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Fuseholders

Introduction

A Fuseholder is an electrical device designed to hold and securely fasten a fuse to a panel, chassis, substrate or module in an electrical system. The fuseholder serves as a removable link in the circuit, on which the fuse can be installed or replaced as deemed necessary for safety or circuit adjustment. Fuseholders are used for overcurrent circuit protection, especially for applications that require a limited amount of current to pass through a circuit. They provide protection for wiring, fuses, electronics components, and other circuit elements.

01220088Z Fuseholder

01220088Z is a type of Fuseholder that is specifically designed for power applications. It features a unique and highly resilient design, featuring a threaded cap that securely fastens the fuseholder to the substrate. This provides high degree of protection from shock and vibration, as well as insulating the fuseholder from excess heat. The fuseholder is available in a variety of ultimate voltage ratings between 2.5 KV – 5 KV and peak current up to 100A.

Application Fields

01220088Z Fuseholders are mainly used in the field ofi automation control, such as in robotics, computers, embedded systems, and other applications where robust power protection and fast response time is necessary. This device is also suitable for other power applications that require a high degree of circuit protection and insulation.

Working Principle

The working principle of 01220088Z Fuseholder is based on the heat-fuse mechanism. When the current passing through the device exceeds the rated value, it generates heat due to the excessive power consumption. This heat melts the short-circuit protection plate in the fuseholder, which effectively stops the current from flowing in the circuit, thus preventing the occurrence of overload or overcurrent phenomenon.

Conclusion

01220088Z Fuseholders provide a reliable, robust and durable solution for power applications where overcurrent protection and insulation is necessary. It features a unique design that is highly resistant to shock, vibration and extreme heat, making it an ideal choice for power systems that require robust and efficient protection against overcurrent or other power-related issues.

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