Description
Note: Many products are not yet listed. Please contact us for more product information. Our supply channels are constantly expanding, and we currently have 20 stable shared supply channels. Please confirm the model, product, price, and all other necessary information with customer service before placing an order. We offer new, refurbished, and used products, and prices are adjusted according to the year of the item you require.
3. Product Introduction
When a legacy Schneider rack faults and the OEM lead time stretches past your maintenance window, a bench-tested spare beats a capital project. The C4001011100 drops into the designated backplane slot and carries the control function assigned to that position. Published data on this catalog number is thin, so confirm the revision and mating connector before you buy (—though your mileage may vary depending on rack revision). Availability, not spec-sheet bravado, is the real edge here.
C4001011100
C4001011100
C4001011100
C4001011100
C4001011100
4. Key Technical Specifications
| Parameter | Value |
|---|---|
| Catalog Number | C4001011100 |
| Brand | Schneider Electric |
| Product Type | Industrial control module board |
| Mounting | Backplane/rack slot — verify slot keying |
| Supply Voltage | Verify with OEM datasheet |
| Current Draw | Verify with OEM datasheet |
| I/O Count / Type | Verify with OEM datasheet |
| Communication Interface | Verify with OEM datasheet |
| Operating Temperature | Verify with OEM datasheet |
| Firmware/Revision | Must match existing rack revision |
| Condition | New Surplus or Refurbished |
| Warranty | 12 months |
5. Field Application & Technical Pitfalls (The Engineer’s Guide)
Where this board is critical:
- Aging process lines where a Schneider rack controls pumps, valves, or interlocks and no drop-in migration exists.
- Water and wastewater plants running older Schneider control systems where the board sits in a backplane slot tied to analog or digital I/O.
- Packaging and material handling cells kept on life support because the mechanical side still runs fine and replacing the controls is a capital project, not a maintenance order.
Three pitfalls that bite during replacement:
- Revision and EPROM mismatch. Two boards with the same catalog number can carry different firmware or EPROM sets. Warning: match the revision to the existing rack before power-up. Well, technically the label tells you the revision — but only if the sticker hasn’t rubbed off.
- Jumper and DIP switch settings. A replacement board often ships with factory defaults. Warning: copy the jumper block configuration from the old board — take a photo before you pull it, especially the header near the left edge.
- Backplane power and ESD exposure. Warning: kill rack power before removal. The edge connector is static-sensitive; ground yourself and use an anti-static bag. Also confirm the backplane supply is within spec, because a tired power supply can fault a good replacement board.
Lesson learned: A tech swapped a failed board for a spare with the right catalog number but the wrong jumper set. The rack powered up, passed self-test, then faulted every channel on the third terminal block from the left. Root cause: a single jumper moved from position 2–3 to 1–2. Twenty minutes of production lost to a config check nobody performed.
6. Quality Control (QC) SOP & Transparency
- Inbound Verification. Each board is checked against the OEM packing list, label typography, serial number format, and date-code range. Counterfeit indicators are logged before the unit enters stock.
- Live Rig Testing. The board is seated in a compatible Schneider backplane test fixture, powered on, and allowed to complete self-test. Communication and I/O handshakes are exercised where the test rack supports them.
- Parameter Testing. Supply rails, current draw, and connector continuity are checked against the OEM datasheet where published. Any undocumented value is flagged for buyer confirmation rather than guessed.
- Final QA & Packaging. The board ships in an anti-static bag with a QC-passed label, a test record showing the revision we verified, and photos of the jumper configuration when available.
7. Frequently Asked Questions (FAQ)
Is this board safe to hot-swap? No. Remove rack power first. Legacy backplanes were not designed for live board removal, and pulling one under power can fault the rack or damage the replacement.
How do I confirm compatibility? Send us the rack model, slot number, and the revision label from the old board. We’ll cross-check the catalog number and jumper layout before shipping. Exact compatibility depends on the chassis revision — not just the board number.
What’s the warranty? 12 months from delivery for functional failure under normal operation. Consumables such as fuses or batteries, if present, carry a 90-day replacement guarantee.
How can I tell genuine OEM from refurbished? Genuine units carry the original Schneider Electric label with consistent typography and a traceable serial number. Refurbished units carry our QC tag in addition to the OEM label, and we disclose condition on the quote.
Can you test it in a live rack before shipment? We test in a bench fixture, not your exact rack. If your process depends on a specific firmware revision or jumper set, tell us and we’ll document what we verified.
What information do you need to quote accurately? Rack model, slot position, old board revision, and a photo of the label and jumper block. That five-minute upload prevents most wrong-part returns.
