8601.2000

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Fuseholders have become an important safety device in recent years as they help to protect circuits from overload and short circuits. The 8601.2000 series is a type of fuseholder that is designed to provide reliable short-circuit protection for circuits with a high amp rating. It is commonly used in industrial and commercial applications where a high degree of protection is needed.

The 8601.2000 is designed with a six digit safety rating and a current rating of 2700 Amps. It features can screw in poles on line side as well as load side with a strong steel handle. The fuse holder also has an anti-short design that prevents arcing in case of a short-circuit. It is further suitable for large industrial and commercial installations up to 20 amps.

The fuseholder is a dual mountable device with a single-pole screw-in construction. It has a simple design and can be easily mounted to the machinery. The holder has an integral sliding contact system that helps ensure reliable contact with the fuse element. The holder has reinforcing lugs that provide increased strength for applications in hazardous environments. The holder also provides excellent grip and great insulation from the explosive environment.

The working principle of the 8601.2000 series is the same as other fuse holders. It works by using a high temperature fuse element that is connected to the apparatus. When a short-circuit occurs, the element becomes heated up quickly and produces a large amount of electricity. The electricity is then conducted away from the circuit safely, protecting the circuit and its components. The fuseholder has an automatic resetting function which helps to restart the circuit once the fault has been cleared.

The 8601.2000 series is designed to provide reliable protection in applications with high amp ratings. The fuseholder is a dual mountable device with a single pole screw-in design. It has an integral sliding contact system that ensures reliable contact with the fuse element and its reinforcing lugs provide increased strength for applications in hazardous environments. Its working principle is to use a high temperature fuse element which is connected to the apparatus, and when a short-circuit occurs the element becomes heated up and produces a large amount of electricity which is conducted away from the circuit safely.

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