Product Overview

The GE DS200PCTMG1AAA is an Advanced Drive Board used in Mark V / Speedtronic legacy control and drive cabinet architectures. As a printed circuit board assembly, it supports drive-related control and interface functions within the system backplane or board carrier, helping coordinate signal conditioning, inter-board routing, and control electronics used by the Mark V platform.

This board is typically applied in installed-base turbine/drive control systems where maintaining original cabinet design, wiring interfaces, and board-level diagnostics is required. It is handled as a static-sensitive PCB and should be installed using standard ESD controls and cabinet grounding practices.

Hardware Parameters

• Model / Order Number: DS200PCTMG1AAA

• Product Family: Mark V

• Product Type: Advanced Drive Board (PCB)

• System Type: DCS / turbine & drive control cabinet electronics

• Board Form Factor: DS200 series PCB for Mark V board carriers (system dependent)

• Functional Role: Advanced drive control/interface board supporting cabinet-level drive electronics and internal signal routing (application dependent)

• Installation Method: Mounted to a Mark V board carrier using insulated mounting points; secured with standard cabinet hardware

• Serviceability Features:

• Marked connectors and component reference designators for maintenance tracing

• Test points and board-level indicators may be present depending on system build and revision

• Handling and Storage:

• ESD-sensitive assembly; use grounded wrist strap and static-safe surface

• Avoid contact with components and edge connectors during installation

• Condition: Brand New

• Availability: In Stock

• Lifecycle Status: Active

• Product Origin: USA

• Weight: 0.34 kg

• Dimensions: 28 × 21.2 × 2.5 cm

• HS Code: 8537101190

• MOQ: 1

Industrial Applications

• Replacement PCB for Mark V cabinets used in turbine control and associated drive systems

• Lifecycle spares for installed Speedtronic Mark V control platforms requiring board-level maintenance

• Refurbishment projects where cabinet electronics must remain consistent with original I/O wiring and inter-board interfaces

• Critical control panels in power generation and heavy industry where legacy Mark V infrastructure remains in service