Description
Type F RCD 100A 30mA 2P
FuseBox RTF1000302
The FuseBox TYPE F RCD 100A 30mA 2P (RTF1000302) provides strong protection for high-demand electrical systems. It detects both AC and pulsating DC residual currents, making it ideal for systems that use frequency inverters, such as HVAC units and industrial machinery. With its 100A rating, this RCD ensures reliable safety in large commercial and industrial installations.
Key Features:
- 100A Rating: Delivers robust protection for circuits with high current loads, perfect for large-scale setups.
- 30mA Sensitivity: Quickly identifies ground faults, reducing the risk of electric shock and enhancing safety.
- Type F Protection: Designed for systems with frequency inverters, such as heat pumps, compressors, and other energy-efficient equipment.
- 2 Pole Design: Ensures both live and neutral conductors are fully protected, offering comprehensive circuit safety.
- Wide Compatibility: Works seamlessly with modern devices that use variable frequency drives, providing enhanced protection against electrical faults.
- Complies with Global Standards: Meets international safety regulations, ensuring reliable performance in circuits with mixed frequency leakage currents.
Why Use Type F RCDs?
Regulation 531.3.3 (iii) recommends Type F RCDs for circuits powering devices like heat pumps, power tools, and industrial equipment. These circuits often generate mixed frequency leakage currents, which may not be detected by standard Type A or AC RCDs. However, Type F RCDs are specifically designed to handle these complex currents, offering better protection for your systems.
Why Choose the FuseBox TYPE F RCD 100A 30mA 2P?
The FuseBox TYPE F RCD 100A 30mA 2P is ideal for circuits that require stronger protection, especially in commercial and industrial settings. Its 100A rating ensures it can handle high electrical demands, making it a reliable choice for larger installations. Additionally, this RCD effectively protects circuits using appliances with frequency inverters, providing superior safety where traditional RCDs might fall short.
