Molded Case Circuit Breaker

High-performance three-pole circuit breaker with a rated current of 40-125 amps and a short-circuit breaking capacity of 25 kA. Ideal for safe and reliable electrical distribution.

Short Description: A1C 125 MF 50-600 3p F F is a fixed three-pole molded case circuit breaker with front terminals and magnetic release, offering reliable electrical protection for a wide range of applications.

The ABB A1C 125 TMF 50-600 3p F F-DVP is a robust, three-pole circuit breaker with front terminals and thermomagnetic release, ideal for industrial and commercial use, offering reliable circuit protection and efficient operation.

ABB A1C 125 TMF 60-720 3P FF: Reliable, efficient, and thermomagnetic circuit breaker with 60 A rated current and 30 kA short-circuit breaking capacity.

Short Description: A1C 125 TMF 60-720 3P FF-DVP: A high-performance, three-pole moulded case circuit breaker with thermomagnetic release and front terminals, ensuring reliable electrical distribution and meeting IEC standards.

The ABB A1C 125 TMF 70-700 3P FF circuit breaker provides reliable, three-pole protection for industrial applications. Rated for 125A and meeting IEC standards, it ensures safe and efficient operation.

High-performance moulded case circuit breaker with thermal-magnetic release, front terminals, and IEC 60947-2 compliance for reliable electrical protection.

ABB's A1C 125 TMF 80-960 3p F F is a reliable moulded case circuit breaker with thermomagnetic release and front terminals, suitable for transformer, generator, and installation protection.

The ABB A1C 125 TMF 100-1000 1P FF is a high-performance moulded case circuit breaker with a rated current of 100 A, suitable for transformer, generator, and installation protection applications.

Short Description: SACE Formula A1C 125 TMF 100-1000 3P FF - High-performance, three-pole molded case circuit breaker with thermomagnetic release for transformer, generator, and installation protection.

ABB's A1C 125 TMF 100-1000 3P FF circuit breaker provides reliable 3-phase power distribution with a thermomagnetic release and front terminals, ensuring safe operation in various electrical applications.

Contact us for A1C 125 TMF 100-1000 3p F F-DVP specifications, availability and lead time.

ABB's A1C 125 TMF 100-1000 4P FF is a top-tier thermomagnetic release circuit breaker, offering robust electrical protection with a 100-1000 A current rating and 4 poles. Perfect for demanding applications, it ensures reliable and efficient operation.

The A1C 125 TMF 100-1000 4p F F is a robust, four-pole circuit breaker with thermomagnetic release and front terminals. It offers high short-circuit breaking capacity and meets IEC standards, ensuring reliable performance in various electrical applications.

The ABB A1C 125 TMF 125-1250 1p FF is a reliable moulded case circuit breaker designed for transformer, generator, and installation protection. It features thermomagnetic release and meets IEC standards for high electrical durability.

Short Description: Reliable 3-pole moulded case circuit breaker with 125 A rated current, 63 kA short-circuit making capacity, and IEC compliance for transformer, generator, and installation protection.

Short Description: The A1C 125 TMF 125-1250 3P FF is a reliable, three-pole moulded case circuit breaker designed for transformer, generator, and installation protection. It includes thermomagnetic release and front terminals, ensuring efficient and safe operation.

The ABB A1C 125 TMF 125-1250 4p F F is a high-performance moulded case circuit breaker designed for reliable protection in electrical systems. It features a rated current of 125A and a short-circuit breaking capacity of 25kA, ensuring safe and efficient operation.

ABB A1C 125 TMF 125-1250 4p F F-DVP: High-performance, four-pole moulded case circuit breaker with thermomagnetic release for transformer, generator, and installation protection.

The ABB A1C 125 TMF 15-300 3p FF is a high-quality, three-pole moulded case circuit breaker designed for applications requiring reliable power protection. It features a thermal-magnetic release mechanism and front terminals, ensuring efficient and safe operation.