ABB HIEE300936R0101 UFC718AE01 ACS1000 Interface Board

Description

Product Introduction & Engineering Value

The ABB HIEE300936R0101 is an UFC718AE01 main circuit interface board associated with the ABB ACS1000 medium-voltage drive platform. This is a system-specific interface board, not a generic PLC I/O module. Its job is tied directly to the ACS1000 drive architecture.

For replacement work, the full ordering number matters. ABB-related documentation identifies earlier product IDs including EE300936R0101 and HIEE300936R0001, while HIEE300936R0101 is documented as the current reference with the latest EPLD software version MSEE5110.

Technical Specifications

The strongest available product-specific source identifies MSEE5110 as the latest/default EPLD software version supplied with the current interface board and notes that older versions must be ordered separately if required.

Replacement Part History

This is particularly important for engineers maintaining older ACS1000 installations. The documented ordering history includes:

• HIEE300936R0101 — current reference
• EE300936R0101 — earlier product ID
• HIEE300936R0001 — earlier product ID
• EE300936R0001 — earlier product ID

Do not assume that an older board with a visually similar PCB is equivalent. Check the complete ABB type designation and EPLD version.

HIEE300936R0101 UFC718AE01

HIEE300936R0101 UFC718AE01

Field Application & the “Trench” Experience

A medium-voltage drive can create an unusual maintenance problem: the power section may be electrically healthy while the control/interface electronics prevent normal startup or generate misleading system faults.

In an ACS1000 cabinet, replacing the UFC718AE01 is therefore not comparable to swapping a standard digital I/O module. The board belongs to the drive’s internal architecture. A replacement should be checked against the drive’s hardware revision and software/EPLD requirements before energization.

A practical maintenance scenario is an aging ACS1000 drive whose interface board has developed intermittent communication or control faults. Rather than replacing the entire drive assembly, the maintenance team identifies HIEE300936R0101 / UFC718AE01 as the affected spare and verifies the board revision before installation.

Specific applications include:

1. ACS1000 medium-voltage motor drives
2. Large industrial motor control systems
3. Process-plant variable-frequency drive cabinets
4. High-power pump, fan, compressor, and conveyor drive systems

The ACS1000 association is directly supported by the available ABB-oriented ordering information.

Transparency SOP: QA & Testing

For New Surplus or Refurbished HIEE300936R0101 stock, the inspection should concentrate on board identity and drive compatibility.

Identity check

• Verify .
• Confirm UFC718AE01 or UFC718AE101.
• Record the board revision and EPLD information.
• Compare against the removed board.

Physical inspection

• Inspect PCB surfaces for contamination or oxidation.
• Check connectors and edge contacts.
• Examine solder joints and mounting hardware.
• Look for evidence of overheating or previous component replacement.

Software/EPLD verification

• Confirm the supplied EPLD version.
• Current product information identifies MSEE5110 as the default latest EPLD version.
• If the installed drive requires an older EPLD revision, verify compatibility before commissioning.

Drive-level testing

1. Install the board using the manufacturer’s service procedure.
2. Verify all control and interface connections.
3. Check drive diagnostics.
4. Confirm normal initialization.
5. Run the drive through an appropriate controlled test sequence.

The Veteran’s Tech Trap Guide

⚠️ Trap #1 — Ordering by “UFC718” alone.

There are several UFC718-related references in circulation. The safer procurement description is:

ABB HIEE300936R0101 / UFC718AE01 / UF C718 AE101 — ACS1000 Main Circuit Interface Board.

That combination reduces the risk of receiving a different UFC718 variant.

⚠️ Trap #2 — Ignoring EPLD revision.

The current ordering information specifically identifies MSEE5110 as the latest EPLD software version and lists older MSEE4610, MSEE5010, and MSEE5020 versions. A board revision mismatch can become a commissioning problem.

⚠️ Trap #3 — Assuming a generic “220 V control board” specification proves compatibility.

Several secondary listings attach questionable electrical specifications to this part. For example, one source calls it a 220 V board, while another describes it as a 24 VDC interface. These conflicting claims are not sufficient evidence for procurement.

PRO TIP: For an ACS1000 replacement, send the supplier the complete HIEE300936R0101 number, the installed board photograph, ACS1000 drive identification, and EPLD/version information. That is considerably safer than purchasing from the UFC718 designation alone.

Dynamic FAQ

What is ABB ?

It is an ABB UFC718AE01/UFC718AE101 main circuit interface board used as a spare component in ACS1000 medium-voltage AC drives.

What is the ABB type designation?

ABB-related ordering information identifies the board as UF C718 AE101, commonly written as or UFC718AE101.

What software is associated with HIEE300936R0101?

The current ordering information states that the board is supplied with the latest EPLD software version MSEE5110. Older versions include MSEE4610, MSEE5010, and MSEE5020.

Is HIEE300936R0101 used in ABB ACS1000 drives?

Yes. The product ordering information explicitly lists as the product in which this part is used as a spare.

Are and EE300936R0101 related?

Yes. ABB-oriented product information lists EE300936R0101 and HIEE300936R0001 / EE300936R0001 among previous product IDs associated with the current HIEE300936R0101 reference.

Is New Surplus HIEE300936R0101 acceptable?

Yes, provided the board is genuine, unused, correctly identified, and its EPLD/hardware revision is compatible with the target ACS1000 drive. New Surplus should not be confused with refurbished or previously installed stock.

What warranty should I request?

For New Surplus or refurbished stock, request written coverage for board startup, connector integrity, EPLD/software identification, ACS1000 compatibility, and successful drive-level functional testing. A simple continuity or visual inspection is not enough for a medium-voltage drive interface board.