Flamproof Cable Gland About
Description
The
CMP PX2K Explosion Proof Barrier Cable Gland is a globally certified flameproof cable gland designed for
all types of armoured cables. Featuring a
compound barrier seal,
IP66/IP67/IP68 protection, and certifications including
IECEx, ATEX, UKEX, UL, CSA, and PESO, it provides secure cable termination for hazardous industrial environments.
Key Features
- Designed for all types of armoured cables, including SWA, AWA, STA, Wire Braid, PWA, and EMC cables.
- Compound barrier flameproof seal for enhanced hazardous area protection.
- Metal-to-metal armour clamping for secure cable termination.
- Controlled outer load retention seal with integral protected deluge seal.
- Available in Brass, Nickel Plated Brass, Stainless Steel, and Aluminium construction.
- IP66, IP67 & IP68 ingress protection for dust and water resistance.
- Wide operating temperature range from -60C to +85C.
- Certified to IECEx, ATEX, UKEX, UL, CSA, PESO (India), EAC, and other global standards.
- Suitable for Zone 1, Zone 2, Zone 21 & Zone 22 hazardous locations.
- Available in multiple thread sizes from M20 to M100 with Metric and NPT options.
- Excellent corrosion resistance for offshore, marine, and industrial environments.
- Ideal for Oil & Gas, Petrochemical, Chemical, Marine, Mining, and Power industries.
Engineered for Extreme EnvironmentsBuilt for applications where safety and reliability are paramount, the Flamproof Cable Gland thrives in the harsh conditions of petrochemical plants, offshore rigs, mining sites, and power installations. Its high mechanical strength and corrosion resistance ensure long-term protection for cable entries against hazardous elements.
Reliable Safety FeaturesWith certified explosion and flameproof designs, along with IP66/67/68 ingress protection, these glands deliver a secure seal against dust, water, and flammable substances. Their barrier-type construction and metal-to-metal armour clamping are key for installations where operational safety is non-negotiable.
Versatile Cable CompatibilityCompatible with round, single, and multi-core cables, these glands fit wide diameter ranges (16 mm to 101.4 mm) and various armoured types, such as SWA, AWA, STA, wire braid, and PWA. They support both copper and aluminium conductors, making them an adaptable choice for multiple industries and cable specifications.
FAQ's of Flamproof Cable Gland:
Q: How is the Flamproof Cable Gland installed for optimal safety?
A: The gland is panel-mounted and secured using a threaded system with metal-to-metal armour clamping and a barrier seal. Proper installation ensures a tight, flameproof, and explosion-resistant connection that maintains enclosure integrity even under harsh conditions.
Q: What types of cables are compatible with this cable gland?
A: This gland suits both single and multi-core armoured cables made from copper or aluminium. It supports various armour types like SWA, AWA, STA, wire braid, PWA, and even EMC cable armour, accommodating diameters from 16 mm to 101.4 mm.
Q: Where can Flamproof Cable Glands be used?
A: They are ideally used in environments with explosive and corrosive risks-such as oil & gas refineries, offshore rigs, marine settings, petrochemical plants, power stations, mines, and chemical plants.
Q: What benefits does this product offer in industrial applications?
A: The gland's explosion- and flameproof design, combined with IP66/67/68 ratings and high mechanical strength, provides enhanced safety, durability, and protection against dust, water, and corrosive materials, significantly reducing operational risk.
Q: When should Flamproof Cable Glands be selected over standard cable glands?
A: They should be chosen when installation takes place in areas classified as hazardous, or where high resistance to explosion, fire, and ingress of water or dust is required to maintain safety standards and compliance.
Q: How does this cable gland maintain dielectric strength and insulation?
A: It utilizes CMP SOLO LSF halogen-free thermoset elastomer insulation, meeting IEC 62444 standards for dielectric strength and safety in electrical applications.