100 DP 'C' Curve Series
The Radium R5 100A DP C Curve Miniature Circuit Breaker is designed to provide dependable protection for electrical circuits against overload and short circuit faults. With a rated current of 100A, it is suitable for residential, commercial, and industrial electrical systems requiring reliable load handling. The C curve tripping characteristic allows it to handle moderate inrush currents, making it ideal for circuits with motors, lighting systems, and general electrical loads. The double pole configuration ensures complete protection and switching of both phase and neutral, improving overall electrical safety and system reliability. Built with a strong internal mechanism, it delivers fast tripping performance, stable operation, and long lasting durability. Its compact and robust design allows easy installation in distribution boards and electrical panels. Backed by a 7 year warranty, the Radium R5 DP C Curve MCB provides reliable circuit protection and dependable performance for modern electrical systems.
Original: $44.10
-65%$44.10
$15.43
Description
The Radium R5 100A DP C Curve Miniature Circuit Breaker is designed to provide dependable protection for electrical circuits against overload and short circuit faults. With a rated current of 100A, it is suitable for residential, commercial, and industrial electrical systems requiring reliable load handling. The C curve tripping characteristic allows it to handle moderate inrush currents, making it ideal for circuits with motors, lighting systems, and general electrical loads. The double pole configuration ensures complete protection and switching of both phase and neutral, improving overall electrical safety and system reliability. Built with a strong internal mechanism, it delivers fast tripping performance, stable operation, and long lasting durability. Its compact and robust design allows easy installation in distribution boards and electrical panels. Backed by a 7 year warranty, the Radium R5 DP C Curve MCB provides reliable circuit protection and dependable performance for modern electrical systems.
