Residual current circuit breaker (RCCB), Easy9, 4P, 25A, AC type, 300mA, 300mA, 400V
Schneider Easy9 RCCB, 4 Pole, 25A, AC Type 400V, 300mA Earth Leakage, 6kA
Enhance the safety of your electrical installations with the Schneider Easy9 RCCB, designed for precise and reliable protection against earth faults. This 4-pole RCCB is ideal for both residential and commercial settings where comprehensive protection is necessary across all phases and the neutral line.
Key Features:
Rated Current: 25A, suitable for a variety of installations with moderate power requirements.
Poles: 4-pole design, providing complete protection by monitoring all phase conductors and the neutral conductor.
Voltage Rating: AC type 400V, optimal for higher voltage residential or commercial electrical systems.
Earth Leakage Sensitivity: 300mA, offering a balance between sensitivity and nuisance tripping, ideal for environments with a higher risk of earth leakage.
Breaking Capacity: 6kA, ensuring reliable disconnection in the event of a fault, thereby protecting equipment and preventing more severe electrical accidents.
Durability: Built with high-quality materials that withstand demanding use and environmental conditions.
Ease of Installation: Engineered for easy installation in electrical panels, with user-friendly features that simplify setup and maintenance.
Applications: Perfect for protecting circuits in multi-story residential buildings, commercial complexes, and light industrial facilities.
Applications:
Residential properties requiring comprehensive protection against residual currents, particularly in wet areas such as kitchens and bathrooms.
Commercial environments such as offices and shops, where protection against electrical faults is crucial for safety and compliance.
Light industrial setups where machinery and other electrical equipment must be protected from potential earth faults.
The Schneider Easy9 RCCB is a crucial component for maintaining safety and efficiency in sophisticated electrical systems, providing robust protection against residual currents that could lead to electrical shocks or fires.
