HRD-EKS97-60W aluminum alloy LED explosion-proof floodlight wall mounted

HRD-EKS97-60W aluminum alloy LED explosion-proof floodlight wall mountedThe shell adopts high-tech surface spraying technology, which is wear-resistant, corrosion-resistant, waterproof and dustproof, suitable for various harsh environments.
When using LED explosion-proof lights as floodlights, add a spotlight cover to the light source surface to increase the illumination of the floodlight. LED explosion-proof lights should be used as explosion-proof lights in distilleries: they should be designed with road sealing; Explosion proof intrinsic safety type; Protection level IP65, anti-corrosion level WF1, achieving waterproof, dustproof, and explosion-proof. LED explosion-proof lights used as oilfield explosion-proof lights should be designed with anti fall rings; Ensure that there is vibration in the oilfield wellhead to prevent the lighting fixtures from falling off due to bolt detachment, and with the protection of the anti fall ring, they will not fall off.

HRD-EKS97-60W aluminum alloy LED explosion-proof floodlight wall mountedPerformance safety signs: including rated voltage, current, nominal frequency, light source power and quantity, allowable ambient temperature (this range is only -20~+40 ℃ and may not be marked), specific applicable environmental signs (such as indicating the name or molecular formula of the combustible gas for products that are only applicable to a certain explosive gas mixture), classification signs of lamps (such as' numbers'), etc.

Explosion proof certificate number, proving that the product has been officially inspected and passed by the explosion-proof inspection station. Some products have an "x" symbol after the explosion-proof certificate number, indicating that the product can only be used under certain special safety conditions. The specified conditions should be clearly and prominently stated in the lamp housing or product manual.

Additional explanation. In addition to the above markings, detailed instructions necessary for proper installation, use, and maintenance should be provided on the lamp, on the built-in ballast, or in the manufacturer's product manual provided with the lamp.
The allowable working position of explosion-proof lamps. Some explosion-proof lamps are only allowed to be installed and used in a certain position or angle range. This is because changes in the working position will cause changes in the thermal distribution and maximum surface temperature of the explosion-proof lamp surface. The main reason for restricting the working position of explosion-proof lamps is to control the maximum surface temperature and prevent it from exceeding the temperature group marked by the explosion-proof lamp itself, which may cause dangerous temperatures. In addition, changes in work location can also have an impact on the lifespan and performance of some light sources, affecting the insulation materials, electrical components, insulation performance, and lifespan of the lighting fixtures. Therefore, explosion-proof lamps with limited installation and usage locations must be clearly stated.
To reduce the maximum surface temperature of explosion-proof lamps and lower the temperature grouping level of products, explosion-proof lamps designed with special specifications of light sources must indicate the name, model, bubble shell shape and size, and manufacturer of the light source. If not specified, the maximum surface temperature of the explosion-proof lamp may exceed the ignition temperature of the explosive gas mixture in the operating environment when the user replaces it with another bulb of the same power, posing a danger.