Description
Key Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | ABB |
| Product ID | 3BHE006373R0101 |
| Type Designation | XVC769 AE101 |
| Board Marking | HIEE410506P104 |
| Board Type | OEI Board |
| Full Description | Open Edge Interface Board, Coated |
| Product Family | XVC |
| Application Area | ABB medium-voltage drive/converter systems |
| Associated Systems | ACS1000 / ACS6000-related drive electronics |
| PCB Finish | Coated |
| Installation | Dedicated drive control assembly |
| Exact Electrical Ratings | Host-system dependent; verify ABB documentation |
The strongest available identification is ABB XVC769AE101, Product ID 3BHE006373R0101, OEI-BOARD, COATED. ABB-oriented parts references place it in the same medium-voltage drive spare-parts family as XVC767 voltage measurement, XVC768 current measurement, XVC770 high-voltage drive, and UFC-series converter interface boards.
The marking HIEE410506P104 needs to be treated carefully. It appears in secondary databases alongside the XVC769 identification, but another database independently identifies HIEE410506P104 as UAC389, creating a documentation conflict. I would therefore retain 3BHE006373R0101 / XVC769 AE101 as the primary procurement identifier and use the physical board marking only as a secondary cross-check.
Product Introduction
ABB XVC769 AE101 3BHE006373R0101 is a coated OEI (Open Edge Interface) board used in ABB medium-voltage drive and converter hardware. Parts references place it in the ACS1000/ACS6000-related electronics ecosystem, alongside dedicated voltage/current measurement and converter-interface boards. Its role is therefore associated with the internal drive-control interface rather than conventional PLC I/O or general-purpose communications.
For maintenance teams, the key issue is system matching. The XVC769 is one element in a coordinated converter-control assembly. A visually similar XVC/UFC board cannot be considered interchangeable simply because it has the same general form factor or ABB branding. Exact board identification, host drive model, firmware/control architecture, and mating interfaces should be checked before installation.
XVC767AE105
Application Scenarios & Field Pitfalls
Engineering Pain Point
When an OEI board fails in a medium-voltage drive, replacing the PCB is only part of the job. The technician needs to establish whether the original failure was caused by the board itself or by an associated converter, interface, measurement, or control circuit.
Typical Applications
- ACS1000 medium-voltage drives — maintenance of legacy ABB converter-control assemblies.
- ACS6000 drive systems — replacement of specialized control/interface electronics.
- Large industrial motor drives — steel, mining, cement, marine, and other high-power motor applications.
- Converter service and overhaul — maintaining existing ABB drive cabinets where the original electronics remain in operation.
Technical Pitfalls to Avoid
- Do not call XVC769 a generic PLC CPU. The documented designation is OEI Board / Open Edge Interface Board, not a general-purpose process controller.
- Do not confuse with XVC768 or XVC770. XVC768 is identified as a current-measurement scaling board, while XVC770 is identified as an HVD/high-voltage drive board. They belong to the same ecosystem but have different functions.
- Do not rely on unsupported electrical specifications. Some reseller listings claim 12–24 VDC, RS-485, Modbus, 220 V, 30 kHz, or other generic specifications. These claims are inconsistent with the documented OEI-board identification and should not be published as confirmed specifications.
- Verify the complete identifier. Keep 3BHE006373R0101 + AE101 together in procurement records. If the physical PCB also carries HIEE410506P104, photograph and record that marking before approving a replacement.
- Check the host drive before substitution. The same ABB medium-voltage drive family can contain multiple specialized interface boards. A board that is electrically or mechanically similar may still have a different control function.
Related Products
- XVC767 AE102 3BHB007209R0102 — voltage measurement scaling board; handles a different measurement function.
- XVC768 AE101 3BHB007211R0101 — current measurement scaling board; complementary to voltage-measurement hardware.
- XVC770 BE101 3BHE021083R0101 — HVD / High Voltage Drive Board; different function from the OEI board.
- XVC724 BE102 3BHE009017R0102 — voltage short-circuit detection board used in related ABB drive electronics.
- UFC718 AE101 HIEE300936R0101 — main circuit interface board in related ABB converter architecture.
- — I/O control / IOEC board; different interface role.
- UFC760 BE141/BE142/BE143 — INU interface-board family for related converter architectures.
- UFC921A101 3BHE024855R0101 — INT-2 interface board used in ABB medium-voltage drive electronics.
- PPC907BE 3BHE024577R0101 — AMC34 control board used in related ABB converter systems.
Procurement Check
For ABB 3BHE006373R0101 , the safest purchasing description is:
ABB — 3BHE006373R0101 — OEI Board, Coated
Keep HIEE410506P104 as a secondary physical-identification marking rather than assuming it is an interchangeable catalog number. The available evidence strongly supports the /OEI identification, while the HIEE410506P104 association is inconsistent across secondary sources.
Before installing a spare, verify the host ACS1000/ACS6000 configuration, board revision, connector arrangement, mating boards, and existing control-system documentation. This is one of those ABB legacy boards where exact identification is more valuable than a long list of unverified electrical specifications.
