GLX-5

Fuses are electric protection elements that cut off the electric power of an application when the applied current reaches a certain value. Fuses can be used in applications where overcurrent or short-circuit protection is necessary, such as mobile phones, TVs, computers, etc. GLX-5 fuses are a kind of fuses, which have been widely used because of their good electrical performance and long service life. GLX-5 fuses have a wide range of applications and are mainly used in secondary circuits of contactors, circuit breakers and various start-up switches. In these applications, GLX-5 fuses can effectively prevent short circuits and overloads and keep the equipment running safely. It can also be used in the motor protection of household electrical appliances and transformers, as well as in the protection of UPS power supply systems.

The working principle of GLX-5 fuses is to use the element with a thin wire as a current-carrying part. When the current in the circuit increases to a certain value, the temperature of the thin wire increases, and the material of the wire expands and expands rapidly due to the heat, which causes the wire to break. At this time, the electric current flows through the circuit is interrupted, and the overcurrent and short-circuit protection will be achieved.GLX-5 fuses have good current limitation and high breaking capacity performance, so when the circuit is connected to the current supply, the short-circuit protection will be initiated immediately, preventing further damage to the electrical equipment. Moreover, GLX-5 fuses have a large operation scope and good compatibility, so they can be used in a variety of secondary circuits and power supply systems. In summary, GLX-5 fuses have a wide range of applications and excellent electrical performance, and they are widely used in applications where overcurrent or short-circuit protection is necessary. Its working principle is to use a thin wire element as the current-carrying part, and when the current reaches a certain value, the current is interrupted to protect the connected electrical equipment.