T11-4-2.50A-01-11A-V

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Circuit Breakers play an invaluable role in electrical safety, controlling and protecting electrical circuits in homes and commercial buildings, as well as large industrial systems. The T11-4-2.50A-01-11A-V is an example of a circuit breaker that can be used in a variety of applications. This article will discuss the application field and working principle of this breaker.

Application Field

The T11-4-2.50A-01-11A-V circuit breaker is designed to provide safety and protection in a variety of electrical systems. The breaker is suitable for residential, commercial, and industrial applications, including lighting circuits, motors, and other electrical loads. This breaker is also well-suited for applications where frequent trips may be required, such as emergency power supply systems and emergency lighting. It is rated for 110-130V AC and can be used in up to a 2.5 A circuit.

Working Principle

A circuit breaker is an electrical safety device that serves to short-circuit or otherwise interrupt the flow of electricity in an electrical circuit or circuit when an overload or short circuit occurs. The T11-4-2.50A-01-11A-V circuit breaker is designed to detect and respond to abnormal currents, either too much current (overload) or too little current (short circuit). On detecting an abnormality, the breaker will trip, either manually or automatically, to protect the circuit from damage.

The T11-4-2.50A-01-11A-V circuit breaker uses a standard thermal-magnetic operating principle. This means that the breaker contains both a thermal element (for overload protection) and a magnetic element (for short circuit protection). When an overload or a short circuit occurs, the thermal element and the magnetic element respond, causing the breaker to trip.

The thermal element is a bimetallic strip that is sensitive to temperature changes. When too much current passes through the circuit and causes a rise in temperature, the bimetallic strip bends and trips the breaker. The magnetic element is an electromagnet that is sensitive to changes in current flow. When a short circuit occurs, a large current flows through the circuit, causing the electromagnet to become strongly magnetized, therefore tripping the breaker.

The T11-4-2.50A-01-11A-V is designed with a manual reset feature, which allows the user to reset the breaker after it has tripped. This feature is important, as it prevents the circuit from being damaged by resetting it. This circuit breaker can also be set to trip at a predetermined current and time, allowing it to be used in applications that require delayed trips.

Conclusion

The T11-4-2.50A-01-11A-V circuit breaker is a reliable, cost-effective solution for applications that require protection from overloads and short circuits. This breaker is suitable for residential, commercial, and industrial applications, and can be used in up to a 2.5 A circuit. It is designed with a standard thermal-magnetic operating principle and has a manual reset feature. Overall, the T11-4-2.50A-01-11A-V circuit breaker is a reliable and cost-effective solution for circuit protection needs.

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