ABB UB C717 BE101 3BHE021887R0101 OVVP Coated Board

Application Areas

The ABB UB C717 BE101 OVVP Coated Board is engineered for overvoltage and protection functionality within industrial drive and power converter systems. It is commonly installed in medium-voltage drive cabinets and power electronics assemblies where precise protection and signal reliability are critical.

Typical applications include energy-intensive industrial processes, steel and metal production, large pumps and compressors, and marine propulsion systems, ensuring system safety and operational continuity.

Key Advantages

The UB C717 BE101 provides reliable overvoltage protection while maintaining excellent electrical stability. Its coated design enhances insulation and durability, enabling safe operation in harsh industrial environments.

Engineers appreciate its compact size for easy integration into cabinets, low weight for simplified handling, and seamless compatibility with ABB system architectures, making it an ideal choice for both new installations and retrofits.

Technical FAQs

1. What is the primary function of this board?
   It provides overvoltage protection and signal conditioning in drive systems.

2. Where is this board typically installed?
   Inside ABB medium-voltage drive cabinets and power conversion racks.

3. Is it suitable for continuous industrial operation?
   Yes, it is designed for reliable, long-term use.

4. Can it be used in retrofit or upgrade projects?
   Yes, it is often selected for system upgrades or maintenance replacements.

5. Does it support stable signal transmission?
   Yes, it ensures consistent signal integrity under industrial conditions.

6. Is it resistant to electrical interference?
   Yes, it is engineered to perform reliably in noisy environments.

7. What industries commonly use this board?
   Power generation, metals, marine, heavy industry, and process automation.

8. How is the board installed?
   Mounted within ABB-compatible control cabinets or rack systems.

9. Does it require maintenance?
   Minimal routine inspection is sufficient.

10. Is it suitable for long lifecycle systems?
    Yes, it is designed for extended service life and dependable performance.