About 50mm Double Compression Brass Cable Glands
Product Type: Double Compression Brass Cable Gland
Size: 50 mm
Material: High-grade brass; nickel-plated version available for corrosion resistance
Application: Designed for armoured and unarmoured cables in indoor/outdoor and harsh industrial environments
Design: Double compression system providing sealing on both inner and outer cable sheaths
Features: High mechanical strength, excellent pull-out resistance, vibration-proof, long service life
Ingress Protection: IP66 / IP67 (with proper sealing accessories)
Temperature Range: 20C to +90C (varies based on sealing material)
Standards: Compliant with IS/IEC and BS 6121 specifications
Components: Gland body, inner compression ring, outer compression ring, compression nuts, locknut, sealing washer
Use Cases: Industrial panels, heavy machinery, power plants, oil & gas facilities, outdoor electrical installations
| Feature | Description |
| Wide Size Range | Available from 10 mm to 100 mm to suit various cable diameters. |
| Multiple Thread Options | Supports ET, NPT, and Metric (M) threads for global compatibility. |
| Premium Material Options | Manufactured in Brass, SS304, and SS316 for enhanced durability. |
| Strong Compression Grip | Provides secure cable holding, strain relief, and reliable sealing. |
| Industrial Applications | Ideal for control panels, machinery, electrical systems, and marine environments. |
Superior Protection and PerformanceDouble compression design provides enhanced sealing and strain relief for cables, making it suitable for harsh industrial environments. The brass material ensures long-term durability and resistance to corrosion, even in exposed installations. These cable glands support efficient cable management, reducing wear and enhancing operational safety.
Versatile Industrial Applications Across IndiaWidely used in factories, control panels, heavy machinery, and other industrial setups, the 50mm Double Compression Brass Cable Gland is critical for safeguarding electrical connections. Its silver finish complements modern equipment, while the 1-year warranty offers peace of mind for buyers and users nationwide.
FAQ's of 50mm Double Compression Brass Cable Glands:
Q: How is the 50mm Double Compression Brass Cable Gland installed in an industrial setup?
A: The gland is typically fitted to a junction box or panel, where it securely anchors and seals cables passing through. Installation involves tightening the gland's nuts and ferrules to compress the rubber seal around the cable, ensuring optimum protection against dust, moisture, and vibrations.
Q: What types of cables are compatible with the 50mm Double Compression Brass Cable Gland?
A: This cable gland is suitable for a variety of armoured and unarmoured cables commonly used in industrial settings, especially those with an outer diameter accommodating the 50mm size specification.
Q: When should the cable gland be maintained or replaced?
A: Periodic inspection is recommended to ensure ongoing protection. Replace the cable gland if signs of wear, corrosion, or sealing failure are observed, or after the one-year warranty period if heavy usage affects its integrity.
Q: Where in India can I source these cable glands?
A: These products are available across India through authorized distributors, exporters, importers, manufacturers, service providers, suppliers, and traders. Check with local electrical equipment suppliers for stock and support.
Q: What is the process for ensuring the cable gland provides effective sealing in harsh environments?
A: During installation, make sure the gland's components are properly assembled and tightened, compressing the internal seal to prevent water, dust, or chemical ingress. For best results, follow manufacturer guidelines and use recommended torque settings.
Q: What are the main benefits of using a brass double compression cable gland in industrial applications?
A: Brass double compression cable glands offer strong mechanical retention, superior corrosion resistance, and robust sealing properties, making them ideal for demanding industrial environments. They protect critical cabling, minimizing electrical failures and maintenance costs.