153.0020.5402

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The use of fuses dates back centuries and is employed to protect circuits and equipment from current overload or short circuit. The 153.0020.5402 fuse is among the most commonly used items any electrician, home or business owner will come across. It is rated by Amps with a look that is like a small metal tube with two prongs at one end and a threaded hexagonal center at the other.

Application Field:

The 153.0020.5402 is used as a replacement option for the 09020/19. This fuse is available in a wide range of Ratings which include 10, 15, 20, 25, and 30 Amps. It is designed to protect wiring systems from excess current, overheating, overloads, and other hazards associated with electrical systems. It is often used in large home appliances such as washing machines, air conditioners, dishwashers, and refrigerators that need more control to prevent any damage to the internal components due to a power surge. It can also be found in dryers, water heaters, and other items that require more control than a standard fuse. Due to its small size, the 153.0020.5402 can be used in tighter locations, making it a great space-saving option in many residential and commercial applications.

Working Principle:

The 153.0020.5402 works by utilizing a metal fuse wire or a temperature limit that is designed to melt when too much current is present. When the current flows through the fuse, it heats up the metal which then melts or “blows.” This serves as an open circuit which prevents any further electrical energy from being passed through. This type of fuse has a temperature-sensitive element which is more reliable than the more commonly used ceramic models.

When it comes to fuse types, the 153.0020.5402 is the best choice for larger home appliances and industrial equipment. The fuse is available in a range of ratings and sizes, making it a great option for any type of application. It is also extremely reliable and easy to install in any system. With its temperature-sensitive element, it is the ideal choice for protecting any application that demands a greater level of protection from potential circuit overloads or short circuits.

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