB PCB Power Connect Card

About the DS200PCCAG1ACB

This DS200PCCAG1ACB Power Connect Card Assembly is an important member of the Mark V Series developed by industry-respected retailer giant General Electric.

The Mark V Series from GE is the latest product series released using assistance from General Electric's patented Speedtronic technology.  This DS200PCCAG1ACB Power Connect Card Assembly actually does not exist as the original Power Connect Card Assembly in General Electric's Mark V Series, as it was preceded by the DS200PCCAG1A parent printed circuit board.

This DS200PCCAG1ACB Power Connect Card actually modified this original PCB product through its addition of three viable product revisions;  An A-rated functional revision, A C-rated functional revision, and a B-rated artwork revision.

Hardware Tips and Specifications

The GE DC Power Connect Board DS200PCCAG1ACB serves as an interface between the drive and the SCR power bridge.

Before you replace the DS200PCCAG1ACB board, in order to have the best use out of your GE DC board, check the diagnostics information available on the drive to verify that the drive is defective or is in need of repair.

The first diagnostic indication of trouble on the Mark V Series drive involving this PCB might be a trip condition on the drive.  For example, if the drive overheats, the motor will shutdown and a message will display indicating the problem.

If that occurs, corrective action involves a check on the ventilation of the drive and the temperature of devices around the drive.

Another indication of trouble is the LED indicators on this device's attached control panel.

If an LED indicator is lit, it indicates that a fault condition has occurred.

The drive diagnostics, also available through the control panel, provide information on all aspects of the drive operation.

Diagnostics is a view-only file and can help you pinpoint any problem.

The DS200PCCAG1ACB features no fuses, indicator LEDs, test points, or switches so the opportunity for troubleshooting the board is limited.

However, the board does contain four jumpers that can be used to configure the behavior of the board in the drive.

With the use of these labeled jumpers, you can configure the operation of the capacitors as they relate to the power bridge and the voltage feedback channel.