170M6193

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Electrical, Specialty Fuses are products needed to ensure that electrical systems are within safe parameters and not suffering from overloads. The 170M6193 is a fuse designed to protect such a system from these potential dangers by providing the necessary protection equipment. The fuse has a wide range of applications, along with a few principles of operation.

The primary application of the fuses is within low voltage motors, which require protection from thermal and short circuit conditions. This type of fuse can also support applications such as single phasing in 3 phase systems, as well as protection of various types of motor control modules. The circuit must not exceed 440 volts and must have a current capacity of up to 63 amps. Additionally, the fuse is also suitable for use with coils in motor starters, which provide protection during short circuit and overload conditions.

In terms of working principles, the fuse acts as a thermal over current breaker. Due to its being a thermal breaker, the device will shut off its circuit should the rated current pass through its limits. This, in turn, theoretically protects the circuits from further damage. Additionally, the fuse has a temperature sensitive circuit contact which will cause the circuit to open once it has closed control. This ensures that the heat buildup caused by excessive current will be sufficient for the circuit to open or break the connection. As such, during overload and over current conditions, the circuit can be safely and effectively opened.

The 170M6193 fuses combine the qualities of both the thermal and short circuit breakers to ensure that no damage is caused to the circuit while also providing protection from potential overloads. This combination makes the device the perfect choice for protecting low voltage motors from various over current and damage situations. Additionally, the fuse can also be used in systems where single phasing and motor control modules may be present, providing the needed protection and safety for the system.

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