ABB 1VCR017053G0006 VSC Medium-Voltage Power Supply Board

Product Description

Overview

The 1VCR017053G0006 from ABB is a high-precision power supply and control board designed for the V-Contact VSC series of medium-voltage vacuum contactors. It regulates power for the bistable magnetic actuator, ensuring reliable switching operations under demanding industrial conditions. Engineered for stability and durability, this board is suitable for applications requiring precise energy pulses and long-term operational reliability.

Technical Specifications

Electrical Performance

• Input Voltage: AC 150–280 V

• Rated Frequency: 50 Hz

• Rated Voltage: Up to 12 kV

• Rated Current: 400 A

• Breaking Capacity: 6 kA unfused; up to 50 kA with SCPD

• Insulation Voltage: 2000 V

• Arc Extinguishing Method: Air arc extinction

• Multi-voltage compatibility: Supports a wide range of AC/DC control inputs

• Magnetic Actuator Control: Bistable operation to minimize energy consumption

Mechanical & Environmental

• Dimensions: 178 x 51 x 305 mm

• Weight: ~0.5 kg

• Mechanical Life: Up to 10 million operations

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

• Storage Humidity: Up to 95% RH, non-condensing

• Origin: Switzerland

• Coating Option: DNV coating available upon request

Reliability & Protection

• EMI Immunity: Resistant to electromagnetic interference in high-voltage environments

• Energy Storage: Maintains capacitor charge for emergency switching

• Diagnostics: Monitors capacitor health and temperature of control circuits

Applications

• Medium-voltage motor starting

• Transformer switching and isolation

• Capacitor bank management for power factor correction

• Critical industrial switching operations requiring precise control

FAQ

Q: Can this board be used with other ABB vacuum contactors?
A: It is specifically designed for V-Contact VSC series medium-voltage contactors. Compatibility with other series is not guaranteed.

Q: What precautions are required during replacement?
A: Always discharge the storage capacitors before handling, as they may retain high-energy charges even after power is disconnected.

Q: How does the bistable actuator control work?
A: The board powers the actuator only during transitions. Permanent magnets maintain the contactor state without continuous energy use, reducing power consumption.

Technical Summary Table