PR11-61F-10.0A-71311-2

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

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Introduction to Circuit Breakers: PR11-61F-10.0A-71311-2

Circuit breakers are an integral part of any power system. They provide protection for overloaded circuits and are useful in shutting down electrical systems in an emergency. The PR11-61F-10.0A-71311-2 is one such circuit breaker that is used in many applications. This article will discuss the application field and working principle of the PR11-61F-10.0A-71311-2.

Application Field
The PR11-61F-10.0A-71311-2 is a class of mid-sized circuit breakers. It is designed for use in general-purpose applications where regular power separation is required. It is rated to disconnect 10 amps and it is compatible with a wide variety of residential and light industrial applications. The breaker is UL 1077 listed, making it suitable for use in applications ranging from medical and commercial to residential and industrial. It is available in two different versions, including a thermal-magnetic and electronic version.

Working Principle
The PR11-61F-10.0A-71311-2 works by using a thermal-magnetic and electronic design technique. The thermal-magnetic design uses a bimetal strip that heats up when a current passes through it. When the bimetal strip reaches its predetermined temperature, it forces a spring-loaded contact to open, thereby interrupting the current. The electronic design uses a semiconductor device that senses when the current has exceeded its limit and then triggers a breaker trip.The breaker also has overload protection, which can shut down the system if the current exceeds the specified limit, protecting the system from further damage.

Conclusion
The PR11-61F-10.0A-71311-2 circuit breaker is an important part of any power system. It is designed for general-purpose applications and can protect the power system from overloading. The breaker uses thermal-magnetic and electronic design techniques to protect the system from further damage when the current exceeds its limit. This makes it a valuable addition to any power system.

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