5MTP 750-R

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The 5MTP 750-R is a type of fuse in the category of ultra-fast-acting fuses. It is used in applications such as telecom and datacom equipment, UPSs, servers, and other power distribution applications. This type of fuse offers protection against both overcurrents and short-circuits.

The 5MTP 750-R has a high I2t t2 times of 0.04 s and a maximum interrupting current of 50 kHz. This allows this fuse to provide better protection against wide dyamic range of transients. The fuse also has a class-leading fast-blow response time of 0.5 µs, and a rated voltage of 750 volts.

The 5MTP 750-R fuse is a low-overload and low-profile fuse. It is UL 248-18 recognized and has a small housing that offers superior space-savings when compared to other fuse types. The fuse also has a specially designed metal casing that provides additional safety and protection against short-circuits.

The 5MTP 750-R fuse works by utilizing a combination of an electromechanical switch and a thermal switch. When the power level exceeds the rated limit, the electromechanical switch is tripped and disconnects the circuit. This prevents the current from continuing to flow and causing an overload. The thermal switch is used to protect against short-circuits by disconnecting the circuit as soon as the current reaches a certain level.

The 5MTP 750-R fuse is designed to provide maximum protection for various applications. It has a very low temperature rating which ensures it will not be damaged by current spikes or extreme temperatures. The small, low-profile design makes it suitable for use in applications that have limited space. The fast-response time and high interrupting current rating provide reliable protection for high-powered equipment.

The 5MTP 750-R fuse is a reliable and safe fuse designed for many applications. It offers a high level of protection against overcurrents and short circuits, while also providing a low-overload and low-profile design. This makes it ideal for use in power distribution systems, telecom and datacom equipment, servers, and UPS systems.

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