Product Core Brief
- Model: IC200MDL632D
- Brand: GE / GE Fanuc
- Series: VersaMax IC200
- Core Function: Provides 16 isolated 125VDC discrete inputs for VersaMax PLC systems with positive/negative logic support.
- Product Type: Discrete DC input module
- Key Specs: 16 isolated inputs | 125VDC | Positive/negative logic | Grouped isolation | Backplane-powered
- Condition: New Original (New Surplus) / Factory Sealed
Product Introduction (Rotation Engine)
A single grounded field wire should not take down an entire input card. The is a 16-point 125VDC isolated discrete input module for the GE VersaMax IC200 platform, designed to accept high-voltage DC status signals from switches, relays, interlocks, and auxiliary contacts while keeping input groups electrically separated.
For maintenance teams, this module reduces diagnostic noise. Isolated input groups prevent a fault on one channel from dragging down adjacent channels, which shortens troubleshooting during commissioning or outage replacements. Using a verified keeps the existing VersaMax configuration intact and avoids undocumented substitutions.
Key Technical Specifications
| Parameter | Value |
|---|---|
| Manufacturer | GE / GE Fanuc |
| Model | |
| Product Type | Discrete DC Input Module |
| Platform | GE VersaMax IC200 |
| Input Count | 16 points |
| Input Voltage | 125VDC |
| Logic Type | Positive / Negative logic |
| Isolation | Isolated input groups |
| Power Source | Backplane-powered |
| Status Indication | Per-point LED indicators |
| Mounting | VersaMax I/O carrier |
| Condition | New Original (New Surplus) / Factory Sealed |
Key Selling Points & Differentiators
- OEM GE VersaMax 125VDC input module for high-voltage discrete monitoring.
- 16 isolated inputs improve fault separation versus non-isolated cards.
- Supports positive and negative logic wiring for flexible field integration.
- Factory-sealed surplus reduces contamination and handling risk.
- Suitable for power generation, turbine auxiliary systems, and industrial DC interlock circuits.
- Not recommended for 24VDC or 48VDC applications; use IC200MDL640/650 or IC200MDL635/636 instead depending on voltage and isolation needs.
Quality Transparency SOP (DYNAMIC GENERATION)
- Visual inspection for cracked housings, burnt terminals, corrosion, and damaged connector pins.
- Carrier seating verification to confirm proper backplane contact and module alignment.
- Input channel verification using a calibrated DC source to validate 125VDC on/off thresholds per group.
- Isolation resistance check between input groups to confirm separation integrity.
- LED status verification and final ESD-safe packaging with tamper-evident seal.
Technical Risk Avoidance (DYNAMIC GENERATION)
❗ Verify the suffix before substitution. IC200MDL632D may differ from earlier IC200MDL632 revisions in firmware mapping or electrical characteristics.
❗ Do not wire 24VDC or 48VDC sensors to this module. It is specified for 125VDC discrete inputs; incorrect voltage causes unreliable operation.
❗ Confirm positive/negative logic wiring. Reversing common and field polarity can invert input status if the application expects a specific logic convention.
❗ Check backplane power budget. The module is backplane-powered, so ensure the carrier and power supply can support the installed I/O load.
Buyer’s FAQ
1. Is IC200MDL632D a genuine GE part?
Yes. It is a GE VersaMax IC200-series 16-point 125VDC isolated discrete input module.
2. What is the lead time?
In-stock units typically ship within 1–2 business days after payment confirmation. Confirm availability before scheduling maintenance.
3. Is this new surplus or refurbished?
This listing refers to new original surplus, factory-sealed when available. Refurbished modules are a separate inventory category.
4. Can replace IC200MDL632?
Often yes, but the “D” suffix should be verified against your existing configuration, wiring, and firmware mapping before replacement.
5. What warranty is included?
Standard warranty is 12 months from shipment for new original surplus modules, covering manufacturing defects and DOA failures. Wiring errors and overvoltage damage are excluded.









