T11-62F-15.0A-01-20A-V

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T11-62F-15.0A-01-20A-V Application Field and Working Principles：

T11-62F-15.0A-01-20A-V is a type of circuit breaker. Circuit breakers are designed to protect electrical circuits from damage caused by overload as well as from short circuit. A circuit breaker is an electronically or mechanically operated instrument or device for cutting off an electrical circuit. It is usually installed in a circuit breaker cabinet and is used to shut off power from appropriate circuits in cases of excess current flow or overload. In general, circuit breakers provide a means of safely shutting off actuated electricity to protect wiring and other devices from damage.

T11-62F-15.0A-01-20A-V is mainly used in applications such as electric boxes, distribution boxes, and industrial machinery. It features a high thermal magnetic, KA tripping performance with a rating of 15.0A-01-20A-V, and a high breaking capacity of 6kA. Besides, it also has a low operating and closing power of ≤ 15A and ≤ 10A, respectively. In addition, it has an insulation resistance of more than 100MΩ and an electric strength of 4.5KV. It is suitable for circuits with an operating frequency of 50Hz and 60Hz.

The working principle of the T11-62F-15.0A-01-20A-V circuit breaker is based on the electric current effect. When the current flowing through the circuit rises to a certain value, it will trip the breaker by generating an overwinding magnetic field. This forces the moving contact to move away from the fixed contact, thereby breaking the circuit. The trip current value (I-t) is determined by the trip function on the breaker. Once the current falls below the trip current value, the switch will automatically reset back to its original position.

The T11-62F-15.0A-01-20A-V circuit breaker is a suitable device for protection of circuits from overload or short-circuit issues and is commonly used in a variety of applications, including electric boxes, distribution boxes, and industrial machinery. It provides a safe and reliable method of cutting off electrical circuits and preventing damage from overload or short circuit.

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