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The ABB XT1S 125 TMF 50-500 3p F F UL/CSA + Acc is a reliable, thermomagnetic circuit breaker with front terminals, suitable for 50-500 A applications. Certified to UL and CSA standards, it ensures safe and efficient electrical operation.
The ABB XT1S 125 TMF 50-500 4P F F UL/CSA is a robust and reliable circuit breaker, ideal for applications requiring high current ratings. It features a thermal-magnetic trip unit and meets UL and CSA standards for safety and efficiency.
ABB's XT1S 125 TMF 50-500 4-pole FF UL/CSA + Acc circuit breaker offers high reliability and safety with front terminals and thermomagnetic release, suitable for various electrical applications.
The ABB XT1S 125 TMF 60-600 3P FF UL/CSA is a molded case circuit breaker that offers reliable electrical distribution with a voltage rating of 480 VAC. It is UL/CSA listed, ensuring compliance with safety standards and optimal performance in industrial settings.
High-performance, thermomagnetic molded case circuit breaker for three-phase applications with front terminals, UL/CSA certified for safety and reliability.
Short Description: ABB XT1S 125 TMF 60-600 4p F F UL/CSA - High-performance, 4-pole circuit breaker with thermomagnetic release, UL/CSA certified for safety and reliability.
Advanced safety and efficiency in electrical distribution with UL and CSA certification. Ideal for various applications with high selectivity values and compact design[1][4].
The ABB XT1S 125 TMF 70-700 3P FF UL/CSA is a reliable, UL-certified, and CSA-approved molded case circuit breaker. It offers thermal magnetic fixed (TMF) tripping and is suitable for all distribution levels from main low voltage switchboards to subswitchboards.
ABB XT1S 125 TMF 70-700 3P FF UL/CSA + Acc: High-performance circuit breaker with TMF trip type, ideal for main and subswitchboards, meets UL and CSA safety standards.
High-performance, UL/CSA certified circuit breaker for 70A, 480V applications, ideal for distribution levels from main switchboards to subswitchboards.
Short Description: ABB's XT1S 125 TMF 70-700 4-pole molded case circuit breaker offers superior reliability and safety, certified to UL and CSA standards. Ideal for various electrical distribution needs.
The ABB XT1S 125 TMF 80-800 3P FF UL/CSA is a three-pole circuit breaker with thermal magnetic protection, designed for reliable and safe electrical distribution. It meets UL and CSA standards, making it suitable for various industrial applications.
The ABB XT1S 125 TMF 80-800 3P F F UL/CSA + Acc is a high-performance, three-pole circuit breaker with thermomagnetic release, designed to meet both UL and CSA safety standards. It features front terminals and is rated for 80-800 A.
The ABB XT1S 125 TMF 80-800 4P F F UL/CSA is a high-efficiency, four-pole molded case circuit breaker designed for reliable operation. It meets UL and CSA standards, ensuring safety and efficiency in your electrical system.
Short Description: ABB XT1S 125 TMF 80-800 3P FF UL/CSA + Acc - High-performance, 3-phase molded case circuit breaker with UL and CSA certifications for enhanced electrical safety and efficiency.
The ABB XT1S 125 TMF 90-900 3P FF UL/CSA is a three-pole molded case circuit breaker with a thermomagnetic trip unit, designed for AC and DC systems. It meets UL/CSA standards for safety and reliability.
ABB's XT1S 125 TMF 90-900 3P FF UL/CSA offers superior electrical safety and performance, meeting both UL and CSA standards for reliable operation.
ABB XT1S 125 TMF 90-900 4-pole fixed thermal magnetic circuit breaker with front flat terminals, certified by UL and CSA, for reliable electrical control in industrial settings.
High-performance, thermal magnetic, 4-pole circuit breaker with front flat terminals, UL/CSA certified for reliable electrical distribution.
The ABB XT1S 160 TMD 100-1000 3P FF is a fixed, three-pole circuit breaker with front terminals and thermomagnetic release, offering high reliability and efficiency in power distribution systems. It supports currents up to 1000 A and is designed for applications requiring robust short-circuit breaking capacities.
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