IEL2-38663-16-V

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Circuit Breakers : IEL2-38663-16-V Application Field and Working Principle

A circuit breaker is an important safety device used in all areas of electrical engineering. It is a device that protects the electrical circuit from damage due to an overload or short-circuiting. It is important to know the application field and working principle of the IEL2-38663-16-V circuit breaker.

The IEL2-38663-16-V is a three-pole air circuit breaker manufactured by Rocky Mountain Breaker. It is used in residential, commercial and industrial applications. This circuit breaker is rated for 16amps and can be used in single phase and three phase applications. It is UL listed and provides protection against overload and short circuit conditions. The breaker can be either type 1 or 2 depend on the requirements. It has a 1 pole thermal current of 16A and a 3 pole thermal current of 16A.

The IEL2-38663-16-V circuit breaker works on several principles. Firstly, it has an electromechanical mechanism which is designed to detect an overload or short circuit in an electrical circuit. The breaker has several components – an arc chute, a trip bar, and a snap switch. When an overload or short circuit is detected, the breaker trips and the trip bar moves to the “open” position, separating the circuit. This prevents the current from causing any further damage to the circuit and equipment.

The second principle which the IEL2-38663-16-V circuit breaker works on is thermal overload protection. This protection is provided by a built-in thermal switch. When thebreaker detects a sustained overload, the thermal switch trips and disconnects the power to the circuit. This prevents the circuit from being damaged by the high current.

The third principle which the circuit breaker works on is magnetic blowout protection. The magnetic blowout protection prevents the circuit from being damaged by an excessively high current draw, which can cause an arc. A set of magnets is configured in the breaker to create a magnetic field when a high current passes through the breaker. The magnetic field causes the current to dissipate and thus prevents any further damage to the circuit.

The IEL2-38663-16-V circuit breaker is a durable and reliable device that is used in residential, commercial, and industrial applications. The breaker is all-in-one protection against overload and short circuit conditions. It features three different principles of operation, ensuring that it is suitable for most applications that require a dependable circuit breaker.

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