3402.0015.11

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Fuses are electrical devices employed to protect circuits from overload or short circuit conditions. They contain a thin wire or piece of material that melts when exposed to an excessive current. A current of sufficient magnitude and duration heats the element to its melting point, interrupting the current flow. Once fused, the circuit must be repaired or replaced before it will function again.

The 3402.0015.11 application field and working principle is to protect lines and equipment from overload or short circuit conditions in a traditional manner. This type of fuse uses a conventional ferrule type construction, consisting of a copper body, an internal metal bridging element, which in turn is housed in a housing with electrical contact arrangement at the ends. The material used in the construction of standard fuses is a special alloy, resistant to high temperatures caused by current surges. This fuse is rated for both AC and DC circuits, and can be used in a number of different applications, targeted towards general circuits.

The 3402.0015.11 fuse is designed around a preset trip point which is predefined by industry standards. This rating is related to a calculated current surge that is associated with a maximum time of operation before the fuse blows. Operating voltage for this fuse is 600 Volts AC and 600 Volts DC. The operating current is 3 Amps AC and 4 Amps DC. This fuse has a response time of 4 to 10 seconds and is intended for indoor use only. In order to perform the maximum working efficiency it is required to be mounted in a vertical position, with an unobstructed flow of air.

The working principle of the 3402.0015.11 fuse is relatively simple. When a current overload occurs, the internal metal bridging element expands and pushes against the copper body causing it to break the electrical circuit. This interrupts the current flow and ultimately prevents further damage to the equipment or line. The fuse can then be replaced and the device put back in service.

In addition to protection from current overloads, the 3402.0015.11 fuse offers other key features that help to add to its value. It offers a low arc voltage rating of 2.5 Volts, making the device suitable for use in a number of environments. The fuse is also designed to provide superior performance and protection from failing equipment, reducing the risk of fire or other outage events. The fuse also provides protection from electrical shock and reduces the risk of contact with other unprotected equipment.

In conclusion, the 3402.0015.11 application field and working principle is an important component in the world of electrical protection. The device is designed to provide superior performance and protection from current overloads and is suitable for a variety of applications. The device is highly reliable, safe and cost effective, making it an ideal choice for any circuit protection needs. With its design, the 3402.0015.11 fuse offers superior performance and is well suited for both AC and DC applications.

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