0LMF.800U

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Electrical, Specialty Fuses:

OLMF 800U is a fuse that has been specifically designed for motors, power circuits, and remote control systems. It is suitable for applications up to 800 Amps and comes in different sizes to fit your needs. It is a medium-volTage fuse that works by limiting the how much current it allows to pass through the circuit. This ensures that if too much current is passed through the circuit, the fuse will trip and switch off the device

Application Field:

The OLMF 800U is designed for use in industrial and business settings, specifically to protect medium voltage systems. This fuse is recommended for medium-voltage motors, remote control systems, power circuits and other similar applications. It is specifically designed to protect against overcurrent and short circuit protection and is suitable for applications up to 800 Amps.

Working Principle:

The OLMF 800U fuse is a medium-voltage fuse that limits how much current can pass through the circuit. The amount of current that the fuse allows to pass through it is known as its rated current. When too much current is sent through the fuse, it trips and interrupts the circuit, preventing further damage from occurring.

The fuse works by limiting the current that can pass through it. It does this by using a combination of components, including metal strips, a heat-sensitive element, and a glass tube that houses all the components. As current is passed through the fuse, heat is generated by the heating element. This heat then causes the metal strips to bend and break, tripping the fuse and interrupting the circuit.

Conclusion:

The OLMF 800U is a medium-voltage fuse designed for use in industry and commercial applications. It is suitable for applications up to 800 Amps and is ideal for protecting medium voltage systems from overcurrent and short circuit protection. The fuse works by limiting the allowed amount of current passing through the circuit, ensuring that too much current does not damage the system. Finally, the fuse trips if too much current is sent through, interrupting the circuit and preventing further damage from occurring.

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