3058062

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Introduction

The 3058062 application field and working principle refers to the general characteristics of the 3058062 circuit breaker which is an advanced version of the circuit breaker that is used in the utility and electronic application. This circuit breaker also has been used in the industrial applications such as power transmission, home and office wiring applications. It is designed for providing power with breaking capacity high enough to interrupt an arc and provide energy efficient control for all types of loads. This article will present a general overview on the application field and working principle of the 3058062 circuit breaker.

Application Field

The 3058062 circuit breaker is designed mainly to provide a current interruption function in an environment with power of up to 2,000Amps. Its wide range of applications ranges from residential, industrial and utility to very high power applications. In the residential and industrial applications, it is known to be suitable for providing normal protection of 250A with the rated current of 10kAmps. In the utility application, it is designed for providing protection with a breaking capacity of up to 3,000A.

In residential and industrial applications, this circuit breaker is used to protect the electrical wiring from overloading and short circuit risks. It is also used in installations where there is limited space for installation of traditional circuit breakers. In the utility applications, this circuit breaker is used for mains switching, protecting the distribution line from overload and short circuit. With respect to the industrial and utility applications, this circuit breaker is heavily tested to provide stability and reliability when switching large currents or voltages.

Working Principle

The working principle of the 3058062 circuit breaker is based on the use of a thermal-magnetic trip unit. The basic operation involves the use of two parts- the trip unit and the contact point. When the overload or short circuit occurs, the trip unit senses the overload and triggers the contact point of the breaker to close and cut off the power supply. The thermal-magnetic trip unit can detect both temperature and current surge which helps to protect the equipment against short circuit and overload risks.

The thermal-magnetic trip unit also can provide additional features such as shunt protection, ground fault protection and motor overload protection. Shunt protection is used to provide protection against the effects of voltage transients while ground fault protection is used to provide protection against ground fault situations. Motor overload protection is used to protect motors against the effects of overload. All of these features can be controlled from the trip unit which in turn can provide efficient protection against electrical risks.

Conclusion

The 3058062 circuit breaker is an advanced version of the traditional circuit breaker that is designed for providing power and breaking capacity at high levels. Its wide application ranges from residential, industrial and utility to very high power applications. Its working principle is based on the use of a thermal-magnetic trip unit that senses energy overloads and short circuits. The trip unit also provides additional features such as shunt protection, ground fault protection and motor overload protection.

Overall, the 3058062 circuit breaker provides efficient current interruption and protection against electrical risks in residential, industrial and utility applications. Its thermal-magnetic trip unit offer efficient control to provide the highest levels of protection.

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