1976-3

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1976-3 Fuseholders

A Fuseholder is a simple device used to securely hold a fuse in an electrical or electronic circuit. A type of electrical connector, Fuseholders provide a safe and efficient way to prevent current overloads from damaging the circuit. Varieties of Fuseholders are available depending on size, shape, and the unique needs of the application.

The 1976-3 Fuseholder is an economically priced, low-profile soldering pin-type fuseholder with have two 3/4" mounting holes. It provides a dependable performance and is suitable for many low- and medium-voltage applications including those with high shock and vibration levels. Its compact design makes it an ideal choice in tight spaces.

1976-3 Fuseholder Application Field

The 1976-3 Fuseholder is well-suited for applications involving industry, autos, electric motors, machines, home appliances, electrical components, DC circuits, AC circuits, heaters, lighting equipment, instruments, communications, electronic devices, and power supplies. The two mounting holes make it easier to secure the fuseholder in place on a printed circuit board or other mounting surface.

1976-3 Fuseholder Working Principle

The 1976-3 Fuseholder is a two-pole soldering pin-type fuseholder that utilizes two 3/4" holes for mounting. It is constructed from heat-resistant thermoplastic and contains an interior passage for wiring. It features an internal pressure contact system to ensure even contact pressure, and a spring-loaded plunger to apply uniform pressure on the fuse. The contact pins are Acceptance and CSA certified, and plated to resist corrosion.

When connecting two or more circuits via the Fuseholder, electrical current between the points is controlled by the fuse. If the current exceeds a predetermined value, the fuse is detonated, disconnecting the two circuits and preventing further damage to the circuit. This provides reliable electrical safety and can be quickly reset by replacing the fuse.

Conclusion

The 1976-3 Fuseholder is an economical and dependable option for a wide range of low- and medium-voltage applications. Its low profile and two mounting holes make it remarkably versatile and ideal for use in tight spaces. It provides reliable electrical safety and efficiently protects circuits from overloads, ensuring the long-term integrity of any given circuit.

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