Explosion-proof lamps are generally classified according to the selected light source, explosion-proof structure type and use method. According to the light source classification, there are explosion-proof incandescent lamps, explosion-proof high-pressure mercury lamps, explosion-proof low-voltage fluorescent lamps, mixed light source lamps, etc.; according to the type of explosion-proof structure, there are explosion-proof lamps, increased safety lamps, composite lamps, etc.; Explosion-proof lamps and portable explosion-proof lamps.

According to the explosion-proof type, it is divided into five main types: flameproof type, increased safety type, positive pressure type, non-sparking type and dust explosion-proof type. It can also be composed of other explosion-proof types and the above-mentioned various explosion-proof types. .

BAD explosion-proof lamps refer to lamps that are used in dangerous places where flammable gases and dust exist, and can prevent arcs, sparks and high temperatures that may be generated inside the lamp from igniting flammable gases and dust in the surrounding environment, so as to meet the requirements of explosion-proof. Also known as explosion-proof lamps, explosion-proof lighting. Different flammable gas mixture environments have different requirements for the explosion-proof level and explosion-proof form of explosion-proof lamps.

Features:

1. Equipped with T8 LED tube, the light source is highly efficient and energy-saving, more than 50% energy saving than T8 fluorescent tube.

2. Through the unique light distribution design, the light type and luminous angle of the LED light source can be precisely controlled to avoid light pollution and ineffective light utilization; the light is soft and no glare, which will not cause eye fatigue of operators and improve work efficiency.

3. The shell is made of lightweight aluminum alloy die-casting, and the surface is treated with high-voltage electrostatic spray.

4. There is a wiring cavity inside the lamp, and there are wiring terminals. Users can directly enter the line during installation, and there is no need to set up a separate junction box, which is convenient for installation.

5. When replacing the lamp, just fold off the end cap, and the lamp can be replaced directly.

6. T5 fluorescent tubes can be selected according to customer requirements, with high luminous efficiency, which is more in line with the actual lighting environment, and saves about 30% of electricity compared with T8 fluorescent tubes.

7. Emergency devices can be equipped according to user requirements. The built-in lamp body is light in weight. When the external power is cut off, the lamp automatically switches to the emergency lighting state.