Description
5 Pole 100A Auto Reset Device with PME Fault Protection
Whitecliffe Electrical WARD5100C
The WARD5100C 5 Pole 100A Auto Reset Device is designed for three-phase systems, offering reliable PME fault protection. It actively monitors the supply voltage, automatically disconnecting live, neutral, and earth if an over-voltage or under-voltage fault occurs. This ensures electrical safety in both commercial and industrial environments.
Capable of handling 100A, the device guarantees that your electrical system stays protected. It resets automatically after under-voltage events when the voltage returns to normal. However, following an over-voltage event, a manual reset is required, adding an extra layer of safety.
Additionally, the WARD5100C includes overload and short-circuit protection, further safeguarding your system. Since it does not require earth electrodes, the installation process is straightforward, making it an ideal choice for three-phase systems.
Key Features of 5 Pole 100A Auto Reset Device with PME Fault Protection
- Actively monitors three-phase voltage for 230V and 400V systems
- Disconnects live, neutral, and earth within 5 seconds during under-voltage (<207V) or over-voltage (>253V) events
- Automatic reset after under-voltage; requires manual reset after over-voltage
- No need for earth electrodes, simplifying installation
- Includes built-in overload and short-circuit protection
- Complies with BSEN 60898-1, BS EN 60947, and BS EN 50557 standards
Specifications:
- Rated Current: 100A
- Rated Voltage: 230V/400V AC
- Rated Insulation Voltage: 500V
- Frequency: 50/60Hz
- Short Circuit Capacity: 10kA
- Impact Resistance Voltage: 6kV
- Tripping Characteristics: C (5In~10)
- Operating Range: 207V – 253V (disconnects within 5 seconds)
- IP Rating: IP20
- Ambient Temperature: -25°C to +55°C
- Storage Temperature: -35°C to +55°C
- Pole Configuration: 5 Pole (3P+N+PE)
Part Number:
- WARD5100C: 5 Pole 100A Three Phase Auto Reset Device
The WARD5100C ensures complete protection for three-phase systems, combining PME fault protection, overload safety, and short-circuit protection with ease of installation.