Basler UFOV 260 A Overvoltage Protective Module

The Basler UFOV 260 A is a compact overvoltage protective module designed to safeguard sensitive generator control circuits from voltage surges and transients. This module provides protection against overvoltage conditions that can damage AVRs, relays, and other control electronics. The UFOV 260 A is rated at 36 V DC and 0.02 A, making it suitable for low‑power control circuits in generator control panels.

The module features robust construction with fast‑acting protection elements, ensuring quick response to overvoltage events. It is designed for panel mounting with screw terminals for easy integration into existing control systems. The UFOV 260 A is a reliable solution for enhancing the surge immunity of generator control equipment.

Technical Specifications

• Model: UFOV 260 A

• Function: Overvoltage protection

• Voltage rating: 36 V DC

• Current rating: 0.02 A

• Response time: < 1 µs

• Protection mode: Voltage clamping

• Connections: Screw terminals

• Operating temperature: -40°C to +70°C

• Dimensions: 80 x 40 x 30 mm

• Certifications: CE, RoHS

Functional Features

• Fast response: Protects against voltage surges in microseconds.

• Low leakage current: Minimises interference with normal circuit operation.

• Compact design: Suitable for space‑constrained panels.

• Reliable protection: Safeguards sensitive control electronics.

Typical Applications

• Generator control panels: Protecting AVRs and relays from surges.

• Excitation systems: Safeguarding control circuits from transients.

• Protection systems: Enhancing surge immunity for relays and monitoring equipment.

Installation and Configuration

Mount the UFOV 260 A on a panel. Connect the module in parallel with the protected circuit, ensuring correct polarity. The module requires no configuration; it is ready for operation after wiring.

Compliance

Complies with EMC standards, CE approved, RoHS compliant.

Conclusion

The Basler UFOV 260 A provides reliable overvoltage protection for generator control circuits, preventing damage from surges and enhancing system reliability.