5960-62-R

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Introduction
Fuseholders are an important category of industrial products. They are used to protect devices from the damage caused by over-current. The 5960-62-R fuseholder is one such device designed for mid and low voltage applications. In this article, the application fields and working principle of the 5960-62-R will be discussed.

Application Fields
The 5960-62-R fuseholder is designed for use in mid and low voltage applications. It is mainly used in industrial applications, including industrial assemblies, switchgear, motor control centers, and power distribution systems. It can also be used for switchboard protection, machine tool and appliance control, and service entrance equipment. It is suitable for a variety of applications, including indoor and outdoor applications such as electrical control cabinets and electrical/instrumentation panels.

Working Principle
The 5960-62-R fuseholder is a three-phase fuseholder. It works by limiting the amount of current that can pass through it. It is designed with a thermal-magnetic element that detects changes in current, and trips a circuit breaker when the current input exceeds the rated values. When the overload current is detected, a plunger trips, opening the connection between the fuse and the load. The load is then disconnected from the power supply, which prevents it from being damaged.

The 5960-62-R fuseholder features a one-shot design, which means that it trips the circuit once, and then must be manually reset after being tripped. This makes it ideal for protecting against surges, and prevents the accidental resetting of the circuit. The fuseholder also features an adjustable overload indicator which makes it easy to identify when the fuse has been tripped and needs to be reset.

Conclusion
The 5960-62-R fuseholder is an effective and reliable device designed to protect against over-current in mid and low voltage applications. It is designed with a thermal-magnetic element that detects changes in current, and trips a circuit breaker when the current input exceeds the rated values. It also features a one-shot design, and an adjustable overload indicator, which make it very easy to use. This makes it an ideal solution for a wide range of applications.

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