GE DS200PCCAG6A Power Coupling Board

GE DS200PCCAG6A Power Coupling Board

Part Number DS200PCCAG6A Manufacturer General Electric Country of Manufacture As Per GE Manufacturing Policy Series Mark V Function Module Availability In StockDS200PCCAG6A is a Power Coupling Board manufactured by General Electric as part of the Mark V Series used in gas turbine control management systems. This is one of several versions of power connect cards available from Control Systems. The PCCA uses pulse transformers to provide gate drive to the SCR bridge. 

For low, to medium horsepower controllers, the PCCA also includes snubber circuits to control spikes across the ac lines, dc bus, and gate drivers. DS200PCCAG6A Features The Power Connect Card connects the drive's control circuitry to the SCR power bridge. The PCCA board provides gate drive to the SCR bridge via pulse transformers. The PCCA board includes snubber circuits to control spikes across the ac lines, dc bus, and gate drivers for low-to-medium horsepower controllers. 

Some or all of the snubber circuits are omitted from the board for higher horsepower controllers and are located elsewhere in the system. DS200PCCAG6A Application Data Board Hardware The board includes configurable jumpers and wiring plug connectors (but no LEDs, fuses, testpoints, or switches). Configurable Jumpers (JP and WP) JP1, JP2, WP3, and WP4 wire jumpers are located on the PCCA board. Jumpers JP1 and JP2 must be connected to the stab terminals P3 through P10 that correspond to the card group number and system voltage. WP3 and WP4 jumpers are used to connect stab terminals P2A and P2B, and P1A and P1B, respectively. These jumpers determine whether the PCCA snubber capacitors are connected to the same power bridge point as the voltage feedback channel. Board Connectors JP1, JP2, WP3, and WP4 wire jumpers are located on the board. Jumpers JP1 and JP2 must be connected to the stab terminals P3 through P10 that correspond to the card group number and system voltage. 

WP3 and WP4 jumpers are used to connect stab terminals P2A and P2B, and P1A and P1B, respectively. These jumpers determine whether the PCCA snubber capacitors are connected to the same power bridge point as the voltage feedback channel. DS200PCCAG6A Replacement Procedure Turn off the drive and wait several minutes for all of the capacitors to discharge. Before touching any electrical circuits, make sure the power is turned off. 

Open the cabinet door on the equipment to gain access to the printed wiring boards. This reveals the drive controller card, which is visible from the front (in the front board carrier). The PCCA board is mounted behind the drive control on the back of the board carrier (the power supply board is mounted on the front). Lift the front board carrier (with the drive control card) and tilt it forward and down by pulling the lock tabs on either side of the board rack. To access the board, lift the second board carrier (with the power supply board) and tilt it forward and down. Disconnect all cables from the PCCA board with care as follows: For ribbon cables, grasp each side of the cable connector that mates with the board connector and gently pull the cable connector free For pull-tab cables, carefully pull the tab. Release the PCCA board from the board carrier by pushing back on the six plastic snaps (holders). Double-check that all jumpers on the new (replacement) PCCA board are in place.

The DS200PCCAG6A is one of several versions of power connect cards available from GE Industrial Control Systems for use within Mark V turbine control systems. These kinds of boards are typically also compatible with GE exciters and drives. This Mark V Series is a legacy series given its eventual discontinuation of manufacturing in the many years after its initial General Electric release, although it additionally exists as one of the final General Electric product series to make use of the company's patented Speedtronic control system technology. The Mark V Turbine Control System Series' DS200PCCAG6A printed circuit board, while definable as a Power Connect Card, is not the originally-designed product of that specific functionality to exist within the Mark V Series; that would be the DS200PCCAG6 parent Power Connect Card missing this DS200PCCAG6A product offering's A-rated functional product revision.

Hardware Tips and Specifications

Like any GE PCB offered in our new and reconditioned inventory; this DS200PCCAG6A PCB makes use of several notable hardware component inclusions and specifications to gain its true intended Mark V Series functional role. PCCA boards are populated with pulse transformers that are used for gate drive functions to the SCR bridge. Some of these boards also provide snubber circuits for the dampening of power spikes across gate drivers, dc bus and ac lines. Higher horsepower controllers like the G6A typically have these functions located elsewhere in the system. The DS200PCCAG6A fits within J, K, and M frames within its greater Mark V Series automated drive assembly. It is compatible with a DCFB power supply board and uses leg fuses and reactors. The board has six transformers located in one line, with locations marked on the board for six other transformers that are located on other versions of the board. This version of the board also lacks jumpers, which most other versions include. Other DS200PCCAG6A board components include multiple plug connectors that typically line up with the previously mentioned transformers. This DS200PCCAG6A product offering's unique group six Mark V Series product grouping is responsible for many of this DS200PCCAG6A PCB's hardware specifications; revealing this DS200PCCAG6A product offering's:

Absence of any snubber component

Compatibility with the DCFB Power Supply Board

Maximum Ac voltage of 1500 V rms

Separate or Common accepted styles of bus transformers