170M4115

170M4115 Electrical, Specialty Fuses

The 170M4115 is a type of electrical fuse that has an overcurrent protection feature. This makes it an effective tool to protect circuits from power spikes, shorts, and other types of faults. The fuse is designed using the IEC 60269-2 standard, also known as a special type fuse or a three-pole fuse. This particular fuse is a current limiting type fuse that is designed for use in both DC and AC applications.

The fuse is designed with a negative temperature coefficient (NTC) thermistor, which helps to reduce its ability to short or trip during a surge. This is done by limiting the amount of current that can flow to a certain level. This helps protect the circuit from electrical damage, and creates a more reliable system.

The 170M4115 fuse is one of the many types of specialty fuses available to the market. It is designed to provide upstream protection from a variety of different sources. This includes power line disturbances, short-circuits, over-currents, or abnormal conditions. It is also designed to work with most modern fuse holders.

The primary application for the 170M4115 is to protect equipment or circuits from damage due to over-currents or short-circuits. The fuse is designed in a way that it will interrupt the flow of current in the event of an overload. This helps protect the entire system from harm. The fuse operates by carrying a current between its upper and lower contacts. These contacts experience a temperature change, which affects the resistive nature of the fusible material. When the current exceeds a certain threshold, the current is interrupted, and the fuse is permanently opened.

The primary purpose of the fuse is to limit the current flowing through the system. This helps protect equipment, and the system as a whole, against damage due to electrical overloads or current spikes. This fuse also helps prevent destruction of the circuit in the event of a short-circuit. The 170M4115 fuse is a reliable and cost-effective device that can help protect circuits from dangerous overloads and short-circuits.