Product Description
Double Compression Cable Gland
We offer a wide range of Brass Cable Glands as per custom design. Our range includes A1/A2 type cable glands, BW type cable glands, CW type cable glands, E1W type cable glands and PG cable glands.
Material Specification
Free Cutting Brass IS 319 Type (I) or
Free Cutting Brass as per BS 249 Type (I) or
High Grade Free Cutting Brass any Special Brass Material Composition as per customers requirement.
Sizes:
For A1/A2 Type Cable Glands: 20mm to 90mm.
For BW Type Cable Glands: 20mm to 90mm.
For CW Type Cable Glands: 20mm to 90mm with S & L.
For E1W Type Cable Glands: 20mm to 90mm with S&L.
For PG Cable Glands: PG 7 to PG 48
Applications:
Dry Indoor, for use with all types of SWA Cable, for indoor or outdoor use with all types of SWA Cable, Outdoor or Indoor for use with all types of Unarmored Cable.
Finishing:
Natural, Nickel Finish, Chrome Finish or as per specification any kind of Brass Cable Glands developed and supplied exactly as per customer specification
Advanced Double Compression SealingOur cable glands use a specialized double compression technique, enhancing both mechanical protection and environmental sealing. This ensures outstanding operational safety and durability, particularly in demanding industrial and outdoor settings where reliability is critical.
Versatile Compatibility and InstallationDesigned for armoured and unarmoured cables, these glands accommodate a wide cable diameter range of 6 mm to 70 mm. Thread options including Metric, PG, NPT, and BSP provide extensive compatibility with varied equipment and installation requirements for efficient project integration.
Durable, Corrosion-Resistant ConstructionEach gland is manufactured from high-quality brass and undergoes nickel plating via precise CNC machining. This results in superior corrosion resistance and a sleek silver finish, ensuring long-lasting performance even in corrosive or harsh environments.
FAQs of Double Compression Cable Gland:
Q: How do double compression cable glands provide enhanced protection for cable terminations?
A: The double compression mechanism secures and seals both the inner and outer cable sheaths, delivering high cable retention and superior mechanical strength. This dual sealing effectively safeguards against dust and water ingress, especially at IP66 and IP67 levels.
Q: What types of cables and installations are these glands suitable for?
A: These cable glands are compatible with both armoured and unarmoured cables, making them suitable for a wide range of industrial, commercial, and outdoor installations requiring reliable cable terminations.
Q: When should I select a double compression cable gland over a single compression type?
A: Double compression glands are recommended when enhanced sealing, higher mechanical strength, and environmental protection are essentialsuch as in outdoor, exposed, or hazardous locations.
Q: Where can these cable glands be installed effectively?
A: Given their ingress protection, corrosion resistance, and broad temperature range, these glands can be installed indoors or outdoors in environments that demand durability and safety, including industrial plants and outdoor junctions.
Q: What is the process for installing a double compression cable gland?
A: Installation involves inserting the cable through the gland, tightening the fitting to create both outer and inner seals, and securing the locknut for a firm, watertight connection. The choice of thread type (Metric, PG, NPT, BSP) ensures compatibility with panel or enclosure entries.
Q: How does the nickel-plated brass construction benefit users?
A: Nickel-plated brass offers excellent resistance to corrosion, ensuring longevity and reliable function even in moisture-prone or chemically aggressive environments. It also adds mechanical strength and an attractive silver finish.
Q: What are the key advantages of choosing these cable glands for your projects?
A: With high cable retention, robust double compression sealing, versatile sizing (20 mm to 90 mm), and compliance with global standards, these cable glands ensure safe, efficient, and durable cable terminations across diverse applications.