| Lamp Body Material: | Aluminum Alloy |
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| IP Rating: | IP66 |
| Base Type: | E27 |
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| ITEM | Product Name | |||
| CFD1 | LED Marine Incandescent Brass Explosion Proof Pendant Light | |||
| OTHERS | For more product information and other products please contact us! | |||
| COMMON | IP Grade: | IP66 | Ex-proof Mark: | Exd II CT4 |
| Light Source: | Incandescent Bulbs | CCT: | Pure White | |
| Power: | ≤100W(25W-100W) | Voltage: | AC 220V | |
| Luminous Flux(lm): | 7000 | Lamp Holder: | E27 | |
| Working Temperature: | -20ºC-60ºC | Material: | Aluminum + Toughened Glass + Stainless Steel Guard | |
| Cable Outside Diameter: | Φ11-Φ13 | Mesh Enclosure Material: | Brass | |
| Size: | Φ146 x L250 mm | Weight: | 2.9kg | |
| Package Size: | 30*30*20 cm | Gross Weight: | 4kg | |
| CERT | ATEX,CE,IP66,CCS | |||
| FEATURES | ·Shell design: The shell is made of high-quality cast aluminum, high-quality tempered glass lampshade, and equipped with a protective mesh cover. Its shell can withstand the explosion pressure that may be generated inside, and effectively prevent the flames and high-temperature gases generated by the explosion from leaking into the surrounding flammable and explosive environment.
·Good sealing performance: The sealing structure has good waterproof performance, and through high-quality sealing gaskets and tight assembly processes, it ensures that the inside of the lamp is isolated from the external dangerous environment. This prevents external flammable and explosive gases, liquids or dust from entering the interior of the lamp, reducing the possibility of explosion from the source. Suitable for lighting temporary construction sites such as decks, docks, cargo holds, and workshops.
·Corrosion resistance: Ships operate in the marine environment for a long time and will be affected by salt spray, seawater erosion, etc. The shell and some key components of marine explosion-proof incandescent lamps are usually treated with special anti-corrosion treatment, which can resist the corrosion of salt spray and extend the service life of the lamp.
·Vibration resistance: Ships will vibrate and bump during navigation. The internal structure design of marine explosion-proof incandescent lamps is relatively strong, and the lamp holder, filament and other components are firmly connected. It can maintain a stable luminous state when the ship vibrates, reducing the occurrence of filament damage or poor contact caused by vibration.
·Reliable lighting performance: Marine explosion-proof incandescent lamps use high-quality filament materials, such as tungsten filaments. Tungsten filaments have a high melting point and good luminous properties, and can provide stable and bright lighting under various working conditions. Moreover, the light distribution of this type of lamp is more reasonable, and the design of the lampshade enables the light to effectively illuminate various working areas or channels of the ship, meeting the lighting needs of ship navigation and operation.
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| APPL | ·Marine
·Deck
·Dock
·Cargo
·Workshop
·Ports
·Ships/Boat/Yacht
·Oil Platforms
·Bridges
·Cargo Yards
·Station
·Explosive Gas Environments
·Applied to the illumination in 1-2 zone dangerous places of hydric gas and air admixture, ethyne and air admixture and other flammable gas admixture.
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Marine explosion-proof incandescent lamps are special lighting fixtures used for lighting in dangerous environments such as ships where flammable and explosive gases or dust exist. Its working principle is similar to that of ordinary incandescent lamps, where the filament (usually tungsten filament) is heated by electric current to make the filament reach a high temperature and emit light. When the current passes through the filament, the filament resistance generates heat, the temperature rises, and then emits light. But unlike ordinary incandescent lamps, it has explosion-proof function. Its shell can withstand the explosion pressure that may occur inside, and can prevent the flame generated by the explosion from spreading to the surrounding environment, thereby ensuring the safety of use in hazardous areas.
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