R25030-1COR

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R25030-1COR Fuseholders

R25030-1COR is a type of fuseholder designed for use in low voltage electronic applications. This fuseholder is designed to securely fasten to a board with an M3 screw fastening system, and can accommodate up to 4mm diameter fuses. These fuseholders are used extensively in major electronic applications such as computers, LED lighting systems, and medical devices.

Application Field of R25030-1COR Fuseholders

The R25030-1COR is designed for use in fusion applications where the fuse needs to be protected from damage or tampering yet still readily accessible. This includes situations where the fuse may be disconnected frequently for maintenance operations or connectivity testing. The compact design of this fuseholder allows it to fit in a wide variety of spaces, making it ideal for tightly packed applications.

This fuseholder is commonly found in LED lighting systems because of its ability to easily connect and disconnect the fuse from the circuit. The fuseholder is also frequently used in communication and military radio applications due to its high impact and vibration resistance. Medical electronics, such as portable diagnostic equipment, also widely utilize this fuseholder for its robust design and superior electrical insulation.

Working Principles of R25030-1COR Fuseholders

The R25030-1COR fuseholder uses a push-fitting system to secure the fuse within the holder. This allows the fuse to be securely fastened to the device without the need for an additional screw or clip. The function of the fuseholder is to be a secure link between the fuse and the circuit, and to protect the fuse from being exposed to excessive heat, extreme cold, shocks, vibrations or tampering.

The fuseholder also acts as an insulating layer between the fuse and the circuit board or other components, helping to minimize the risk of electrical shorts or arcing between the two. This insulation helps to prevent corrosion and improves the overall safety of the circuit.

In order to achieve an optimal connection between the fuse and the holder, the fuseholder has been designed with “live” contacts that adapt the profile of the fuse and hold it secure within the holder. The shape of the contacts ensures that the fuse is held securely even when subject to vibration or shocks. When the fuse is inserted into the holder, the contacts also create an electrical connection between the two, allowing power to flow through the circuit uninterrupted.

Conclusion

The R25030-1COR fuseholder is an essential part of electronic applications, providing a secure, protected and easily accessible solution for fuse management in high-demand situations. It is an ideal choice for applications where vibration resistance, powerful insulation and access to the fuse is required. The innovative push-fitting system ensures that the fuse is securely locked in place, and is also insulating against electrical shorts or arcing.

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