ABB Molded Case Circuit Breaker 4-Pole 100A 690V AC 100 kA Breaking Capacity XT2H 1SDA06 1SDA067905R1 Ekip LSI 100A FF

ABB XT2H Molded Case Circuit Breaker model 1SDA067905R1 from the 1SDA06 series is a 4-pole fixed terminal circuit breaker rated at 100A and capable of breaking currents up to 100 kA. Operating at rated AC voltage of 690V, this MCCB utilizes a solid state Ekip LSI tripping mechanism to provide accurate and reliable overcurrent protection for electrical circuits.

The device features a lever-type reset actuator designed for quick and safe reset after tripping events. With compact dimensions of 130mm height, 120mm width, and 82.5mm depth, it fits efficiently into electrical panels and switchgear assemblies. The product meets CE, IEC, and RoHS approvals, ensuring compliance with international safety and environmental standards.

Engineered with a short circuit performance level H, this circuit breaker withstands harsh electrical fault conditions and protects connected equipment and personnel. Manufactured in Italy, it reflects ABB’s commitment to quality and innovation in circuit protection technology.

This MCCB is ideal for industrial, commercial, and electrical manufacturing sectors requiring high breaking capacity and consistent trip performance. Suitable for fixed mounting applications, it offers secure and maintainable protection solutions in power distribution networks.

Rated operational voltage of 690V AC for high voltage applications. Solid state Ekip LSI tripping mechanism ensures precise circuit protection. Robust construction with fixed front terminals and lever reset actuator type.

Compact dimensions: 130mm height, 120mm width, and 82.5mm depth for space-efficient installation. Complies with CE, IEC, and RoHS standards for safety and sustainability. Short circuit performance level H for reliable operation under fault conditions.

Designed and manufactured in Italy with premium quality assurance. Explore more Molded Case Circuit Breakers and components in the ABB category on EnvMart for optimized electrical safety and performance.