Industrial Control Products

ABB T4V250 TMA200/1000-2000 W MP 3P: High-performance, three-pole circuit breaker with thermal-magnetic release, ideal for demanding electrical applications.

The ABB T5H 400 PR222DS/P-LSI R400 W MP 3P is a fixed three-pole moulded case circuit breaker with solid-state release, ideal for AC applications. It features a rated current of 400 A and a short-circuit breaking capacity of 70 kA, ensuring reliable and efficient electrical distribution.

High-performance 4-pole circuit breaker with advanced interrupting capabilities, ideal for high-current applications.

Short Description: High-reliability, 4-pole moulded case circuit breaker with thermal magnetic trip, rated for 160A and 690V AC.

The ABB T4L250 TMA100/500-1000 W MP 3P circuit breaker provides reliable protection with a thermomagnetic release and adjustable magnetic trip units, ensuring safe and efficient operation in a wide range of applications.

The ABB T4H 250 PR221DS-I R100 W MP 4P is a fixed four-pole moulded case circuit breaker with front terminals and solid-state release. It features a rated current of 100 A and a short-circuit breaking capacity of 100 kA at 220/230 V AC, making it ideal for high-performance electrical distribution applications.

The ABB T5H400 TMA320/1600-3200 P MP 3P circuit breaker offers high reliability and performance for demanding applications, ensuring safe and efficient power distribution.

Short Description: ABB T4L250 PR222DS/P-LSI R160 W MP 4P - High-performance moulded case circuit breaker with solid-state release and front terminals for reliable electrical protection.

The ABB T4L 250 TMA 80-800 W MP 3P is a fixed three-pole moulded case circuit breaker with a thermal magnetic trip. It features front terminals and is designed for applications requiring high short-circuit breaking capacity and reliability.

High-performance moulded case circuit breaker with advanced protection, high interrupting ratings, and versatile applications.

High-performance 4-pole moulded case circuit breaker with a rated current of 320 A and a short-circuit breaking capacity of 5 kA, ideal for reliable power distribution.

The ABB Tmax T4N250 TMA100/500-1000 3P circuit breaker is a high-performance solution for power distribution, offering reliable operation and efficient interrupting capabilities.

ABB T4V 250 TMD 32-320 3P FF: High-performance, thermal-magnetic circuit breaker with 100 kA short-circuit breaking capacity at 250 V DC and 150 kA at 500 V DC. Ideal for industrial applications.

The ABB Tmax T4V250 TMD 20/320 W MP 4P is a high-performance moulded case circuit breaker with thermomagnetic release, designed for reliable operation in various voltage conditions. Ideal for electrical distribution systems.

The ABB T4N250 PR221DS-I R100 P MP 4P is a 3-pole, 250A circuit breaker featuring advanced PR221DS-I electronic trip units. Ideal for high-performance applications, it offers superior protection and reliability.

Short Product Description The ABB Tmax T4N250 TMA80/400-800 P MP 3P circuit breaker is designed for power distribution, featuring advanced magnetic and electronic trip units for safe and efficient operation.

The ABB Tmax T5S400 TMA400/2000-4000 P MP 3P circuit breaker provides high-performance protection for motor applications, ensuring optimal coordination and reduced space requirements.

The ABB T4N250 PR221DS-I R250 P MP 4P is a 250A, four-pole moulded case circuit breaker featuring solid-state release and front terminals. Ideal for various electrical applications, it ensures high reliability and safety.

The ABB ACS880-07-0522A-7 is a high-precision, cabinet-built AC drive that supports various motor types, including induction, synchronous, and servo motors. It features direct torque control (DTC) and is built to order, meeting specific technical challenges.

The ABB CLMD83/100 400-50 is a high-power capacitor unit designed for reactive power compensation. It features a robust and compact design, excellent dielectric properties, and reliable performance. Ideal for industrial and commercial applications, it ensures efficient power factor correction and stable operation.