The explosion-proof floodlight is a point light source that can illuminate evenly in all directions, and the lighting range can be adjusted arbitrarily. Explosion-proof floodlights are used in hazardous areas where flammable gases and dust are present. They can prevent arcs, sparks and high temperatures inside the lamp from igniting flammable gases and dust in the surrounding environment, achieving explosion-proof effects. This article focuses on the characteristics of explosion-proof floodlights, the use of explosion-proof floodlights, precautions for the use of explosion-proof floodlights, and pictures of explosion-proof floodlights. Explosion-proof floodlight function First of all, explosion-proof, can work safely in flammable and explosive places. Second, light efficiency and energy saving, using gas discharge bulbs and high-reflecting mirrors, high luminous efficiency, long service life, large illumination range and high brightness. Third, the shell adopts high-strength alloy material and precise structure design. It has high impact and impact resistance, good water resistance, water immersion and strong waves, and excellent corrosion resistance. Fourth, various installation methods can be selected, such as seat-type, wall-mounted, suspended and ceiling-mounted. The lamp head is located in the center of the end of the lamp holder bracket, which can be rotated 360° and can be rotated within 16° for illumination. Meet the needs of different workplaces for lighting angles. Fifth, the universal pipe thread cable entry can adapt to cables with different diameters of 8-14mm, and multiple cable entries can realize multiple parallel lights, which is suitable for layout engineering lighting. 2 explosion-proof floodlights First, according to the actual needs of the work site, determine the installation location and installation method of the lamp, and then prepare the corresponding length of Φ8-Φ14mm three-core cable according to the distance between the lamp and the power contact. Next, open the ballast end cap, loosen the compression nut of the ballast cable inlet, and pass the lamp cable and power cord through the compression nut into the inner terminal of th