Description
Fused Main Switch with Time Delayed RCD
WARTD2100-100 2 Pole 100A RCD 100mA A Type High Immunity Time Delay
Protect electrical installations with the WARTD2100-100 2 Pole RCD, designed to deliver dependable residual current protection with 100A rated current, 100mA sensitivity, and Type A performance. Its high immunity and time delay design helps reduce nuisance tripping in demanding environments while maintaining reliable fault protection.
Ideal for commercial and industrial applications, this 2 pole RCD is suited to installations where discrimination and improved immunity to unwanted trips are important. The time delayed operation makes it a practical choice for upstream protection, helping maintain continuity of service while supporting safe system design.
Built for professional use, the WARTD2100-100 combines robust electrical protection with the performance expected in modern distribution setups.
Key Features – Fused Main Switch with Time Delayed RCD
- 2 pole RCD for dependable circuit protection
- 100A rated current with 100mA residual current sensitivity
- Type A device suitable for detecting alternating and pulsating DC residual currents
- High immunity design helps reduce nuisance tripping
- Time delayed operation supports better discrimination in coordinated installations
Technical Overview – WARTD2100-100 Time Delay RCD
- Product code: WARTD2100-100
- Device type: Residual Current Device (RCD)
- Poles: 2 Pole
- Rated current: 100A
- Residual current sensitivity: 100mA
- RCD type: Type A
- Immunity: High Immunity
- Operation: Time Delay
- Application: Suitable for installations requiring discrimination and reduced nuisance tripping
Why Choose This Product?
Choose the WARTD2100-100 when you need a strong, reliable RCD for higher load applications. Its high immunity and time delayed design make it well suited to installations where dependable protection and reduced unwanted tripping are essential.
About the Product Range
This RCD is designed for professional electrical protection across commercial and industrial installations, offering a practical solution for circuits where stable performance and coordinated fault protection are required.
