Schurter Thermal Circuit Breaker 6A Current Rating 2-Pole, Flange Mount TA36

Schurter TA36 thermal circuit breaker, model 3-128-236, offers precise and reliable protection with a 6A current rating and 2-pole flange mounting suitable for various industrial and electrical applications.

Featuring a snap-in terminal type and thermal tripping mechanism, this breaker is optimized for secure circuit protection and operational safety. The rocker-type reset actuator facilitates easy manual reset after tripping.

Dimensionally compact with a width of 26mm, height of 36mm, and depth of 51.7mm, it fits efficiently into electrical panels while maintaining robust performance.

Rated for 277V AC and 60V DC with a breaking capacity of 6A, this circuit breaker complies with international standards such as CCC, CE, UL, IEC, REACH, CSA, and RoHS, ensuring broad acceptability across safety and environmental norms.

Its unique UL rating of 277 VAC and finely graded rated currents provide specialized protection applications, with configurable rocker colors and lettering for identification and customization needs.

Manufactured in Switzerland, the Schurter TA36 breaker combines high quality and appealing design for industrial, laboratory, automation, manufacturing, and electrical distribution use cases.

Thermal tripping mechanism ensures reliable overcurrent safeguarding. Snap-in terminal facilitates quick and secure mounting. Compact size promotes space efficiency in control panels. Wide voltage rating suitable for AC and DC applications.

Compliance with multiple global industry standards ensures safety. Unique UL rating enhances application options. Rocker actuator allows easy resetting after a trip event. Type S characteristic supports speed and sensitivity in trip response.

High configurability for identification and customization.

This Schurter TA36 Thermal Circuit Breaker is part of EnvMart’s electronics and electrical protection solutions, serving electrical engineering, automation, and industrial safety sectors efficiently.