5MF 6-R

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Fuses are an integral part of virtually all electrical and electronic circuits and equipment, as they protect components and systems from overload and short circuit current. The 5MF 6-R is a type of fuse specifically designed for certain applications. In this article, we will explore the application field and working principle of the 5MF 6-R.

The 5MF 6-R was designed specifically with motor protection in mind. It is often used in smaller AC motors, such as those used in appliances and tools. The 5MF 6-R is also suitable for a wide range of other applications, including machines, transformers, fans, pumps, and compressors. It is a general purpose, motor running, current limiting, time-delay fuse.

The rated current of the 5MF 6-R is 6 Amps with a rated voltage of 250 Vac, with a interrupting rating of 10kA@250Vac. It is available in a range of sizes, from 1/4" to 1-1/4", and can be fitted with either an internal or external fuse holder. It comes with a variety of optional features, such as current limiting, reacti and interrupting ratings. The 5MF 6-R is UL listed and CSA certified.

The 5MF 6-R operates on a different principle than other fuses. It is a non-definitive rated, current limiting, time-delay fuse. This means that once the fuse is triggered, it will remain open until the current drops below the fuse rating (6A). This allows the fuse to better protect the circuit from being damaged due to sustained overload conditions.

The 5MF 6-R also features a built-in test system that can be used to determine the condition of the fuse while in service. In addition, the fuse is also designed with a special venting feature that allows it to protect components from overpressure in the event of a short-circuit.

The 5MF 6-R is an excellent choice for motor protection when used in a variety of applications. Its current limiting, time-delay characteristics and built-in test system make it an ideal choice for preventing damage caused by sustained overload conditions. Furthermore, its vented design helps to protect components from overpressure damage in the event of a short-circuit.

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