IALK1-33217-10

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Circuit Breakers are electrical protectors designed to detect an electrical fault and protect the electrical circuit from short circuits or overloads. They are equipped with a thermal-magnetic mechanism to allow for automatic operation, and are primarily used for the protection of electrical motors, light fixtures, and other electrical appliances.

The IALK1-33217-10 circuit breaker is a single pole Thermal-Magnetic breaker rated for 10 amperes. It is designed for use in low voltage, residential and commercial applications. It is UL Listed and is suitable for use on circuits up to 600 volts. Typically, the IALK1-33217-10 is used in combination with other circuit breakers to protect against a range of overload currents.

The IALK1-33217-10 circuit breaker has a two-part construction. The first part consists of a bimetallic temperature sensing element. This bimetallic element is designed to heat up when a certain amount of current passes through it. At a certain pre-set temperature, the element will trip the breaker, cutting off current flow.

The second part of the IALK1-33217-10 is the magnetic circuit. This type of circuit breaker uses a coil of wire to create a magnetic field when current flows through it. When enough current flows through the coil, it activates an electromagnet, which trips the breaker, cutting off the electrical current.

The IALK1-33217-10 circuit breaker is a single pole breaker suitable for use in residential and commercial applications. It is a UL Listed thermal-magnetic breaker rated for 10 amperes. It is designed for low voltage applications, typically up to 600 volts. This circuit breaker is able to detect an overload current and trip, protecting the electrical circuit from damage due to short circuits or overloads.

In conclusion, the IALK1-33217-10 is a single pole Thermal Magnetic circuit breaker rated for 10 amperes. It is designed for use on low voltage circuits up to 600 volts, and is UL Listed. The mechanism consists of a bimetallic temperature sensing element and magnetic circuit that can detect an overload current and trip the circuit breaker, thus protecting the electrical circuit from short circuits or overloads.

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