About 16mm Double Compression Brass Cable Glands
Product Type: Double Compression Brass Cable Gland
Size: 16 mm
Material: High-quality brass (nickel-plated option available)
Application: For unarmoured and armoured cables in harsh indoor/outdoor environments
Design: Double compression for enhanced sealing at cable inner sheath and outer sheath
Features: High mechanical strength, vibration-resistant, secure cable retention
Ingress Protection: IP66 / IP67 with proper sealing
Temperature Range: 20C to +90C (seal material dependent)
Standards: As per IS/IEC 61439 and BS standards
Components: Gland body, compression nut, inner ring, outer ring, locknut, rubber seal
Used In: Power plants, control panels, industrial automation, heavy machinery, marine and outdoor 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. |
Robust Safety for Industrial InstallationsDouble compression brass cable glands are engineered to deliver optimal safety and stability for industrial cable management. Their sturdy construction ensures reliable protection against moisture, dust, and vibration, making them ideal for harsh environments. Suitability for single-phase round conductors makes them a versatile choice for various electrical setups.
Versatile Sourcing Across IndiaAvailable through multiple roles in the supply chain-from manufacturers to traders-the 16mm cable glands can be accessed conveniently anywhere in India. This widespread availability ensures timely sourcing for large or small-scale industrial projects, with professional support for installation and after-sales service.
FAQ's of 16mm Double Compression Brass Cable Glands:
Q: How do I install a 16mm Double Compression Brass Cable Gland?
A: To install the gland, begin by preparing the cable and ensuring it's round in shape. Insert the cable through the gland's body, tighten the compression nut to secure the cable firmly, and check for a proper seal. Consult manufacturer instructions for detailed steps and safety guidelines.
Q: What are the main benefits of using double compression cable glands in industrial applications?
A: Double compression cable glands offer enhanced protection against environmental factors like dust, water, and vibrations. Their robust brass construction ensures long-term durability, and the double compression provides a secure grip around the cable, minimizing the risk of slippage or damage.
Q: When should these cable glands be used in a single-phase industrial setup?
A: These cable glands are ideal for single-phase operations requiring strong cable securing methods to ensure electrical connections remain safe and stable. They should be used whenever round conductors need reliable termination in potentially harsh industrial conditions.
Q: Where can I purchase the 16mm Double Compression Brass Cable Glands in India?
A: The cable glands are available nationwide through authorized distributors, exporters, importers, manufacturers, service providers, suppliers, and traders. You can contact entities in your region for prompt delivery or technical support.
Q: What is the process for warranty claims on this cable gland?
A: If you encounter any issues within the 1-year warranty period, contact the supplier or manufacturer with proof of purchase. They will guide you through the claim process, which may involve inspection, replacement, or repair as per warranty terms.
Q: How does the brass material contribute to the cable gland's performance?
A: Brass provides excellent resistance to corrosion, high mechanical strength, and superior conductivity, making it an ideal material for cable glands used in industrial sectors. This ensures reliable performance in demanding environments.