T11-2-10.0A-02-11

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Circuit Breakers

Circuit breakers are vital components in the design of electrical systems. They are designed to protect against short-circuiting, overloads, and other types of electrical hazards. The T11-2-10.0A-02-11 is a type of circuit breaker with a wide range of applications and uses.

Application Field

The T11-2-10.0A-02-11 is designed to protect circuit breakers from the effects of an electrical over-current. It is suitable for applications where AC sources have a nominal voltage of 400V AC. This type of circuit breaker is typically used in general motor control panels, household appliance control panels, HVAC systems, and computer systems.

Working Principle

The T11-2-10.0A-02-11 has a unique three-phase design. It consists of three sets of contacts operating in parallel which, when operated which in sequence, provide an over-current protection on each phase. When an overload is detected, the contacts corresponding to the overloaded phase are separated, interrupting the circuit and providing protection. The circuit breaker also has a thermal sensing system that is designed to detect the presence of an overload in the system and to activate the trip mechanism if required. If the overload persists, the mechanical action of the contacts closes the circuit breaker.

The T11-2-10.0A-02-11 also has an electrical sensing element that works in conjunction with the thermal sensing system. This electrical sensing element has a threshold value, which is determined by the manufacturer, and it will sense an overload when the threshold value is exceeded. The electrical sensing element is used to detect a persistent problem in the system, such as an under-voltage condition or a loose connection, and it will activate the trip mechanism if required.

Overall, the T11-2-10.0A-02-11 is a versatile and reliable circuit breaker that provides reliable protection from electrical hazards. It is suitable for a wide range of applications and is capable of providing a high level of protection for both AC and DC circuits. Its unique design ensures that it can be used in a variety of systems to provide the highest level of protection.

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