Product Description:
The Ex Mark for this Vapour Proof Junction Casing is Ex Db IIC T6
Gb/ Ex Tb IIIC T80°C Db, indicating its suitability for use in
potentially explosive atmospheres. The sturdy enclosure material of
this Explosive Safe Junction Box is made of durable Aluminum Alloy,
ensuring durability and reliability in harsh conditions.
With a water resistance rating of IP66, this Vapour Proof Junction
Casing provides protection against powerful jets of water and
ingress of dust, making it suitable for use in challenging outdoor
environments.
Whether installed in hazardous locations or industrial settings,
the Explosion Proof Junction Box offers a secure and reliable
solution for housing electrical connections and components. Its
robust construction and adherence to safety standards make it an
essential component in ensuring the integrity of electrical systems
in volatile environments.
When it comes to ensuring safety and reliability in hazardous
areas, the Explosion Proof Junction Box is the ideal choice. Its Ex
certification and rugged design guarantee protection against the
risks associated with flammable substances, making it a crucial
component for maintaining operational efficiency and safety in
industrial applications.
Features:
- Product Name: Explosion Proof Junction Box
- Installation Method: Wall
- Enclosure material: Aluminum Alloy
- Dust Proof: WF2
- Cable Entry: G1/2
- Type: Junction Box
Technical Parameters:
| Technical Parameter | Details |
|---|
| Used | Oil&Gas Chemical Plant; Paper Mill; Manufacturer |
| Entry No | See Illustration |
| Ex Mark | Ex Db IIC T6 Gb/ Ex Tb IIIC T80°C Db |
| Voltage | 220V/380VAC |
| Cable Entry | G1/2 |
| Overall Dimension | Customer Settings |
| Item Type | Explosion-Proof Flameproof Junction Box |
| Water Proof | IP66 |
| Use Area | Zone1,2; Hazardous Area; Oil&Gas Industry |
| Installation Method | Wall |
Applications:
1. Grain and Agricultural Product Processing and Storage
Sites: Grain silos, grain elevators, flour mills, sugar mills,
cocoa processing plants, coffee processing plants, and feed mills.
Risks: Large amounts of combustible dust, such as flour, starch,
powdered sugar, and milk powder, are generated during processing,
transportation, and storage. When these fine dusts reach a certain
concentration in the air and encounter an ignition source, they can
cause a violent dust explosion.
2. Metal Processing and Manufacturing
Sites: Polishing, grinding, and processing workshops for metals
such as aluminum, magnesium, titanium, and zirconium; and 3D
printing (metal powder) workshops.
Risks: Some metals are highly flammable in powder form, especially
aluminum and magnesium powders. Once they form clouds in the air,
they can easily ignite and cause a violent explosion.
3. Textile and Wood Processing
Sites: Textile mills (especially those processing fibers such as
cotton and linen), man-made fiber mills, wood processing plants,
sawmills, and furniture manufacturing workshops.
Risks: Natural fiber dust, man-made fiber dust, and wood dust are
all combustible. Accumulating to a certain concentration in a
confined space can cause explosions when exposed to a fire source.
4. Municipal and Public Utilities
Sites:
Wastewater treatment plants/biogas plants: The treatment process
produces flammable and explosive gases such as methane (biogas) and
hydrogen sulfide.
Gas pressure regulating stations/boiler rooms: There is a risk of
leakage of fuels such as natural gas and liquefied petroleum gas.
City gas pipeline wells and underground utility corridors: Leaked
gas may accumulate.
Landfills/incineration plants: The decomposition of waste produces
methane.
