GE DS200DMCBG2A DS200DMCBG2AKG DUP Processor Board

The GE DS200DMCBG2A DS200DMCBG2AKG handles digital output processing for the Mark V system. This board executes control logic and drives external actuators. Therefore, it serves as a critical computing element in your turbine setup.

Product Overview

We equipped this processor board with a dedicated DOS-based operating system. Its architecture prioritizes deterministic execution for time-sensitive control tasks. Moreover, this unit supports field firmware updates without removing the board.

Technical Specifications

Parameter	Specification
Dimensions	29.2 cm (length) x 14.0 cm (width)
Weight	0.61 kg (approximately 1.34 lb)
Interface Type	Dual 64-pin backplane connectors
Component Count	212 components including CPU and memory chips
Energy Storage	4 tantalum capacitors plus one supercapacitor (0.5 F)
Processor	16-bit microcontroller at 16 MHz
Memory	128 KB RAM, 512 KB flash
Output Channels	16 discrete digital outputs

Processing Architecture

The GE DS200DMCBG2A DS200DMCBG2AKG executes user logic in real-time loops. Its supercapacitor preserves RAM contents during power interruptions of up to 30 minutes. Additionally, onboard LEDs indicate processor status for each execution cycle. You can monitor heartbeat flashes to confirm normal operation.

Installation & Commissioning

Insert this board only into a DUP slot with proper keying. Align the GE DS200DMCBG2A DS200DMCBG2AKG carefully with both backplane connectors. Apply even pressure until you feel both latches engage fully. Then download your control program through the serial debug port.

Memory Management

The flash memory stores up to 512 KB of application code. This supercapacitor provides energy for data retention during brief outages. Furthermore, you can replace the supercapacitor separately when its life expires. Expect approximately five years of service from this energy storage component.

Typical Deployments

Many turbine control panels use the GE DS200DMCBG2A DS200DMCBG2AKG for valve positioning tasks. This board also manages burner management sequences in gas turbines. Its deterministic execution suits safety-critical applications well.