IELK1-1RS4-33609-60-V

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Circuit breakers are a well-known face in electrical installations. It is an automatic switch that severs an electric circuit connection when a surge of energy occurs, usually protecting electronic and other important components of the circuit from damage. The IELK1-1RS4-33609-60-V is a particular model of circuit breakers, and understanding the its application field and working principle are key for knowing where and how it should be used.

Application Field

The IELK1-1RS4-33609-60-V is a single-pole circuit breaker, which makes it ideal for applications that require both safety and convenience. In particular, it is well-suited for protecting small appliances, hoists, and pneumatic equipment in both residential and commercial properties. Since it is rated for 600 volts and as much as 30 amperes, it is also a great choice when dealing with Class A and B insulation.

Working Principle

The IELK1-1RS4-33609-60-V uses a thermal-magnetic trip mechanism, enabling the unit to respond quickly yet accurately to changes in electrical load. The two distinct components are both triggered based upon the status of the current flow by means of the contacts, thanks to electromagnetic and thermal effects.

The thermal component is made up of a metal heating element which is designed to generate a specific amount of heat when the current flow is greater than the breaker’s rated current. This causes a change in the shape of the bimetallic strip connected to the heater, in turn triggering the contacts and opening the circuit. The magnetic component triggers when a magnetic field, generated by the running current is greater than the field set by the breakers.

Conclusion

The IELK1-1RS4-33609-60-V is an ideal option for protection of small appliances, hoists, and pneumatic equipment. The breaker\'s thermal-magnetic trip mechanism enables it to quickly respond to spikes in current, while maintaining the precise levels needed for the safety of the connected equipment. Understanding the unit\'s application field and working principle allows for its precise use in any electrical installation.

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