GE DS200SDCCG1AEC Drive Control Card – Central control board for GE DC/AC/EX2000 drive systems

The GE DS200SDCCG1AEC is a Drive Control Card (SDCC) used as the primary control board in many GE industrial drive platforms (typically DC2000, AC2000, and EX2000 families). It consolidates the main processor, critical analog/digital I/O, and the coordination logic that links feedback, gate control, and protection routines. From my experience, this is the board maintenance teams reach for when a GE drive won’t start, trips unexpectedly, or needs a firmware-matched replacement to get production back online quickly.

Company’s Order Placement Process and Guarantees

• Warranty: 365 days
• Delivery: 1 week if in stock; no more than one month at the latest
• Payment: 50% advance payment; full payment before delivery
• Express options: FedEx, UPS, DHL
• Pre-shipment tests: Functional checks and visual inspection (photos or test report available on request)

Key Features

• Centralized drive control – Coordinates speed/torque loops, protection, and sequencing in GE drive cabinets.
• Mixed-signal I/O – Supports typical analog ±10 V interfaces and digital logic for interlocks and feedback handling.
• Backplane integration – Plugs directly into the GE drive backplane with ribbon and edge connectors to simplify wiring.
• Compatible with companion boards – Works with communication and I/O expansion boards (for example, DS200SLCC for LAN/serial in many cases).
• Field-replaceable – Drop-in replacement for the same revision family; settings and jumpers can be matched from the original card.
• Diagnostics support – On-board indicators and test points help maintenance teams verify power rails and basic health.

Technical Specifications

Brand / Model	GE DS200SDCCG1AEC (Drive Control Card, SDCC)
HS Code	8538.90.00 (Parts for switchgear/control gear)
Power Requirements	+5 VDC logic and ±15 VDC analog, typically supplied by the host drive backplane
Dimensions & Weight	Approx. 280 × 190 mm; ~0.5–0.6 kg (typical board-level)
Operating Temperature	0 to +60°C, non-condensing (cabinet-rated environment)
Signal I/O Types	Mixed analog (commonly ±10 V) and digital I/O; encoder/tach feedback via companion modules
Communication Interfaces	Internal backplane bus; supports optional LAN/serial via DS200SLCC or similar in many systems
Installation Method	Mounted inside GE drive cabinet with standoffs/screws; connected by ribbon and edge connectors
Compatible Systems	Commonly used in GE DC2000, AC2000, and EX2000 drive families (verify by cabinet part list)

Note: Specific jumper settings and firmware/component revisions can vary by drive firmware level and site standard. We can check compatibility by your cabinet nameplate or the original card’s full model code.

Application Fields

This card is typically deployed in heavy-duty and continuous process environments where uptime is critical:

• Steel and metals (roughing mill drives, coilers, unwinders)
• Pulp & paper (press sections, winders, calender drives)
• Mining & aggregates (conveyors, hoists, crushers)
• Oil & gas / petrochem (pumps, fans, blowers within drive systems)
• Utilities and water (high-inertia pumps and aeration blowers)

One maintenance supervisor told us their line restart time dropped from hours to minutes after swapping in a matched DS200SDCCG1AEC—no rewiring, just transferring settings and a quick functional check.

Advantages & Value

• Reliability – Proven in harsh industrial cabinets; components selected for stable long-term operation.
• Form-fit-function compatible – Eases replacement planning and minimizes downtime when matching revision families.
• Cost-effective lifecycle support – Keeps legacy GE drive assets running without a full cabinet retrofit.
• Technical support – Assistance with revision cross-checks, jumper maps, and start-up notes to reduce commissioning risk.

Installation & Maintenance

• Environment – Install in a clean, ventilated drive cabinet (typ. IP54 or better), away from direct moisture and conductive dust.
• Wiring & connectors – De-energize, discharge DC bus, observe ESD controls. Label ribbon connectors before removal to avoid miswiring.
• Jumpers & potentiometers – Match jumper positions and trim-pot settings from the old board; document with photos for traceability.
• Start-up checks – Verify +5 V and ±15 V rails, confirm I/O references, and perform a low-speed jog test before returning to full load.
• Routine care – Quarterly cabinet dusting with dry air, annual terminal re-seating, and periodic inspection of connectors for oxidation.
• Firmware & spares – Keep a matched-revision spare; where applicable, store programmed devices in ESD-safe packaging.

Quality & Certifications

• Manufacturer standards – Produced by GE within ISO 9001-certified quality systems.
• CE/UL context – Typically used as a component within CE/UL-compliant drive systems; board-level markings vary by production batch.
• RoHS – Status can vary with vintage; we can confirm the exact compliance state by serial/lot.
• Warranty – 365-day warranty from our company, covering repair or replacement under normal use.

Helpful Related Parts (often paired)

• DS200SLCC series – LAN/serial communication card used with many SDCC deployments
• Drive-specific feedback or I/O interface modules for encoder/tach and process interlocks

If you can share your cabinet model, original card photo, and the full code “DS200SDCCG1AEC,” we’ll verify compatibility the same day and advise on any revision nuances. You might notice that, in many cases, having the right revision saves an extra re-tuning step during commissioning.