Explosion Proof Light Fixture CFT2 Flood Lighting Marine Lamp
Specification
Power | Voltage | Weight | Protection class | Holder Lamp | Illuminant | Cable outside Diameter (mm) | Explosion-proof mark | LM Luminous flux | ||
CFT2 | flood light | 250W | 220V/50Hz 220V/60Hz 110V/60Hz | 24.5kg | IP56 | E40 | High-pressure sodium lamp | 11 ~ 13 | Exd IIBT3 | 26000 |
metal halide lamp | 20500 | |||||||||
400W | High-pressure sodium lamp | Exd IIBT2 | 47000 | |||||||
metal halide lamp | 36000 |
CFT2 flood light
The scope of application:
1. The shell adopts good quality cast down alumnium, good quality toughened glass lampshade. The lamp body can adjust up and down 45..
Explosion-proof lights
Explosion-proof lamp refers to a lamp used in dangerous places where flammable gas and dust exist, and can prevent the arc, spark and high temperature that may be generated inside the lamp from igniting the flammable gas and dust in the surrounding environment, so as to meet the requirements of explosion-proof. Also known as explosion-proof lamps, explosion-proof lighting.
Different flammable gas mixture environments have different requirements for the explosion-proof grade and explosion-proof form of the explosion-proof lamp.
Scope of application
1. It is suitable for hazardous locations in zone 1 and zone 2 of explosive gas environment;
2. Suitable for IIA, IIB, IIC level explosive gas environment;
3. Applicable to areas 20, 21 and 22 of combustible dust environment;
4. It is suitable for the environment where the temperature group is T1-T6.
Installation
Explosion-proof lights should be checked from the nameplate and product manual before installation: explosion-proof type, category, level, group; protection level of the shell; installation method and requirements for fasteners for installation, etc. The installation of the explosion-proof lamp should ensure that it is firmly fixed, the fastening bolts should not be replaced at will, and the spring washers should be complete. The dust-proof and waterproof sealing ring should be placed as it is when installing.
Where the cable enters, the cable and the sealing gasket should be closely matched, the cross section of the cable should be round, and the surface of the sheath should not have defects such as unevenness. Excess inlets must be sealed according to the explosion-proof type, and the compression nut must be tightened to seal the inlets.
JUVI Company