Lamp Body Material: | Aluminum Alloy |
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IP Rating: | IP66 |
Irradiated Area: | ≥30m² |
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ITEM | Rated Power | WATT | LUMEN | Customized Meters |
MXEL-8195 | 20W,40W | 8W |
960lm
|
2ft
4ft
0.6M
1.2M
Optional
|
10W | 1200lm | |||
18W | 2160lm | |||
20W | 2400lm | |||
36W | 4320lm | |||
40W | 4800lm | |||
54W | 6480lm | |||
OTHERS | Support for customizable wattag and meters.If you are interested,please contact us. | |||
COMMON | Efficiency: | 120Lm/W | IP Grade: | IP66 |
Power Factor: | >0.95 | Corrosion Resistance Grade: | WF2 | |
Communication Method: | Wireless communication | Terminal: | 3×1.5~4mm² | |
IK Grade: | IK10 | Lifespan: | 100000hours | |
Start Time: | ≤0.2s | Warranty: | 5 Years | |
CRI: | ≥70RA | Work Temp: | -30~50ºC | |
CCT: | 3000-6500K | Voltage: | 220V AC,DC12V/24V | |
LED CHIPS: | CREE3030 | Light Source: | Explosion Proof LED module | |
Lighting Angle: | 120° | Frequency: | 50/60Hz | |
Light Source Power: | 1x8W,2x8W,1x18W, 2x18W, 1x28W, 2x28W,1x36W, 2x36W, Emergency | |||
Cable Entries | 4×Φ25.5 hole, with 4×M25×1.5 plug (Nickel plated brass),2×M25×1.5 gland (Nickel plated brass) DQM-II/III Ex eb is recommended, suitable for Φ12.5~Φ20.5mm cable | |||
CERT | ATEX,CE,IP66,IK10 | |||
Ex-Mark | GB: Ex db eb mb IIC T6 Gb Ex tb IIIC T80ºC Db IECEx: Ex db eb mb IIC T6 Gb Ex tb IIIC T80ºC Db IP66/IP67 ATEX: II 2G Ex db eb mb IIC T6 Gb II 2D Ex tb IIIC T80ºC Db IP66/IP67 |
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Conformity To Standards | IEC 60079, EN 60079, GB/T 3836, CCS standard | |||
FEATURES | Excellent explosion-proof performance: Special design and materials are used to prevent internal arcs, sparks or high-temperature surfaces from igniting surrounding flammable gases, steam or dust, effectively control energy release and prevent spark propagation. High protection level: It can adapt to different explosive environments, prevent external dust accumulation and liquid intrusion, and prevent arcs or high-temperature surfaces from spreading when equipment fails. Strong durability: Usually made of corrosion-resistant and shock-resistant materials, it is vibration-resistant, impact-resistant and waterproof, suitable for harsh environments such as offshore platforms, mines, and oil fields. High lighting efficiency: High-efficiency LED lighting technology is mostly used to provide bright and uniform lighting, long life, high energy efficiency, and low power consumption, which is suitable for long-term continuous work. Good thermal management: Thermal management is considered in the design, and effective heat dissipation design is adopted to keep the surface temperature of the lamp within a safe range to ensure long-term stable operation. High reliability and safety: After special certification and testing, it meets international safety standards and specifications, has strict quality control, and stable and reliable performance. |
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APPL | All Petroleum Production and Refinery Petroleum Loading and Transportation Petroleum Storage and Retail Paint Facilities Pumping Stations in any Environment Metal Smelting, Foundry and Fabrication Ming Operations and Service Ocean Platform Facilities and Structure Aerospace Clean Room and Production Chemical Production and Storage Ocean Vessel Operations Flour and Fine Particle Production and Storage Food and Distilling Production |
Why should we choose purification fluorescent lamps?
First, it is safe. In dangerous environments with flammable and explosive gases or dust, such as petrochemicals, underground coal mines, flour mills, etc., ordinary lamps may generate electric sparks or high temperatures that may cause explosions. Explosion-proof fluorescent lamps are specially designed to effectively prevent the arcs and sparks that may be generated inside from being released into the surrounding environment to avoid explosion accidents.
Secondly, the lighting effect is good. Fluorescent lamps have high luminous efficiency and can provide sufficient brightness to ensure good visibility in the working area, which helps people work efficiently and safely.
Furthermore, it has a long service life. Its lamp tubes and other components are relatively durable, which reduces the trouble of frequent replacement of lamps and reduces maintenance costs. It is suitable for dangerous places where replacement is inconvenient.