ABB XVC768115 (3BHB007211R115) – Control Board for ABB Industrial Drives and Converters

The ABB XVC768115, ordered under 3BHB007211R115, is a factory-grade control/drive interface board commonly used inside ABB low-voltage industrial drives and converter cabinets. It’s typically responsible for coordinating firing/control signals, supervising feedback, and interfacing between the power stage and the main control unit. From my experience, maintenance teams choose this board to restore a downed drive quickly without touching the entire power stack, shortening downtime and keeping commissioning simple.

Company’s Order Placement Process and Guarantees

• Warranty: 365 days
• Lead time: 1 week if in stock; no more than one month at the latest
• Payment: 50% advance payment; full payment prior to delivery
• Express options: FedEx, UPS, DHL

Key Features

• Direct-fit ABB spare – Designed as a like-for-like replacement for the original XVC768115 board, keeping wiring and mounting familiar.
• Stable gate/control signaling – Typically handles fiber-optic or isolated signaling between control and power modules for reliable IGBT/thyristor drive operation.
• Diagnostics on board – You might notice status LEDs and test points that help technicians trace faults faster during commissioning.
• EMC-robust design – Built for electrically noisy environments found around high-power drives, which in many cases reduces nuisance trips.
• Service-friendly interchangeability – Swap-out usually requires minimal parameter changes since the logic ties back to the host drive firmware.

Technical Specifications

Application Fields

This module is typically used in ABB variable frequency drives and converter systems across:

• Pumps, fans, and compressors in water/wastewater and HVAC plants
• Material handling and cranes where steady torque control matters
• Pulp & paper, food & beverage, and cement lines running continuous processes
• Metals and mining conveyors where downtime costs escalate fast

One thing I appreciate is how straightforward the swap can be: a maintenance lead at a cement mill told us they had the drive back online in under two hours after replacing this board, with just a quick parameter check and a fiber reconnection.

Advantages & Value

• Reliability: Genuine ABB-design board helps stabilize drive control loops and fault handling in demanding plants.
• Compatibility: Built for ABB drive ecosystems; in many cases, no mechanical adaptation is needed.
• Cost & uptime: Replacing the board instead of a full drive section typically cuts costs and slashes downtime.
• Technical support: We can assist with compatibility checks using your drive type code/serial to avoid guesswork.

Installation & Maintenance

• Environment: Install inside an IP-rated cabinet with adequate ventilation. Keep clear of high-voltage cabling where possible to limit EMI.
• Handling: Use ESD protection. Isolate mains, wait for DC bus to discharge, then proceed. Verify fiber connectors are clean and properly latched if applicable.
• Wiring: Follow the host drive drawings. Maintain bend radii on fibers and secure harnesses to avoid vibration wear.
• Routine care: Periodic dust cleaning with dry air, check terminal torque, and review event logs. Firmware matching should be confirmed during commissioning when relevant.
• Commissioning tip: After replacement, run a low-load test and verify interlocks, analog scaling, and direction logic.

Quality & Certifications

• Manufactured under ISO 9001 quality systems
• CE-compliant assemblies for use within compliant ABB drive systems
• RoHS-compliant board materials, as typically provided for ABB service parts
• 365-day warranty coverage

If you share your drive type code, frame size, and serial, we’ll double-check that XVC768115 (3BHB007211R115) is the correct revision for your cabinet. That little step usually prevents repeat interventions.