Molded Case Circuit Breaker

High-performance, four-pole molded case circuit breaker with thermomagnetic release and front terminals, meeting UL/CSA standards for reliability and safety.

Short Description: The ABB XT4N 250 TMF 50-500 4p F F UL/CSA + Acc is a four-pole, thermomagnetic release (TMR) molded case circuit breaker with a rated current of 250 A and a rated voltage of 600 V AC/500 V DC. It is certified to UL and CSA standards, ensuring high electrical and mechanical durability.

ABB's XT4N 250 TMF 60-600 3p F F UL/CSA circuit breaker provides high reliability and safety in power distribution, featuring a thermomagnetic release and compliance with UL and CSA standards.

ABB XT4N 250 TMF 60-600 3p F F UL/CSA: A reliable, 3-pole molded case circuit breaker with thermomagnetic release, front terminals, and UL/CSA certification for safe power distribution.

The ABB XT4N 250 TMF 60-600 3p F F UL/CSA is a high-performance, three-pole molded case circuit breaker designed for power distribution applications. Certified to UL and CSA standards, it provides reliable operation and safety in electrical systems.

High-performance molded case circuit breaker for power distribution, meeting UL and CSA standards for electrical and mechanical safety.

Short Description: ABB's XT4N 250 TMF 60-600 4-pole circuit breaker ensures reliable power distribution with UL/CSA certification, thermomagnetic release, and front terminal connections.

The ABB XT4N 250 TMF 70-700 3P FF UL/CSA circuit breaker offers high durability and reliable performance, meeting both UL and CSA standards for safe and efficient power distribution.

Short Description: ABB XT4N 250 TMF 70-700 3p F F UL/CSA + Acc: High-performance, safety-certified circuit breaker with thermomagnetic release and front terminals, meeting UL/CSA standards for electrical and mechanical safety.

The ABB XT4N 250 TMF 70-700 4P F F UL/CSA is a robust, 4-pole molded case circuit breaker with a 250A rating, 600V voltage, and 2500A short-circuit protection. UL/CSA certified for superior safety.

ABB XT4N 250 TMF 70-700 4P F F UL/CSA + Acc: High-performance, UL/CSA certified circuit breaker for power distribution, featuring robust electrical and mechanical durability.

ABB XT4N 250 TMF 80-800 2p F F UL/CSA: Reliable, high-performance molded case circuit breaker for power distribution with robust electrical and mechanical durability.

The ABB XT4N 250 TMF 80-800 3p F F UL/CSA is a reliable, three-pole moulded case circuit breaker with UL/CSA certification, ensuring robust electrical and mechanical durability for power distribution applications.

Short Description: The ABB XT4N 250 TMF 80-800 3p F F UL/CSA circuit breaker provides reliable power distribution with a thermomagnetic release, ensuring high electrical durability and mechanical reliability. Certified for UL and CSA standards.

The ABB XT4N 250 TMF 90-900 2p FF UL/CSA is a high-performance, two-pole molded case circuit breaker designed for power distribution. It features a thermomagnetic release and meets UL/CSA standards for reliable operation.

High-performance, three-pole molded case circuit breaker with thermomagnetic release (TMF) for reliable power distribution, UL/CSA certified.

ABB's XT4N 250 TMF 90-900 3P F F UL/CSA circuit breaker provides reliable power distribution with a thermomagnetic release, ensuring high electrical and mechanical durability. Certified for UL and CSA standards, it is suitable for demanding applications.

The ABB XT4N DC 160 TMD100 FF 3P is a 3-pole DC circuit breaker featuring thermomagnetic release and adjustable trip units, ensuring reliable and precise control of electrical currents. Ideal for power distribution applications, it offers high breaking capacities and meets stringent safety standards.

Advanced 4-pole DC circuit breaker with thermal-magnetic release, ensuring precise control and protection in demanding applications. Reliable and efficient power distribution.

High-performance DC circuit breaker with thermal-magnetic release and front terminal connections, ideal for reliable power distribution in DC systems.