ABB XVC517AE10 (3BHB004744R0010) – Control Board for ABB Industrial Drives

The ABB XVC517AE10, part code 3BHB004744R0010, is an OEM control board typically used inside ABB industrial drive systems, often seen in ACS800 installations. It’s designed as a drop-in replacement to restore drive control quickly, keeping line downtime to a minimum. From my experience, maintenance teams appreciate its straightforward swap-over and stable performance in tough environments.

• Genuine ABB part (XVC517AE10 / 3BHB004744R0010) – clear traceability and fitment confidence for ABB drives.

• Plug-in replacement – in most cases it installs into the designated control slot with existing backplane connectors, reducing rewiring effort.

• Stable control performance – typically maintains the drive’s regulation and protection logic as designed by ABB.

• Service-friendly details – you might notice status indicators and labeled connectors that make fault isolation faster.

• Firmware alignment – works with the drive’s approved firmware load; helps avoid parameter migration surprises.

• Built for industrial panels – suitable for cabinet-mounted drives operating in the usual 0…50°C conditioned environment.

You’ll typically find the XVC517AE10 inside ABB variable-speed drives running heavy-duty equipment. It seems to be most common in:

• Metals and rolling mills – reliable torque control on main and auxiliary drives

• Pulp & paper – unwind/rewind sections and process lines needing steady speed regulation

• Mining and minerals – conveyors, crushers, and hoists where uptime is critical

• Oil & gas, marine, and cranes – demanding environments with tight control requirements

• Water & wastewater – pump control with smooth ramping and protection

• Rapid recovery: a direct replacement that, in many cases, gets a downed drive back online in under an hour.

• OEM compatibility: genuine ABB hardware that matches the mechanical form factor and firmware requirements of the host drive.

• Lifecycle confidence: aligns with ABB’s long-running service support for industrial drives.

• Lower risk: no re-engineering of wiring or controls—parameters and logic remain under ABB’s documented framework.

A maintenance lead at a steel plant told us they swapped this board during a scheduled 30‑minute window and were back to full production without retuning the line—exactly the kind of predictability most teams want.

• Preparation: back up drive parameters via your usual ABB tool (DriveWindow for many ACS800 systems). Verify the target firmware compatibility.

• Safety: isolate power, wait for DC bus discharge, and follow lockout/tagout. Use an ESD strap and handle the board by its edges.

• Panel conditions: install in a clean, ventilated cabinet (IEC/EN compliant), ambient 0…50°C, humidity non-condensing, free from conductive dust.

• Mounting: seat the board evenly into the slot, confirm connector engagement, and secure with the specified screws/stand-offs (do not over‑torque).

• Commissioning: restore parameters, check I/O mapping, then run a controlled test at low load before returning to service.

• Routine care: keep the cabinet filters clean, verify fans and airflow, schedule periodic parameter backups, and apply ABB-approved firmware updates where applicable.

• Manufactured under ABB’s quality system (ISO 9001)

• Conforms to CE and UL/CSA when installed as part of the certified drive system

• RoHS-compliant construction, according to typical ABB component standards

• Warranty: typically 12 months from date of supply (terms may vary by region)

If you’re planning a broader service event, these ABB options are often used alongside the main control board:

• FENA-01 Ethernet adapter (Modbus/TCP)

• FPBA-01 PROFIBUS DP interface

• RDCO-01 I/O extension module

• RPBA-01 Pulse encoder interface / RENC-01 Resolver interface (feedback options)

• Spare cooling fans and DC bus capacitors for preventive maintenance cycles

If you share your drive’s exact type code and firmware level, we can double-check compatibility for XVC517AE10 (3BHB004744R0010) and suggest the safest swap plan. One thing I appreciate is how predictable these ABB boards are when the revision matching is done right—it usually turns a stressful line stop into a tidy maintenance task.