Description
ABB UFC719AE101 3BHB003041R0101 I/O Control Board
Product Introduction
The control electronics inside a medium-voltage drive cabinet have a very different procurement requirement from ordinary PLC I/O. The ABB UFC719AE101 3BHB003041R0101 is an IOEC I/O control board associated with ABB drive control hardware, and ABB’s ACS 2000 spare-parts documentation places it in the incoming/control section. Its job is tied to the drive’s internal I/O and control architecture rather than acting as a general-purpose field I/O module.
For maintenance work, the complete identifier matters. ABB’s current product record uses UF C719 AE, while industrial spare-parts records frequently use UFC719AE101 for the same 3BHB003041R0101 assembly. ABB lists a net weight of 0.71 kg and identifies the board as a spare part. Because the available ABB documentation does not publish a complete channel-level electrical specification for this board, claims about I/O count, signal ranges, communication protocols, or operating voltage should be verified against the drive-specific schematic rather than copied from generic supplier listings.
Key Technical Specifications
| Parameter | Specification |
|---|---|
| Product Model | UFC719AE101 |
| ABB Type Designation | UF C719 AE |
| ABB Product ID | 3BHB003041R0101 |
| Product Type | I/O Control Board |
| ABB Description | I/O CONTROL BOARD IOEC |
| Functional Class | IOEC control / I/O interface board |
| Primary Application | ABB ACS 2000 medium-voltage drive |
| Installation | Internal drive control cabinet |
| Net Weight | 0.71 kg |
| Spare Part Category | Drives → Services → Spares and Consumables → Parts |
| Made to Order | No, according to ABB product record |
| Minimum Order Quantity | 1 piece |
| Product Status | Spare-part product record |
ABB’s current product record provides the product identification, description, weight, ordering information, and spare-parts classification. The ACS 2000 spare-parts manual independently lists 3BHB003041R0101 as the IOEC Control Module.
Application Scenarios & Field Considerations
1. ABB ACS 2000 drive maintenance
ABB’s spare-parts documentation places the UFC719 board in the Incoming/Control Section of the ACS 2000. This makes it a drive-specific control component rather than a generic automation I/O card.
2. Control-system board replacement
When an existing board develops an I/O or control-related fault, a matching UFC719 assembly can be used as a maintenance spare where the drive’s bill of materials identifies this exact part number. The drive cabinet documentation should be checked before installation.
UFC719AE101 3BHB003041R0101
3. Medium-voltage drive refurbishment
During an ACS 2000 refurbishment, boards such as the UFC719 can be part of the control-section spare inventory. The practical concern is not just whether the PCB powers up; firmware, board revision, configuration data, connectors, and the surrounding drive-control hardware all need to match the original architecture.
4. Critical spare inventory
For older ACS 2000 installations, maintaining the exact board number can reduce troubleshooting time when an internal control-board fault occurs. ABB’s spare-parts manual specifically lists the 3BHB003041R0101 board as a cabinet component, giving procurement teams a useful cross-reference.
Related Products
- ABB UFC718AE101 — Main circuit interface board used in related ABB medium-voltage drive architectures; it should not be treated as interchangeable with UFC719 without checking the drive documentation.
- ABB UFC760BE141 — INU interface board used in ABB medium-voltage drive hardware.
- ABB UFC760BE142 — Related INU interface board with a different ordering suffix.
- ABB UFC760BE143 — Another UFC760 variant; exact drive configuration must be matched.
- ABB UFC765AE102 — Power supply module in the same broader medium-voltage drive spare-parts ecosystem.
- ABB KUC711AE101 — Power-supply board used in ABB drive control hardware.
- ABB AMC34 Control Board — Separate drive control board identified in ABB ACS 2000 documentation.
- ABB INT-2 Board — Interface board used in the ACS 2000 incoming/control section.
- ABB GC C960 C102 — ACS 2000 control-board family component listed in ABB medium-voltage-drive spare documentation.
These components belong to different functional positions within ABB drive architectures. Similar physical form factors or neighboring part numbers are not sufficient evidence for substitution.
Engineer’s Guide — Field Pitfalls to Avoid
1. Resolve the UFC719 naming before purchasing.
ABB’s official product record calls the part UF C719 AE, while spare-parts channels commonly write UFC719AE101 or UFC719AE01. The safest procurement identifier is the full ABB number 3BHB003041R0101 together with the marking on the physical board.
2. Do not treat it as a generic PLC I/O module.
The ABB documentation classifies it as an IOEC I/O Control Board and places it inside the ACS 2000 drive architecture. Generic claims about PLC-style analog/digital channel counts found in some secondary listings are not sufficiently supported by ABB’s published product record.
3. Match the drive architecture.
A board can have the correct part number and still require verification against the particular ACS 2000 cabinet configuration. Check the drive serial number, cabinet BOM, control schematic, board revision, connectors, and firmware/configuration before energizing the replacement.
4. Be careful with unsupported electrical specifications.
Some secondary listings claim 24 VDC operation, 32 channels, 16-bit resolution, serial communications, or other detailed characteristics. Those values are not established by the ABB product record I found. They should not be used as engineering design specifications without the applicable drive manual or schematic.
5. Do not confuse UFC719 with UFC718.
ABB’s ACS-related spare documentation lists UFC718AE101 as a Main Circuit Interface Board and UFC719AE101 as the I/O Extension Interface Module/IOEC-related component in another spare-parts listing. They occupy different functional positions and should not be substituted based on the similar numbering alone.
6. Verify the complete physical assembly.
For a used or surplus board, inspect connectors, card-edge contacts, component condition, signs of overheating, contamination, and revision markings. The ABB product number establishes identity; it does not establish the condition of a particular inventory unit.
FAQ
What is ABB ?
is the commonly used designation for ABB UF C719 AE, product number 3BHB003041R0101. ABB identifies it as an IOEC I/O Control Board and lists it within its drive spare-parts portfolio.
What is ABB 3BHB003041R0101 used for?
ABB’s ACS 2000 spare-parts documentation identifies 3BHB003041R0101 as an IOEC Control Module located in the incoming/control section of the drive cabinet.
Is an ACS 2000 component?
The strongest documentation found associates 3BHB003041R0101 directly with the ACS 2000 spare-parts architecture. ABB’s spare-parts manual lists one IOEC Control Module in the ACS 2000 incoming/control section.
Is the same as UF C719 AE?
ABB’s official product record gives UF C719 AE as the type designation for product ID 3BHB003041R0101. Secondary industrial records commonly render the designation as . For procurement, use the complete ABB product number to eliminate ambiguity.
Does ABB publish the exact I/O channel count for this board?
The ABB product record I located identifies the board and its application but does not provide a complete channel-by-channel I/O specification. Therefore, detailed claims such as 32 channels or 16-bit resolution should be treated as unverified unless confirmed from the specific ACS 2000 engineering documentation.
Can be replaced by another variant?
Not automatically. The complete ABB article number, board revision, drive model, cabinet configuration, connectors, and control firmware should be checked. A similar designation does not by itself establish electrical or functional interchangeability.
What should be checked before purchasing 3BHB003041R0101?
Confirm 3BHB003041R0101, the physical board marking, revision, drive model and serial number, cabinet BOM, connector arrangement, firmware/configuration requirements, and actual inventory condition. For an installed medium-voltage drive, board replacement should be handled according to the applicable ABB service and electrical-safety procedures.
