| Lamp Body Material: | Aluminum |
|---|---|
| IP Rating: | IP66 |
| Base Type: | U Bracket, Pipe |
| Irradiated Area: | 15-30m² |
| Input Voltage: | 100~240V AC |
| Power: | 30W 50W 60W 80W 100W 120W 150W 180W 200W 240W |
| Samples: |
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| Customization: |
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High luminous efficacy - Up to 120-140 lumens per watt
0-10V dimming
Waterproof and dust-proof, without internal cleaning and maintenance
Simple structure for easy and quick installation
Stainless steel fasteners, ADC12 aluminum housing, good corrosion resistance
Tempered glass, high light transmittance and impact resistance
| Power | Lumen efficiency | CCT | Beam |
| 30W,50W,60W80W,100W | 140lm/w | 3000K,4500K,6000K | 40°,60°,90°,120°,Type III,Type IV |
| 120W,150W,180W | 140lm/w | 3000K,4500K,6000K | 40°,60°,90°,120°,Type III,Type IV |
| 200W,240W | 140lm/w | 3000K,4500K,6000K | 40°,60°,90°,120°,Type III,Type IV |
Simply put, the so-called "explosion-proof" lighting fixtures belong to a type of explosion-proof electrical equipment and are suitable for working in areas with a risk of explosion. Areas with explosion hazards refer to environments containing flammable, explosive gases, or dust in the air. The electrical equipment installed and used in these environments must comply with the standardized provisions of the "Code for Design of Electrical Installations in Explosive and Fire Hazardous Environments".
Many production and manufacturing sites produce flammable substances. Approximately two-thirds of the underground coal mines contain explosive substances; In chemical industry, approximately 80% of production line areas contain explosive substances. Oxygen is ubiquitous in the air. Ignition source: Instruments and equipment are widely used in the production process, and various frictional spark discharges, machine wear sparks, static sparks, high-temperature weather, etc. are difficult to avoid, especially when instruments and electrical equipment malfunction.
Therefore, overall, many industrial production meets the explosion standard. When the combined concentration of explosive substances and oxygen is within the explosion range, if an explosion source occurs, an explosion accident may occur. So adopting the explosion-proof electrical holy grail has become very meaningful.
There is an important reason why many people are unwilling to install and apply LED explosion-proof lamps because they are expensive. However, if you can calculate, the cost-effectiveness of general fluorescent lamps and explosion-proof lamps is high. In terms of service life, explosion-proof lamps are much longer than fluorescent lamps. Although buying fluorescent lamps is relatively cheap, the cycle is short, and dismantling and replacing them in the middle and later stages often brings about significant maintenance costs, Therefore, the comprehensive comparison shows that the cost-effectiveness of explosion-proof lamps is much higher than that of fluorescent lamps.
What scenarios are explosion-proof lights suitable for?
The first is the airport and aerospace industry: the paint spraying process of civil, milit-ary aircraft, and aerospace equipment generates high ignition point fog and steam. At airports, maintenance equipment, especially various lifting equipment, will become a potential source of ignition due to the impact of fuel mist. Therefore, equipment used in these potentially explosive environments requires explosion-proof certification protection.
The second industry is the petroleum and petrochemical industry: the petroleum and gas industries are the industries that use the most explosion-proof technology. Offshore drilling platform equipment requires explosion-proof protection for diesel engines. On drilling platforms, explosion-proof forklifts are also required for loading, unloading, stacking, and handling. Our explosion-proof certification technology and solutions have been serving the industry for many years.
The third industry is the plastic manufacturing industry: plastic production typically uses various chemical raw materials. Flammable and explosive chemical raw materials need to be used throughout the production process of plastic products, from ordinary products to products that extract oil and gas. The raw material handling equipment used in this environment must be explosion-proof certified.
The fourth is the pharmaceutical industry: the production environment of pharmaceutical factories contains flammable and explosive dust, and the production equipment used in this environment must have very strict requirements to ensure that these equipment do not become a source of ignition. Our explosion-proof certification technology can ensure the safe use of these devices in this environment, while maintaining the performance and simplicity of the original equipment.
The fifth is the paint industry: the raw materials used in paint production are flammable and explosive materials, from production workshops and warehouses to post production waste disposal. The paint industry involves explosion-proof protection. Our explosion-proof certification technology has been widely applied in paint factories.
The sixth is the automotive industry: the painting process generates high ignition point fog and steam, which is used to protect the painting process of automobiles, light trucks, buses, and commercial vehicles.
The seventh is the chemical industry: from production, storage, production to warehousing and transportation, the chemical industry needs to work in potentially explosive hazardous environments. Chemical plants need to use explosion-proof certified equipment in material handling, production processes, and equipment maintenance
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