Voltage Rating:690V AC

Current Rating:630A

Circuit Rating:Up to 63kA at 40kV

Operating Temperature Range:-5°C to +40°C

Protection Types:Short Circuit, Overload, Ground Fault

Contact Material:Silver-Iridium Alloy

Insulation Material:Teflon

Operating Mechanism:Electromechanical

Dimensions:Width x Height x Depth: 120mm x 180mm x 300mm

Weight:Approx. 4.5kg

    The SIEMENS RMS-TSIG-TZ-R Circuit Breakers are engineered with precision for industries requiring high reliability and robust protection against overloads and short circuits. These breakers feature an advanced electromechanical operating mechanism that ensures swift and accurate disconnection under fault conditions, minimizing downtime and protecting downstream equipment.

    Equipped with a silver-iridium alloy contact material, these breakers offer exceptional wear resistance and prolonged operational life, ensuring consistent performance even under demanding conditions. The use of Teflon insulation enhances electrical insulation and temperature resistance, providing a barrier against electrical breakdowns and maintaining integrity in harsh environments.

    Designed with a wide voltage rating of 690V AC and capable of handling up to 630A current, the SIEMENS RMS-TSIG-TZ-R Circuit Breakers are versatile and can be applied across various industrial settings, from power distribution networks to complex control systems.

    With comprehensive protection types including short circuit, overload, and ground fault, these breakers provide a comprehensive safeguard against potential hazards, ensuring the safety and reliability of the entire system. They are ideal for applications where failure could lead to significant operational disruptions or safety risks.

    The compact design of the SIEMENS RMS-TSIG-TZ-R Circuit Breakers makes them suitable for space-constrained environments without compromising on performance. They come with easy-to-install mounting hardware and are compatible with standard installation practices, streamlining the setup process for end-users.