170M6117

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As technology continues to advance, so do the needs of industry. This is particularly true in the area of electrical control and safety, where components are required to power equipment, reduce risk of overload, and ensure optimal performance. The 170M6117 is a specialty fuse that is designed to provide critical protection in industrial applications, both in terms of safety and protection of equipment and circuits. In this article we will take a closer look at the application field and working principle of the 170M6117.

Application Field

The 170M6117 is designed for use in a variety of applications within industrial and commercial environments. This includes, but is not limited to, motor starters, mining and petroleum, avionics, HVAC systems, machinery control and more. It is rated for power circuits up to 600 volts AC or DC.

The 170M6117 is also UL listed and CSA certified, indicating its capability to meet the requirements of safety standards. It is capable of interrupting large currents and stopping the flow of electrical energy in the event of an overload, short circuit or any other fault.

Working Principle

The 170M6117 is an M-3 type fuse, which is a non-indicating fuse with an integral ground terminal. It is also a dual element, time delay fuse, meaning it has two fusible elements to protect against overcurrents over time. This type of fuse is designed to protect against both nuisance or momentary overloads as well as sustained overloads.

The 170M6117 is a Class RK5 fuse, which is a replaceable fuse, meaning it can be replaced without the need to replace the entire circuit. The rated current on the 170M6117 is 600 volts AC or DC, and it is capable of interrupting currents up to 200,000A.

The fuse is composed of two elements, an iron-based element and a copper-based element, which are both housed inside a ceramic tube. The iron-based element is designed to melt when the current reaches the rated current, while the copper-based element is designed to respond to extreme overloads and short circuit conditions. The melting of the elements causes the fuse to blow and the circuit to be disconnected, thus protecting the devices and preventing any further electrical damage.

The ceramic tube also serves as a protective barrier to prevent arcing and arcs caused by fault currents in the fuse.

Conclusion

The 170M6117 is a specialty fuse designed for use in industrial applications, providing protection in the event of basic overloads or faults. It is capable of interrupting currents up to 200,000A, and is composed of two elements housed in a ceramic tube that aids in safety. The 170M6117 is also UL listed and CSA certified, providing assurance that its design meets the requirements of safety standards.

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