*Effective protection against electrocution due to direct and indirect contact and earth leakages *No accidental contact with live parts, thanks to finger-proof IP 20 terminals *Current sensing technology (voltage independent) provides protection even at extra low voltages *Environmental performance of the product

*Effective protection against electrocution due to direct and indirect contact and earth leakages *No accidental contact with live parts, thanks to finger-proof IP 20 terminals *Current sensing technology (voltage independent) provides protection even at extra low voltages *Environmental performance of the product

*Effective protection against electrocution due to direct and indirect contact and earth leakages *No accidental contact with live parts, thanks to finger-proof IP 20 terminals *Current sensing technology (voltage independent) provides protection even at extra low voltages *Environmental performance of the product

*Effective protection against electrocution due to direct and indirect contact and earth leakages *No accidental contact with live parts, thanks to finger-proof IP 20 terminals *Current sensing technology (voltage independent) provides protection even at extra low voltages *Environmental performance of the product

Residual Current Circuit Breaker or RCCB is a type of circuit breaker that ensures electrical protection and prevents accidents, deaths and other mishaps. This device senses current and interrupts low voltage circuits in case of faults by disconnecting the primary circuit within seconds.Schneider Electric are professional-grade RCCBs that provide optimum safety with long and reliable service.

The Schneider ACTI9 RCCB 63A 2P 300mA A9kR14263BQ is a modular residual current circuit breaker (RCCB) that provides protection against electrical shock and fire hazards. It is a 2-pole circuit breaker with a rated current of 63A and an earth leakage sensitivity of 300mA. The RCCB is type A, which means it is designed to protect against both AC and DC earth faults. It has an instantaneous tripping time, which means it will trip the circuit in less than 0.3 seconds in the event of an earth fault. This helps to prevent electrical shock and fire hazards.