Industrial Control Products

The ABB XT2H 160 Ekip Dip LSIG 25A 4P fixed mount circuit breaker offers advanced Ekip Dip LSIG trip units and high breaking capacity, ensuring reliable and efficient power distribution.

High-performance, three-pole moulded case circuit breaker with solid-state release and front terminals for reliable electrical distribution.

The ABB T5L 400 PR222DS/P-LSIG is a fixed three-pole moulded case circuit breaker with solid-state release and front terminals, ideal for AC systems. It offers high reliability and efficiency in electrical distribution.

The ABB XT2L 125 Ekip LSIG In=60A 3p F F UL/CSA + Acc is a high-quality, three-pole circuit breaker designed for AC applications. It features front terminals and a solid-state release mechanism, ensuring reliable operation and safety. Meets UL/CSA standards for electrical durability and performance.

The ABB XT2N 125 Ekip LS/I In=25A 3P FF UL/CSA + Acc is a 3-phase molded case circuit breaker designed to meet UL/CSA standards. It provides reliable performance and excellent safety features, making it ideal for various electrical applications.

Short Description: ABB XT2N 125 TMF 20-400 3P FF UL/CSA + Acc: High-performance, UL/CSA certified, 3-pole molded case circuit breaker for reliable electrical protection.

The ABB T2S 160 PR221DS-LS 160A 3P FF circuit breaker offers reliable performance, efficient operation, and enhanced safety. Suitable for power distribution applications.

ABB T5V 400 PR222DS/P-LSI In=400 3p F F: Reliable, efficient, and safe three-pole moulded case circuit breaker with solid-state release and front terminals.

Short Description: ABB XT2H 125 Ekip LSIG In=100A 3P FF UL/CSA + Acc is a high-performance, three-pole circuit breaker with a 100A rating, featuring front terminals and an Ekip LSIG trip unit. It meets UL/CSA standards for safety and durability.

Short Description: ABB XT3S 225 MCP In=125 3p F F UL/CSA + Acc - High-performance, three-pole molded case circuit breaker with magnetic release and front terminals, compliant with UL and CSA standards.

Short Description: ABB's T5H 400 TMA 320-3200 4P FF InN 100%In is a robust, four-pole circuit breaker featuring thermomagnetic release. It ensures reliable electrical distribution with a full-rated neutral, making it suitable for various industrial applications.

ABB's T4V 250 TMA 250-2500 3p F FC 1150V AC circuit breaker features thermomagnetic release and front terminals for Cu cable, ensuring reliable operation in heavy-duty applications.

The ABB T5N 400 PR221DS-LS/I In=320 3p FF is a reliable, fixed three-pole circuit breaker designed for high-performance applications. It features solid-state release and front terminal connections, ensuring efficient and safe operation in AC systems.

ABB T5N-D/PV 400 MCS UL 3P F 1000V DC + Acc: A reliable, UL-certified circuit breaker for photovoltaic applications, ensuring safe and efficient operation in 1000V DC systems.

Short Description: ABB T5S 600 UL/CSA PR221DS-LS/I 600 3P FF circuit breaker provides reliable branch circuit protection with electronic trip units and solid-state releases, meeting UL 489 and CSA C22.2 standards.

Short Description: The ABB XT2H 125 MCP In=15 3p F F UL/CSA + Acc is a reliable, three-pole circuit breaker with front terminals and magnetic release, ensuring safe and efficient electrical operations. Certified to UL/CSA standards.

High-performance, three-pole moulded case circuit breaker with solid-state release, meeting UL and CSA standards for safety and efficiency.

ABB T5N 400 PR222DS/P-LSIG In=400 4p F F: A high-capacity, 4-pole molded case circuit breaker with 400A rating, solid-state release, and excellent electrical and mechanical durability for industrial use.

Short Description: ABB's T5S 400 TMA 320-3200 3P FF + Acc is a robust, three-pole moulded case circuit breaker featuring thermomagnetic release for enhanced short-circuit protection and adjustable thermal settings.

Short Description: ABB's T4N 250 TMA 250-2500 4 Pole Moulded Case Circuit Breaker offers 100% rated neutral protection, front terminals, and a thermomagnetic release for reliable and efficient power distribution in various applications.