Specifications:
| Brand Name | BENWEI |
| Light Source | Philips LED chips |
| Product Name | Explosion Proof Light |
| Application | Explosive Chemical Materials Place |
| Power | 50W 100W 150W 200W |
| Material | Die-casting Aluminum+Tempered glass |
| Lifespan | 50000Hours |
| Warranty | 5 Years |
| Anti corrosion grade | WF2 |
| Power Factor | PF>95% |
| Brightness | 160LM/W |
| LED Driver | Meanwell brand |
| Safe level | EX Safe |
| IP Grade | IP 66 |
| CCT | 3000k, 4000k,5000k,6000k |
| Installation | Hanging |
| Working tempeature | -20 to 55 ℃ |
| Input Voltage | AC 85~265V or 100-277V AC, 100-347V AC |
DETAILED IMAGE
1) Explosion proof led flood light hasThree levels-IIC, IIB, and IIA-are typically used to categorize the explosion-proof quality of lamps based on the level of hazard posed by explosive gas conditions. To guarantee safe use, the particular level should consult the product handbook or pertinent national standards.
2) A lamp that can be used safely in areas with explosive gases is called an explosion-proof lamp. The ability of a lamp to endure the highest explosive pressure in a certain explosive gas environment without suffering damage is known as its explosion-proof rating. This level is a crucial metric for assessing the safety performance of explosion-proof lamps and needs to be taken into account while choosing and utilizing them.
Classification criteria for levels of explosive resistance
The degree of hazard in explosive gas situations is typically used to classify the explosion-proof rating of lamps. European standards (EN), American standards (NEC), and others are the most widely accepted explosion-proof rating standards. In China, the national standard (GB) for categorization is primarily followed for classifying explosion-proof bulbs.
3) categorized according to the shell's degree of protection: There are several shell protection techniques to safeguard electrical insulation from hazards like flashover, short circuit, or damage by keeping dust, solid foreign objects, and water out of the lamp chamber and from touching or collecting on live parts. To indicate the level of enclosure protection, use the distinctive letter "IP" followed by two digits. The ability to guard against dust, solid foreign objects, and persons is indicated by the first number. separated into 0–6 levels. Explosion-proof lighting fixtures are sealed fixtures that have a dust-proof capacity of at least level 4 or higher. The second digit, which is divided among levels 0–8, indicates how well they protect against water.
4) How to select the right amount of explosion-proofing
The level of explosive gas threat in the actual usage area should be taken into consideration when selecting explosion-proof bulbs. To make sure the chosen explosion-proof lamp satisfies applicable safety requirements and can fulfill real needs, it is also essential to consult experts or check the product handbook.
With the exception of the light source being an LED, LED explosion-proof lamps operate on the same principle as other types of explosion-proof lamps. It describes a number of particular actions done to stop nearby explosive mixes from igniting, including gas environments, explosive dust environments, and explosive gas environments. Oil fields, power facilities, chemical companies, petroleum, and the military all employ LED explosion-proof lamps, which are currently the most energy-efficient explosion-proof lighting fixtures.
Limiting the temperature of the shell surface, component surface, or electronic component surface that comes into contact with explosive gases and dust, as well as limiting the temperature of the electrical contact surface below its minimum ignition temperature or ignition temperature, are two crucial explosion-proof principles of LED explosion-proof lamps. Waterproof drivers are necessary for outdoor LED explosion-proof lighting. Gas station LED explosion-proof lighting must be shock-resistant!
