IALK1-1-52-7.50-01

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A circuit breaker is a device used in electrical systems to automatically discontinue the flow of current in the presence of an overcurrent, excessive voltage or other unusual fault conditions. It is an important component of an electrical system, providing protection from short-circuits, power surges, and other electrical faults. IALK1-1-52-7.50-01 is a type of circuit breaker developed by International Automatic Locking.

The IALK1-1-52-7.50-01 circuit breaker is an IEC 60947-2 certified device that is used in a variety of applications, such as commercial and residential construction, engineering, and industrial. It is suitable for a wide range of applications including AC motors, generators, and fire alarms. The circuit breaker has a working voltage of 380V and an acceptable fault current of 6KA.

The IALK1-1-52-7.50-01 circuit breaker is designed to provide protection against overcurrents in circuits up to 6.5KV. It is equipped with a mechanical lockout device that prevents the circuit breaker from being reset when an overcurrent condition has been detected. The lockout device also prevents the circuit breaker from being manually tripped unless it has been properly reset. The circuit breaker can also be used as a means of disconnecting a circuit from a voltage source.

The IALK1-1-52-7.50-01 circuit breaker operates using an electromagnetic principle. It is designed with an integrated trip mechanism that uses a magnetic force to detect an overcurrent or an excessive voltage. When an overcurrent or excessive voltage is detected in the circuit, the magnetic force is increased and it triggers the integrated trip mechanism which then opens the circuit breaker contacts and disconnects the circuit. The breaker must then be manually reset or replaced in order to restore power to the circuit.

The IALK1-1-52-7.50-01 circuit breaker is UL, CSA and CE certified and is designed for use in a variety of applications including industrial and commercial electrical systems. It is highly reliable, providing reliable performance and assisting in preventing damage due to surge currents, short-circuiting, or other anomolous conditions. The breaker is easy to install and is resistant to corrosion, making it an ideal component for a number of applications.

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