3586

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Fuseholders are used to protect an electrical circuit or equipment from overdoing current. They come in a variety of styles and sizes, making them suitable for a number of applications. The 3586 Fuseholder is a through-the-hole style fuseholder designed to house a small-diameter fuse. It has a rugged, impact-resistant construction that can withstand harsh environments.

3586 Details

The 3586 has an operating temperature rating of -55°C to +125°C with vibration resistance of 30g at 10–500Hz. It also has a current rating of 6 amps and a voltage rating of 250 VAC. The fuseholder is designed in accordance with UL 94 V-0 flammability rating requirements, and is RoHS compliant. It’s also UL E134826 and CSA 22.2 compliant. The housing material is Polyphthalamide (PPA).

Applications

The 3586 Fuseholder has a wide range of applications, including industrial lighting, power tools, automotive, consumer electronics, and audio/visual equipment. It can be used to protect low voltage, low power circuits found in domestic and commercial appliances, heating and cooling equipment, and communications equipment.

Installation

The 3586 has a bayonet-style snap-in mounting style that makes installation quick and easy. The fuseholder also includes a lockable cap designed to secure the fuse. In some cases, an optional retention clip can be used to provide additional strain relief for the wiring. Mounting screws and strain relief serrations on the lockable cap are also available.

Working Principle

The 3586 Fuseholder is designed to protect electrical circuits from overdoing currents. It houses the fuse, which is designed to break and stop the flow of electricity when a certain current limit is exceeded. The fuse is connected to the power supply, and when the current exceeds the rated limit, the fuse will break and stop the flow of electricity.

The fuseholder also has an internal over-current protection circuit that monitors and limits the current when the fuse breaks. This prevents any additional damage to the circuit by limiting the electricity. The over-current protection circuit is maintainable and can be reset by pressing the reset button to restore the fuseholder to working order.

Conclusion

The 3586 Fuseholder is a robust and reliable through-the-hole style fuseholder designed to protect electrical circuits from ovecurrents. It comes with a wide range of features such as locking cap, internal over-current protection circuit, and mounting screws and serrations on the cap. Thanks to its rugged construction and working principle, it is suitable for a variety of applications, such as industrial lighting, power tools, automotive, consumer electronics, and audio/visual equipment.

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