Due to its solid-state cold light source, LED has the advantages of high electro-optic conversion efficiency, low heat generation, low power consumption, safe operating voltage, and long service life. Therefore, high-power white LED is an ideal electro-optic source for explosion-proof lamps, especially portable explosion-proof lamps.

LED explosion-proof lamp belongs to a type of electrical equipment used in special industries, mainly solving lighting problems. It includes a lamp housing, a lampshade set at the front end of the lamp housing, a luminous body and battery set inside the lamp housing, and a switch set on the surface of the lamp housing. Its features include:

The luminous body is a high-power LED module, and there is a wide voltage input driving circuit between the luminous body and the battery; The wide voltage input driving circuit includes a constant current chip, which forms a power module with a battery. The LED module is connected to the constant current chip, and the power module is sealed together with the LED module; The connection between the lampshade and the lamp housing is ultrasonic welding.

It utilizes the low heat generation characteristics of LED to achieve intrinsic safety level explosion-proof, and the LED light source has a long lifespan; The LED of the battery maintains a constant brightness during both full charge and final discharge; By installing a heat dissipation device on the lamp housing, the LED module can effectively dissipate heat, ensuring stable use. It is suitable for lighting in various industries such as coal mines, petroleum, railways, and flood prevention.

Suitable for explosive gas environments in Zone 1 and Zone 2, as well as Class IIA, IIB, and IIC hazardous areas.

Explosion proof LED lights mainly consist of LED light sources, driving power supplies, and explosion-proof enclosures.