T11-1-7.00A-02-31-V

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Circuit Breakers

A circuit breaker is an automatic electrical switch designed to protect an electrical circuit from damage caused by overload or short circuit. The T11-1-7.00A-02-31-V is a circuit breaker specifically designed to protect a circuit against overcurrent and short circuits up to 7.00 A.

Application Field

The T11-1-7.00A-02-31-V circuit breaker is used primarily in industrial applications, where circuits are prone to frequently experience overloads due to the high current demands of larger machinery. It is used in a wide variety of applications, including wind turbines, solar inverters, electric generators, welding machines, and industrial refrigerators.

Working Principle

The T11-1-7.00A-02-31-V circuit breaker operates on a thermal-magnetic system. When the thermal element in the circuit breaker detects a sustained increase in current beyond its limit of 7.00 A, it heats up mechanically activating the internal switch, which trips the circuit breaker and opens the circuit. However, if the current reaches an abnormally high level, it will cause the magnetic field of the internal coils to interact with the raised thermal actuation member triggering the trip mechanism faster, allowing for the circuit breaker to open the circuit within a fraction of a second. Once tripped, it needs to be manually reset before the circuit can be switched back on.

Advantage

The T11-1-7.00A-02-31-V offers several advantages over other circuit breakers. Firstly, it is designed to be very small compared to other circuit breakers, so it can be easily installed into spaces that are too small to accommodate traditional circuit breakers. Secondly, the circuit breaker provides excellent short-circuit protection and trip-timing accuracy. Lastly, it is cost-effective compared to other circuit breakers on the market.

Conclusion

The T11-1-7.00A-02-31-V is an extremely versatile circuit breaker that offers many advantages over traditional circuit breakers. Its small size allows it to be installed in tight spaces, its excellent trip-timing accuracy provides superior short-circuit protection, and its cost-effectiveness makes it an attractive option for many industrial applications.

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