170M5015

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The 170M5015 is an electrical specialty fuse. It is mainly used as protection against short circuits with equipment such as transformers, motors, pumps, and other electric equipments. It is designed and manufactured in accordance with IEC or ANSI standards.

The 170M5015 is a five-time current limiting fuse and it is designed with an integral current limiting feature. The integral current limiting feature limits the peak let-thru current of the device which helps to reduce the amount of damage caused by short circuit currents. The 170M5015 also has a current limiting ratio of 5:1. This ratio helps to protect the connected equipment from damage from short circuit currents since it will restrict the surge of current that flows through it.

The main function of the 170M5015 is to protect equipment against short circuit currents. This fuse can be used in a variety of different applications including motor protection in HVAC systems, overload protection in consumers’ outlets, overfuse and underfuse protection, and backup power protection. The 170M5015 also provides protection against arcs and sparks.

The working principle of the 170M5015 is relatively straightforward. It works by using a melting element, typically an alloy wire, to melt when a high amount of current passes through it. The melting element melts when the current passing through it exceeds the current rating of the fuse. This, in turn, will interrupt the current flow and protect the device from further damage.

The 170M5015 has a current rating of 5A and a voltage rating of 500VAC. The temperature of the fuse is -40C to 80C and it has a short circuit rating of 10000A. The dimensions for the 170M5015 are 17.8mm x 13.6mm x 31.8mm and the weight is only 0.1 lbs.

The 170M5015 is a reliable protection device that helps to protect equipment from short circuit current. This device is designed to be used in AC power systems and its current limit ratio helps to reduce the amount of damage caused by short circuit currents. The melting element helps to interrupt the current flow and the fuse is designed to be used in a variety of different applications.

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