FLSR.500T

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The FLSR.500T is a specialty fuse designed specifically to provide protection to systems that are prone to short-circuit failures due to high-current applications. This type of fuse is perfect for circuits that are frequently subject to short circuits or overvoltages. The FLSR.500T provides superior protection to these circuits due to its low-current rating, which allows it to blow before the actual short-circuit current occurs.

Applications

The FLSR.500T can be used in a variety of electrical applications. This fuse is commonly used in power distribution systems, light fixtures, control circuits, motor starters, and other high-amperage systems. The fuse has also been used in residential and commercial electronic products such as microwaves, toasters, and other appliances.

Working Principle

The FLSR.500T fuse operates by detecting and breaking the circuit when a higher current is reaching the system than it is designed to withstand. This occurs when a short-circuit or overvoltage is detected. When the current exceeds the fuse rating, the metal filament within the fuse melts, allowing the current to be shut off immediately. This prevents any possible damage to the circuit.

The FLSR.500T fuse also has a time-delay feature, which prevents the fuse from blowing when exposed to occasional momentary overloads. This prevents explosions in the circuit that might be caused by a sudden change in current. By delaying the time when the fuse blows, it gives the circuit time to reset to a safe operating level.

The FLSR.500T fuse is designed to be highly reliable, withstanding temperatures of up to 125°C (257°F). This high temperature resistance, along with its compact size and light weight make it ideal for industrial and commercial applications, where space and weight are a factor.

The FLSR.500T is a low-cost and reliable protection solution for a wide range of electrical applications. Its superior protection capabilities, combined with its time-delay feature make it an excellent choice for circuits that are exposed to short-circuits, overvoltages, or momentary overloads.

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