JM60400-1MW26

Fuseholders

A fuseholder is an electrical component that is used to hold and secure a fuse in place in order to protect a circuit or device from being damaged by an overload or a short circuit. Fuse holders are available in a number of styles, designs, and materials, depending on the type of fuses they are designed to hold. This article will focus on the JM60400-1MW26 fuseholder and its application field and working principle.

JM60400-1MW26 Fuseholder

The JM60400-1MW26 fuseholder is designed to hold and secure PCB-mount surface-mount (SMT) fuses. The fuseholder is designed to be mounted onto a circuit board and has a built-in clip that secures the fuse in place. This fuseholder is rated for up to 1A and 600Vac/DR and is designed to meet UL, CSA, and EN standards. The fuseholder is available in three sizes and is designed to accommodate different types of fuses such as glass, ceramic, and gas tube.

Application Field

The JM60400-1MW26 fuseholder is designed for a wide range of applications from power supplies to telecommunications and other consumer electronics products. It is widely used in switching power supplies, circuit protection, relay and timer circuits, and other power management applications. The fuseholder is also suitable for use in harsh environments due to its thermoplastic enclosure that offers IP67 protection rating.

Working Principle

The JM60400-1MW26 fuseholder works by providing a secure connection between a fuse and a circuit board. The built-in clip holds the fuse firmly in place and prevents it from vibrating loose or falling out, which could cause a short circuit. The fuseholder also protects the circuit board from arcing or sparks, which can damage the board and other components.

The JM60400-1MW26 fuseholder is a reliable and durable component that provides protection for circuits and devices. It is designed to meet a variety of industry standards and is suitable for use in a wide range of applications. The fuseholder is also designed to be easy to install and cost-effective, making it a popular choice for use in consumer electronics and power management applications.