BK/GMT-10A

BK/GMT-10A is an electronic device used to protect electrical circuits from short circuits, surges, and other forms of electrical damage. It is usually composed of two metal pieces, a fuse wire, an insulation jacket, and an encasement. The two metal pieces of the fuse are linked together and form a current-carrying path when there is a flow of electricity. The wire inside the jacket is the fuse wire which melts when there is an overload of current that exceeds the fuse rating. The encasement ensures that the components of the fuse remain in place and that the connections between the components are secure.

The fuse works by blowing when the current in a circuit exceeds its allowed limits. This is done by the fuse wire melting and separating the electrical contacts, thus stopping the current from flowing through the circuit. The design of the BK/GMT-10A allows it to provide both overcurrent and short-circuit protection, making it a good choice for use in commercial and industrial applications.

The BK/GMT-10A is rated for use at 110V up to 600V. It can safely handle up to 2500 amps of current, making it suitable for use in various applications that require high current loads. The device is also able to withstand temperatures of up to 176°F, which makes it suitable for use in locations where higher temperatures are present.

BK/GMT-10A fuses are typically used in circuits where both overcurrent and short-circuit protection are needed. They are often used in industrial applications where the risk of equipment damage from electrical overloads is high. They are also common in residential applications such as AC motor protection, appliance protection, and circuit protection. The devices are simple to install and provide reliable protection.

In summary, BK/GMT-10A is a popular choice of protection device for commercial and industrial applications where high current levels are present. The fuse is rated for up to 2500 amps of current and can withstand temperatures of up to 176°F. It provides both overcurrent and short-circuit protection, making it well suited for use in a variety of applications where reliable protection is required.