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Fuses

03136.25HXID Fuses are medium-voltage industrial current limiting fuses that provide a safe and cost effective solution to prevent equipment damage and down times due to single-ended, line-to-ground, or line-to-line faults. The fuses can be used to protect equipment in power plants, electrical utilities, and industrial plants. The fuse has a voltage rating of 25kV (maximum).

The working principle of 03136.25HXID Fuses is relatively simple. When an overlap occurs between the overcurrent threshold and the total current carrying capacity of the wires, the fuses will isolate the overloaded or overcurrent electrical circuit or component from the rest of the system. As a result of the isolation, the circuit will be protected from further damage due to the voltage and current spikes. The fuse also helps reduce the risk of electric shock to personnel due to the high voltage or current.

03136.25HXID Fuses have a wide range of applications. They can be used in circuit protection for distribution systems, power plants, and power equipment, as well as in industrial plants and electrical utilities. The fuse is also suitable for protection of equipment in hazardous areas such as flammable liquids and gases. In addition, the fuse is ideal for use in fire alarm systems and power strips.

03136.25HXID Fuses are easy to install and maintain. The fuse has a self-wetting design, making it easier to install and replace. The fuse is constructed from high quality materials such as pure silver, copper, and stainless steel, making it highly durable and reliable. In addition, the fuse is resistant to corrosion and have an operating temperature range of -20°C to +85°C. The fuse is designed to ensure that the current-carrying capacity is not exceeded and that the fusing characteristics remain constant over time.

03136.25HXID Fuses are an important tool for protecting electrical systems from potential damage and downtime. The fuse provides reliable current limiting protection, reducing the risk of fire due to short circuits and other overcurrent conditions. It also helps protect personnel from electric shock in hazardous areas. In addition, the fuses are easy to install and maintain, making them a cost-effective solution for protecting electrical systems.

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