Description
Product Introduction & Engineering Value
The GE DS200SLCCG1AEG is a LAN Communications Control Card designed for GE’s legacy DS200/Mark V control architecture. The board handles communication-related functions while also providing local processing associated with the control system.
For maintenance teams keeping an older GE installation operational, this board can be a critical spare. The important point is identification. DS200SLCC variants can have different configurations, so a replacement should be matched by the complete part number rather than by the general SLCC family designation.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | General Electric |
| Part Number | DS200SLCCG1AEG |
| Product Family | DS200 |
| Board Family | DS200SLCC |
| Board Type | LAN Communications Control Card |
| Control Platform | GE Mark V |
| Configuration | G1AEG |
| Primary Function | LAN communications and control-system processing |
| PCB Format | GE industrial control printed circuit board |
| Application | Legacy GE drive/control systems |
| Replacement Method | Exact part-number and revision matching recommended |
| Stock Conditions | New surplus, refurbished, or used, depending on supplier |
Important: Exact communication ports, network protocol implementation, processor specifications, memory configuration, and connector assignments should be verified against the applicable GE documentation for the installed system. Those details should not be inferred solely from the DS200SLCC family name.
Field Application & the “Trench” Experience
A communication-board failure in a legacy control system rarely looks clean. One moment the drive is running; the next, operators see communication alarms, missing status information, or intermittent control behavior.
Consider a planned maintenance event on a Mark V installation. The team isolates the fault to the DS200SLCCG1AEG, but instead of immediately installing the spare, they record the original board’s jumper positions, firmware information, connector wiring, and revision markings. The replacement is installed and communication is checked at the system level.
That extra documentation step prevents a common mistake: assuming that a communication board is correctly configured simply because it powers up.
Niche application scenarios
- GE Mark V turbine control communication: maintaining data exchange between legacy control hardware and associated drive/control equipment.
- Industrial drive network maintenance: replacing a failed communications PCB without replacing the complete control assembly.
- Legacy plant automation infrastructure: keeping a Mark V-based control cabinet operational while longer-term modernization is planned.
Transparency SOP: QA & Testing
A credible DS200SLCCG1AEG QA process should include more than a visual inspection.
- Part-number confirmation — Verify
DS200SLCCG1AEGand all available board/revision markings. - Physical inspection — Check the PCB, connectors, components, solder joints, mounting points, and evidence of corrosion or previous repair.
- Configuration check — Record jumpers, switches, and other configuration hardware where applicable.
- Electrical screening — Check for shorts, abnormal resistance, damaged components, and visible power-circuit problems.
- Communication/function test — Where compatible Mark V test equipment is available, verify the board’s communication and control functions under controlled conditions.
- Traceability record — Document test status, condition, serial information when available, and warranty coverage.
For a New Surplus board, ask whether it is genuinely unused inventory and whether any electrical testing was performed before shipment.

DS200SLCCG1AEG

DS200SLCCG1AEG
The Veteran’s Tech Trap Guide
⚠️ Trap #1 — SLCC is a family, not a single configuration.
Do not order a generic “DS200SLCC” and assume it is equivalent to DS200SLCCG1AEG. The complete suffix matters.
⚠️ Trap #2 — Firmware and configuration can matter as much as the PCB.
If the replacement behaves differently from the original, don’t immediately condemn the board. Compare firmware, revision information, jumper/switch settings, and the system configuration.
PRO TIP: Before removing the original card, photograph every label and configuration point. If the replacement needs to be returned, those records also provide useful evidence that the correct board was installed and configured.
⚠️ Trap #3 — A powered board is not necessarily a communicating board.
After installation, verify the actual communication path and system status rather than stopping at “the LEDs came on.”
Dynamic FAQ
What is the GE DS200SLCCG1AEG?
The is a LAN Communications Control Card in GE’s DS200 family, associated with legacy Mark V drive and control systems.
What does the SLCC board do?
The SLCC board provides communication-related functions and local processing within compatible GE control equipment. The exact network interfaces and application functions depend on the specific board configuration and installed system.
Can another DS200SLCC board replace the DS200SLCCG1AEG?
Not automatically. The complete part number and configuration should be matched. Confirm hardware revision, firmware, configuration settings, connectors, and application requirements before substitution.
What should I check before ordering this board?
Provide the supplier with the complete number, photographs of the actual board, revision markings, and the equipment in which it is installed. For a critical spare, also confirm the actual stock condition and test status.
How do I verify New Surplus authenticity?
Ask for photographs of the actual board rather than catalog images. Confirm whether it has ever been installed, repaired, modified, or electrically tested. “New Surplus” terminology can vary between suppliers.
Does the board come with a warranty?
Warranty coverage depends on the supplier and stock condition. Confirm the warranty duration, DOA/return policy, and testing documentation before purchasing, particularly when the board is intended as a critical Mark V spare.




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