3515 Circuit Protection

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Fuseholders are an important safety device in electrical and electronic circuits, as they limit the amount of current that can flow through circuits and prevent them from overheating and causing damage. The 3515 Fuseholder is a UL recognized, panel-mount, single fuseholder for use with standard 1/4 inch quick-blow fuses. This fuseholder is designed for use in the industrial, commercial, and consumer electronic markets for low voltage DC control circuits.

This fuseholder can be mounted into panel chassis, enclosures, and switches in either vertical or horizontal orientation with a maximum operating temperature of 105℃. The 3515 Fuseholder also features an easy-to-install mounting clamp that requires no hardware, and a UL recognized power loss contact that opens the circuit when the fuse breaks.

This fuseholder is suitable for use in a variety of applications, including communications, test instruments, and control panels. It is also suitable for use in high reliability applications, such as solar inverters, motors, and generators. It features a positive locking mechanism for secure retention of the fuse, and is designed to provide superior power loss contact characteristics for low voltage DC control circuits.

The working principle of the 3515 Fuseholder is based on the principle of electrical current limitation. When the fuse is inserted into the fuseholder and the circuit closes, current will flow through the circuit. If the current exceeds the value of the fuse, the fuse will blow, thus breaking the circuit and preventing further damage to the equipment. Fuseholders are designed to provide safety in electrical and electronic circuits by limiting current flows.

The 3515 Fuseholder is UL recognized and complies with UL1059, CSA C22.2 No. 8, and EN 60065. It is suitable for use with standard 1/4 inch quick-blow fuses, has a maximum operating temperature of 105℃ and a positive locking mechanism for secure retention of the fuse. This fuseholder can be mounted in panel chassis, enclosures, and switches in either vertical or horizontal orientation. It is designed for use in a variety of applications, including communications, test instruments, control panels, and high reliability applications such as solar inverters, motors, and generators.

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