178.6152.0001

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Fuseholders are essential components in electrical circuits, providing protection and safety in a variety of different operations. The 178.6152.0001 application field and working principles provide insight into the various applications and use cases for these protective components, and how they are designed to improve safety and reduce risk.

Overview of Fuseholders

A fuseholder is an electrical device that houses and connects a fuse and wire or terminal for the correct operation of a circuit. Fuseholders come in a variety of sizes, shapes and materials. They are rated by voltage and current, and designed with anti-corrosion, flame-retardant, and dust-proof characteristics. Depending on their purpose, they may also be made of heat-resistant material, and have either tubular or blade-style contacts.

Fuseholders are widely used in a variety of scenarios, such as for automotive, industrial and consumer applications. They provide the connection between a device and power source, support the safe operation of a circuit, and can be used to control the flow of electricity and even protect the circuit from an overload.

178.6152.0001 Applications and Working Principles

The 178.6152.0001 fuseholder is an industrial protection device designed for the safe operation of high-power appliances such as heaters, air conditioners, escalators, elevators, and electronic equipment. It has a high breaking capacity of 500A and a rated voltage of 380V.

This fuseholder is suitable for a variety of uses, such as equipment, motor, and transformer protection, circuit control, communications protection, industrial protection, and power supply protection. It is also compatible with a range of fuse elements, including a break-action, knife-type, and DIN 42091-1 type fuse.

The 178.6152.0001 application field and working principle are based on a tube-type structure, where the fuse element is inserted into the cylinder and the electrical connections are made on the back. The fuseholder is insulated with a glass sleeve that further protects the component and the area around it in the event of an electrical overload.

The fuseholder is designed to react rapidly to an overload, and is recognized for its high breaking capacity and durable construction. It is also fully compliant with IEC 60073 (Explosive Atmospheres) standard and is certified by the CE.

Conclusion

Fuseholders are essential components in every electrical circuit, providing protection and safety in many different applications. The 178.6152.0001 application field and working principles demonstrate the versatility and durability of this protective device, and its ability to support a wide range of products, from industrial machinery to consumer electronics. Thanks to its reliable operation and protective features, this fuseholder is the ideal solution for various situations, ensuring safety and peace of mind.

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