Product Overview

The GE DS200PCCAG5ACB is a Mark V Speedtronic Power Connect Card (PCCA) used in high-power drive and turbine control assemblies. It serves as an interface between the SCR power bridge hardware and the drive control circuitry by routing and conditioning gate drive pulse signals through onboard pulse-transformer circuitry. This card is typically applied in Mark V cabinet systems where reliable gate pulse distribution and power-stage interconnection are required for controlled rectifier operation.

The DS200PCCAG5ACB is a multi-revision variant within the DS200PCCA family. It is a static-sensitive PCB and should be handled and installed using standard ESD precautions and proper cabinet grounding practices.

Hardware Parameters

• Model / Order Number: DS200PCCAG5ACB

• Product Family: Mark V

• Product Type: Power Connect Card (PCCA)

• System Type: Mark V / Speedtronic control cabinet electronics

• Primary Role: Gate pulse interface between SCR power bridge and control circuitry

• Gate Drive Method: Pulse transformer coupling for gate pulse signal transfer

• Connectors: 12 plug connectors for gate pulse distribution and board interconnections

• Typical Interfacing Board: Power supply board commonly referenced as DCFB-type (system dependent)

• Mechanical Features: Insulated mounting holes and board carrier mounting provisions

• Frame Compatibility Reference: Commonly associated with J, K, and M style frame applications (system dependent)

• Handling Requirement: ESD-sensitive PCB, use grounded wrist strap and static-safe work surface

• Condition: Brand New, In Stock, Active

• Origin: USA

• Weight: 0.34 kg

• Dimensions: 28 × 21.2 × 2.5 cm

• HS Code: 8537101190

• MOQ: 1

Industrial Applications

• Replacement PCCA board for Mark V Speedtronic turbine control and drive cabinets

• SCR bridge interface hardware for high-power rectifier and excitation systems

• Lifecycle support and spare parts for legacy Mark V installations

• Refurbishment projects restoring gate pulse distribution and power-stage interconnection functions