02302.25DRT2P

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02302.25DRT2P Application Field and Working Principle

02302.25DRT2P is a new type of fuse developed by Sharpe-Ding Engineering Company. It is designed to operate in medium voltage circuits, up to 27.6kV, to provide overcurrent protection. It can be used in a variety of applications, including power distribution and automation systems, as well as in transformer and motor circuits.

The 02302.25DRT2P is a two-piece design. The fuse body, or base, is made from a formable metal, usually copper, and the element, or tube, is made from an alloy of nickel-chromium. The base holds the element in place and seals off the fuse from the surrounding environment.

The operating principle of the 02302.25DRT2P is based on the Joule heating effect. When the current rating of the fuse is exceeded, the element heats up and starts to deform. This imposes a higher resistance on the circuit, causing the current to drop. When the current drops to a safe level, the element cools off and returns to its original shape. This cycle ensures that the circuit is never overloaded or subjected to dangerous highs and lows in voltage.

The main advantage of the 02302.25DRT2P is its compact size. This makes it ideal for use in medium voltage applications, where space is often at a premium. The fuse is also very reliable, and its element is easy to replace in the event of a fault.

The 02302.25DRT2P is part of the larger range of fuses from Sharpe-Ding Engineering Company. This range includes products designed for both high and low voltage applications. The company also provides a wide range of accessories, including terminals, clips, and safety guards, to ensure the safe and efficient running of medium voltage circuits.

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