ABB UFC719AE01 | 3BHB003041R0101 / 3BHB000272R0001 Drive Control Board, In Stock

Description

Key Technical Specifications

Product Introduction

Medium-voltage drives do not tolerate “close enough” replacements. The ABB UFC719AE01, marked with order codes 3BHB003041R0101 and 3BHB000272R0001, is a plug-in control/I/O interface board used inside ABB medium-voltage drive racks. It sits between the drive controller and the power section, carrying backplane signals and often fiber-optic or isolated I/O channels that keep gate commands, status feedback, and interlocks clean and noise-immune.This board shows up most often in ACS6000 and selected ACS5000 installations — rolling mills, cement kilns, compressors, mining hoists, and large fans where a tripped drive means lost tonnage, not just a nuisance alarm. The keyed connectors and screw-retained mounting are simple, but they matter. I have seen technicians force the wrong UFC board into a slot and wonder why the drive would not acknowledge it. The board is not a general-purpose PLC card. Treat it as a drive-specific component.

Quality SOP & Tech Pitfalls

The Lab Report (SOP)

1. Visual and counterfeit check — inspect PCB condition, connectors, labeling, and ABB branding.
2. Nameplate capture — photograph UFC719AE01, 3BHB003041R0101 / 3BHB000272R0001, revision, and serial number.
3. Connector inspection — verify keyed connectors, fiber-optic ports (if fitted), and backplane pins.
4. Live test on compatible ABB drive test rack — confirm power-up, LED status, and backplane/fiber communication where possible.
5. Insulation and continuity checks — verify no shorted inputs or damaged isolation barriers.
6. Firmware/revision logging — record board revision and compare it against the drive bill of materials.
7. Anti-static sealing — bag, tag, and ship with ESD protection and a traceable test record.

The Engineer’s Warning (Pitfalls)Do not buy this board by model name alone. The same UFC719AE01 label appears across multiple order codes and revisions, and third-party listings sometimes misclassify it as a generic PLC or PXI module. If your drive expects 3BHB003041R0101, do not accept 3BHB003041R0001 or 3BHB000272R0101 without checking.I once watched a mill lose a shift because someone installed a “matching” UFC board with a different revision. The connectors fit. The LEDs lit. But the drive controller refused to sync the fiber link because the firmware and option mapping did not match. The board was not dead. It was just wrong.Also, do not pull this board while the drive is energized unless your procedure explicitly allows it. MV drive cabinets mix high-voltage sections, fiber links, and sensitive control electronics. One careless swap can turn a board replacement into a drive fault investigation.

Installation & Configuration Guide

1. Pre-Installation ⚠️

• Obtain a work permit and confirm drive status with operations.
• Verify the drive type (ACS6000/ACS5000 or other) and the exact order code on the failed board.
• Photograph the existing board: full part number, revision, connector positions, fiber routing, and slot location.
• Confirm the replacement UFC719AE01 matches the original order code.

2. Removal

• Follow the drive manufacturer’s safety procedure. Do not assume the cabinet is safe just because the HMI shows “stopped.”
• Label all fiber-optic and electrical connectors before disconnecting.
• Release the board retainers or screws carefully; do not pry the board out.
• Place the removed board in an ESD bag and tag it with the fault description.

3. Installation

• Verify the order code and revision before seating the board. This prevents most startup failures.
• Align the keyed connectors and slide the board firmly into the correct slot.
• Secure the retaining screws or clips.
• Reconnect fiber-optic and backplane cables per your labels. Handle fiber connectors cleanly; contamination causes intermittent faults.

4. Power-On & Testing

• Confirm cabinet control power and drive status.
• Watch the LED sequence for power, communication, and fault indicators.
• Verify the board is recognized by the drive controller.
• Check fiber-optic link status and I/O signal integrity.
• Document the replacement, including board revision, serial number, slot position, and test results.

Compatible Replacement Models

Frequently Asked Questions (FAQ)

Is UFC719AE01 a PLC module or a drive board?
It is primarily a drive control/I/O interface board for ABB medium-voltage drives, not a general-purpose PLC card. Some third-party listings describe it as a PLC or analog module, but that description is unreliable.Can I use 3BHB003041R0101 instead of 3BHB000272R0001?
Not automatically. Both codes appear with UFC719AE01, but they may represent different revisions or configurations. Match the code on your original nameplate.Will this board work in any ABB drive?
No. It is commonly used in ACS6000 and selected ACS5000 frames. Confirm compatibility with your specific drive type code and option list.Can I hot-swap this board?
Only if the drive procedure explicitly allows online replacement. MV drive cabinets are not PLC racks. If you are unsure, treat it as a shutdown activity.What if the LEDs are on but the drive still faults?
Check board revision, fiber-optic connections, slot assignment, and drive configuration. A healthy-looking board can still be the wrong revision.Is this board new or surplus?
Availability depends on current stock. If you need new original or factory-sealed material, confirm the condition before purchase.Can you guarantee it will fit my drive?
We can verify compatibility if you send cabinet photos, the original board nameplate, drive type code, and firmware version. Without that, any guarantee would be guesswork.