SS-5-6.3A-BK

Fuses

SS-5-6.3A-BK products are widely used in a variety of industries and applications. As an important safety accessory device, it is primarily used to maintain the safe operation of electrical equipment by protecting it from overvoltage and electrical short circuits.

Application Field

For example, the SS-5-6.3A-BK products are applicable as low voltage fuses in the auto parts, cable control systems, energy source systems, security alarm systems, and network systems. It is also widely used in the power industry as current-limiting equipment. Similarly, this type of fuse has been used in the power industry as current-limiting equipment for many years and is still widely used.

The SS-5-6.3A-BK products can be used to effectively control high-voltage electric circuit faults. Due to their high voltage breaking capacity, they are used in cable networks, power generation and generator protection, lightning protection equipment, and electric energy meters. They are also used in the control systems of cars, unmanned aerial vehicles, and radar.

Working Principle

The working principle of the SS-5-6.3A-BK products is the same as the working principle of traditional fuses. When there is an overload, the fuse element will start to melt and increase the size of the circulation loop. When the overload reaches a certain level, the sudden increase in the silicium area of the fuse element will cause the current to increase sharply, et the low-voltage element will immediately cut off the circuit. In this way, it will effectively protect the electrical equipment from being damaged by the overvoltage generated.

In addition, the SS-5-6.3A-BK products have a breaking capacity of 6.3A and are made of high-quality silicium. This ensures that the fuse will not burn or overheated even under current overloads. Furthermore, it has a high protection accuracy and is resistant to ambient temperature, humidity, vibration, and other extreme conditions.

Conclusion

The SS-5-6.3A-BK products are designed to provide reliable protection for electrical systems and equipment against overloads, short circuits, and other high-voltage Electric faults. By using the principles of current limiting, it can effectively limit the current and ensure the safe operation of the equipment. Moreover, its high quality components ensure that it works reliably even under extreme conditions.