Product Description:

With an IP rating of IP66 WF2, this Flameproof Plug and Socket provides superior protection against dust and powerful water jets. Its durable construction ensures that it can withstand harsh conditions and maintain optimal performance even in challenging environments.

The core of the Explosion Proof Plug and Socket is made of brass coated with silver, providing excellent conductivity and corrosion resistance. This high-quality material ensures long-term durability and reliable electrical connections, crucial for operations in Hazardous Locations.

Designed for use in areas where explosive atmospheres may be present, this Explosion-proof Plug and Socket is a vital safety measure in Oil & Gas facilities. Its robust design and construction make it suitable for demanding industrial applications, providing peace of mind in hazardous environments.

Whether you need to power essential equipment or provide reliable electrical connections in hazardous locations, this Anti-Explosive Plug and Socket is the ideal solution. Its Phase configuration ensures compatibility with various equipment and systems, offering flexibility and convenience in installation and use.

Overall, the Explosion Proof Plug and Socket is a reliable and durable solution for demanding industrial environments. With its Flameproof design, IP66 WF2 rating, and brass core coated with silver, this Hazardous Location Plug and Socket offers the safety and performance needed in Oil & Gas applications.

Features:

• Product Name: Explosion-Resistant Plug and Socket
• Voltage: 220/380VAC
• Number Of Wires: 2
• Application: Industrial Oil&Gas
• Ip Rating: IP66 WF2
• Material: Whole Plastic (GRP)

Technical Parameters:

Applications:

1. Gas stations - During the refueling and unloading process, gasoline can easily evaporate, forming flammable vapors. These vapors, when mixed with air and exposed to sparks, can explode.
2. Chemical plant reaction rooms - During the production process, pipes and valves may leak flammable and explosive gases or solvent vapors such as benzene, alcohols, and ethers.
3. Coal mine tunnels - Coal seams continuously emit methane (gas), and mining operations generate large amounts of combustible coal dust, creating a typical explosive environment.
4. Flour mill grinding rooms - Grain processing generates airborne flour dust, which, when reaching a certain concentration, can cause a dust explosion when exposed to an ignition source.
5. Automotive paint spray booths - Paint mist and solvent vapors emitted by thinners (such as thinner) used during spraying are both flammable and explosive.
6. Gas boiler rooms/pressure regulating stations - Natural gas (primarily methane) pipelines and valves may leak, and accumulation can create an explosive atmosphere.
7. Alcohol/Liquor Bottling Plant - Alcohol (ethanol) is highly volatile. In a confined space, its vapor can form an explosive mixture when mixed with air.
8. Aluminum/Magnesium Alloy Grinding and Polishing Plant - Aluminum and magnesium powders generated during processing are flammable metal dusts that can explode violently when exposed to open flames or high temperatures in air.