IDLK1-1-52F-100.-91

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Circuit Breakers are an important component within the electrical infrastructure of an electrical system. They are designed to protect equipment and personnel from electrical hazards caused by overcurrent or short circuiting. The IDLK1-1-52F-100.-91 circuit breaker is an example of this type of device. This article will provide an overview of the application field and working principle of this circuit breaker.The IDLK1-1-52F-100.-91 is a type of two-pole circuit breaker designed for use in residential and commercial properties. It is rated for a nominal current capacity of up to 100 amps, and a maximum voltage rating of 240 volts AC. This circuit breaker is designed for use in areas where the environment is dry, as it is not rated for use in damp or wet conditions. It is also suitable for use with other electrical system components, such as contactors, relays, and switches.The IDLK1-1-52F-100.-91 is certified by the Underwriters Laboratories (UL) and is eligible for use in the United States. It meets the National Electrical Code (NEC) and UL 891 safety standards. Additionally, this circuit breaker has been tested and is compliant with the Canadian Electrical Code (CEC) and is eligible for use in Canada.The IDLK1-1-52F-100.-91 has a one- and two-pole design and is protected by a thermal-magnetic trip unit. It also features an adjustable voltage sensitivity of up to 8 volts, and a trip frequency range of 5-25 Hz. This circuit breaker is designed to provide maximum overload and short circuit protection, by responding quickly and safely when an overcurrent or short circuiting is detected.The working principle of the IDLK1-1-52F-100.-91 circuit breaker is based on a split-core design that consists of two main components. The first part of the design is the thermal trip unit, which features a thermal magnetic bimetal strip that interacts with a solenoid, contacts, and a resistor. This trip unit is sensitive to thermal stressing, which is caused by the flow of overload current. When the temperature of the bimetal strip reaches its pre-determined limit, the solenoid is activated and the circuit breaker is triggered.The second component of the circuit breaker is the magnetic trip unit, which consists of a permanent magnet and a ferrite core. This component is designed to detect the flow of short circuit current, which produces a high level of magnetic flux. When the flux reaches its pre-determined limit, it is detected by the ferrite core, causing the circuit breaker to trip.In conclusion, the IDLK1-1-52F-100.-91 circuit breaker is a thermal-magnetic device designed for use in residential and commercial properties. It is designed to provide maximum overload and short circuit protection and is certified and compliant with UL, NEC, and CEC safety standards. The device features an adjustable voltage sensitivity and a trip frequency range of 5-25 Hz, and its working principle is based on a split-core design that consists of two main components.

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