Explosion-proof LED Light 50W/60W Maintenance-Free Explosion-proof Lamp

LED Explosion-Proof Light 50W/60W Maintenance-Free Explosion-Proof Lamp

Scope of Application:
◆ Suitable for temperature groups T1 to T6 of explosive gas mixtures.
◆ Suitable for hazardous areas of explosive gas mixtures: Zone 1, Zone 2.
◆ Suitable for combustible dust environments: Zone 21, Zone 22.
◆ Suitable for hazardous areas of explosive gas mixtures of Class IIA, IIB, IIC.
◆ Suitable for fixed lighting in workshops or factories such as chemical plants, warehouses, boiler rooms, storage areas, tank farms, steel plants, etc.
Structural Performance:
◆ This product is designed and manufactured in full compliance with flameproof explosion-proof requirements, offering excellent explosion-proof effects and safe, reliable operation in various environments.
◆ The housing is made of high-quality die-cast aluminum alloy, offering high strength and a surface
Technical Parameters:
Parameter Name Value
Light Source Type LED Light Source
Light Source Process SMD Surface-Mount
Housing Protection Rating IP65
Housing Corrosion Resistance Rating WF2
Power Factor ≥0.95
Power Supply Efficiency ≥0.88
Inlet Specification G3/4" (Φ6～Φ12mm)
Light Source Color Temperature 5500K～6500K
Dimensions Φ205×115mm
Lamp Weight 2.8Kg
Recommended Installation Height 2m～5m
Recommended Installation Distance 2m～3m
Explosion-Proof Marking Exde IIC T6 Gb/Ex tD A2IP65 T80℃
Power: 5W 10W 20W 30W 40W 50W 60W 70W 80W 90W 100W 110W 120W
130W 140W 150W 160W 180W 200W 220W 240W 260W 300W
Installation Methods Ceiling-mounted (x), Pendant-mounted (g), Wall-mounted (b30°/b90°), Guardrail-mounted (h), Flange-mounted (f)
Previously, in petrochemical enterprises, flameproof lighting fixtures were primarily used in explosive hazardous areas. With the application of increased safety electrical equipment in Zone 2 explosive hazardous areas, increased safety and composite lighting fixtures are increasingly being used. Increased safety lamps, while offering certain explosion-proof performance, have advantages over flameproof lamps, such as lighter weight, lower cost, easier installation and maintenance, and longer service life. The most commonly used composite electrical equipment in petrochemical enterprises is the increased safety-flameproof composite explosion-proof electrical equipment, generally consisting of three parts: flameproof components, increased safety terminals, and an increased safety enclosure. It combines the safety performance of flameproof types with the advantages of increased safety types. In daily maintenance, the following points should be noted.
Explosion-proof lamps should automatically cut off power before the cover is opened. However, due to the complexity of interlock devices, this is not easily achieved, so most lamps only have a warning sign in a conspicuous place on the housing stating "Do not open when powered." Additionally, since the bulb surface temperature remains high after power-off, immediately opening the cover may still pose a risk of igniting explosive gas mixtures (mainly referring to flameproof structures). Therefore, for light sources with high surface temperatures like incandescent, high-pressure mercury, and high-pressure sodium lamps, and for lamps with quick-open covers, this must be carefully considered. The CeY-1 explosion-proof fluorescent lamp, widely used in our unit, features an interlock mechanism that cuts power when the cover is opened, providing convenience and safety for maintenance. Since fluorescent lamps are cold light sources with no high surface temperature, the cover can be opened immediately after power-off.
Proper use of explosion-proof LED lamps is crucial, and these details are important.
1. Intermittent operation: It is recommended not to operate the lamp continuously for 24 hours, as continuous operation causes the lamp temperature to gradually rise. Higher temperatures significantly impact the lamp's lifespan, with higher temperatures shortening the lifespan further.
2. The ambient temperature for using LED explosion-proof lamps should not exceed 60°C. Temperatures above 60°C may reduce the lifespan by two-thirds.
3. Regularly start the lamp during use.
4. Check the transparent parts of the lamp for signs of impact and the protective net for looseness, desoldering, corrosion, etc. If any issues are found, stop using the lamp and perform maintenance or replacement promptly.
5. Regularly clean dust and other debris from the lamp housing (accumulated dust can block heat dissipation, leading to poor heat dispersion. This ensures good heat dissipation for the LED explosion-proof lamp). Good heat dissipation is a key factor in extending LED lifespan.
6. Avoid frequent switching of the lamp, as the current during startup is higher than during normal operation, causing a rapid increase in filament temperature and accelerated sublimation, greatly reducing lifespan. Minimize switching as much as possible.
7. Regularly check the voltage of the explosion-proof LED lamp circuit. If the voltage is unstable, perform line maintenance and inspection.
8. Replace damaged light sources in explosion-proof LED lamps promptly to prevent electrical components like ballasts from operating abnormally due to the light source failing to start.
9. When opening the lamp cover, follow the warning instructions: cut off power before opening. After opening, check the flameproof joint surface of the lamp for integrity, any abnormalities in the rubber seals, green or carbonized insulation on wires, and deformed or charred insulation parts and electrical components. If any issues are found, perform maintenance or replacement promptly.
10. Regularly clean dust and dirt accumulated on the lamp housing and tube. For lamps used in humid environments, if moisture is present inside the lamp cavity, clean it promptly to prevent rust, damage, or electrical short circuits over time.
Friendly reminder: The prices listed online are for display purposes only. Actual prices are subject to consultation with customer service!