BGJ Series Explosion Proof...
- ◆ Explosion proof connectors are available in nickel plated brass, stainless steel or galvanized carbon steel.
- ◆ This explosion proof connector Adopts high-strength cast iron or stainless steel housing with powder-coated surface, featuring excellent corrosion resistance, impact resistance, and wear resistance to adapt to harsh industrial conditions like high humidity and chemical corrosion.
- ◆ Explosion proof connectors equipped with user-friendly fastening structures and clear assembly marks, enabling quick installation and disassembly without complicated tools; the sealed design also reduces the frequency of daily maintenance and inspection.
TECHNICAL DATA
Explosion Protection Type
Standards: CENELEC, IEC
Zones:
Zone 1 and Zone 2
Zone 21 and Zone 22
Explosion Protection Ratings:
IECEx (Gas and dust):Ex db IIC Gb; Ex eb IIC Gb; Ex tb IIIC Db
ATEX (Gas and dust): II 2 G Ex db IIC Gb; II 2 G Ex eb IIC Gb; II 2 D Ex tb IIIC Db
Product Parameters
Product Type: BGJ
Material: Nickel plated brass, stainless steel or galvanized carbon steel
Degree of protection: IP66
Ambient Temperature: -60℃~+100℃
Type: F/F, M/F or M/M
Function: Pipe connector, reducer, connector
Product Classification & Origin
HS code: 760900
Country of Origin: China
Applicable Industries
This explosion proof connectors ideal for explosion-prone scenarios such as oil and gas fields, chemical plants, coal mines, and offshore platforms, perfectly matching with explosion-proof lamps, switches, and junction boxes for integrated safety protection.
Through its robust housing and precision sealing, the explosion proof connectors effectively isolates cable conduits, preventing the propagation of explosion flames along pipelines. It serves as an indispensable safety component for cable routing in hazardous areas.
Like complete explosion-proof equipment, it is manufactured from high-strength materials, offering resistance to impact, corrosion, water, and dust. This ensures long-term sealing integrity and protection in demanding environments.
Credibility
The explosion proof connectors is a critical foundational component that ensures both the physical safety and explosion-protection integrity of cable conduits in hazardous areas. Though often overlooked, it is an indispensable link within the entire explosion-proof electrical system for preventing the propagation of explosions.
Globally, electrical equipment for use in hazardous locations is governed by stringent regulations and standards. Our certified explosion-proof bushing hold certificates of conformity issued by authorized bodies, including ATEX, IECEx, and EAC. These certificates are the authoritative proof of safety and the essential passport for global market entry.
CTA
For more detailed information on our explosion-proof empty enclosures, customized solutions, or to request a quote, please do not hesitate to contact us. We are committed to providing you with professional explosion-proof electrical appliances solutions and comprehensive technical service support.
FAQ
Q1: What is explosion-proof bushing, and how does it differ from a explosion-proof junction box?
A1: An explosion-proof bushing protects and routes cables through hazardous areas without making electrical connections. An explosion-proof junction box is used specifically for making those electrical connections and splices inside.
Q2: Why is the explosion-proof aluminium alloy bushing described as an “inconspicuous yet indispensable” safety component?
A2: It is the critical seal and entry point for all cables. By securing this conduit pathway, it acts as a primary barrier against explosion spread, making it a fundamental component for overall system safety.
Q3: What is the relationship between an explosion-proof through-wiring box and an explosion-proof cable gland? How do they work together?
A3: The cable gland is the sealing component that attaches to the box. For a safe installation, the gland must be certified for the same (or higher) hazard level as the box and be the correct size and thread type.
Q4: Key Rules for Multiple Cables in One Box
A4: ①Do not overfill the enclosure, maintain sufficient internal space for proper heat dissipation.
②Use one dedicated explosion-proof cable gland for each cable, every gland must be the correct type and size for its specific cable.
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