229-2-24787-1

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Circuit breakers are electrical safety devices used to protect electrical circuits from damage due to high currents and voltage spikes. The 229-2-24787-1 circuit breaker is a bimetallic type designed for high-frequency application in the range of of 0.3 to 2 volts at 600 Hz.

This circuit breaker utilizes a pair of bimetallic elements which are attached to a contact system. The bimetallic elements are made of two different metals with different expansion coefficients. When subjected to a current or voltage thermal energy is generated in proportion to the magnitude of current or voltage. This energy is converted to mechanical force which is applied to the contact system.

The contact system consists of two contacts, a fixed one and a moveable one, which are associated with a trip element and are closed when no current is flowing. When the current exceed the rated limit, the bimetallic element expands due to the heat generated and the moveable contact is separated from the fixed contact. The trip element is then activated and the circuit breaker trips and opens the circuit.

The 229-2-24787-1 circuit breaker is suitable for use in low-voltage AC circuits. It is designed to protect against the effects of short-term overload, excessive current, and short-circuit current. The current rating is adjustable from 10-100 amperes, and the trip time is adjustable from 0.01-30 seconds.

The 229-2-24787-1 circuit breaker is widely used in industrial, commercial, and consumer applications. In industrial applications, it is used to protect motors, lighting fixtures, and other equipment from short-circuits and to protect against overload. In commercial and consumer applications, it is used to protect appliance circuits, battery chargers, and other low-voltage circuits.

The 229-2-24787-1 circuit breaker is a reliable and cost-effective solution for protecting electrical circuits against damage due to short-term overload, excessive current, and short-circuit current. Its adjustable current rating and adjustable trip time ensure that it can meet the needs of a wide variety of applications.

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