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Cable Glands are mechanical cable entry devices used to securely attach and seal electrical cables where they enter equipment, control panels, junction boxes, enclosures, switchgear, motors, and other electrical systems. They provide cable strain relief, environmental sealing, mechanical protection, and secure cable termination.
Cable glands are available in different materials, thread types, sizes, and designs to suit electrical, industrial, outdoor, hazardous-area, and instrumentation applications.
What Is a Cable Gland?
A Cable Gland is a fitting installed at the cable entry point of an electrical enclosure or equipment. It grips the cable and helps prevent unwanted movement while maintaining protection against dust, moisture, and other environmental factors when the appropriate gland and sealing system are used.
Types of Cable Glands
1. Brass Cable Glands
Brass cable glands are widely used in industrial electrical installations because of their mechanical strength and durability.
2. Stainless Steel Cable Glands
Stainless steel cable glands offer excellent corrosion resistance and are suitable for demanding industrial, marine, chemical, and outdoor environments.
3. Nylon Cable Glands
Nylon or plastic cable glands are lightweight and commonly used in control panels, electrical enclosures, automation systems, and general-purpose installations.
4. Armoured Cable Glands
Armoured cable glands are designed for terminating armoured cables and providing appropriate mechanical and electrical continuity requirements.
5. Double Compression Cable Glands
Double compression glands provide enhanced gripping and sealing for suitable armoured cable applications and are commonly used in industrial installations.
6. EMC Cable Glands
EMC cable glands are designed to provide cable entry and shielding continuity for applications where electromagnetic compatibility is important.
7. Explosion-Proof Cable Glands
These glands are designed for suitable hazardous-area applications where certified equipment and installation practices are required.
Copper Lugs are high-conductivity electrical cable termination components used to connect copper cables securely to electrical equipment, busbars, terminals, circuit breakers, transformers, motors, switchgear, and electrical panels. They provide a reliable mechanical and electrical connection and are widely used in industrial, commercial, power distribution, and electrical installation applications.
Copper lugs are available in different sizes and configurations to accommodate various cable cross-sections and terminal requirements.
Types of Copper Lugs
Copper Compression Lugs
Copper Crimping Lugs
Copper Ring Lugs
Copper Pin Lugs
Copper Fork/Spade Lugs
Long Barrel Copper Lugs
Short Barrel Copper Lugs
Tinned Copper Lugs
Cable Gland is an electrical and mechanical cable entry device used to securely terminate and protect cables where they enter electrical enclosures, control panels, junction boxes, motors, machinery, and industrial equipment. Cable glands provide cable retention, strain relief, sealing, and protection against environmental conditions such as dust, moisture, and vibration.
Cable glands are available in different materials, sizes, thread types, and designs to suit a wide range of electrical and industrial applications.
What Is a Cable Gland?
A cable gland is fitted at the cable entry point of an electrical enclosure or equipment. It grips the cable and helps maintain the required sealing and mechanical protection while reducing stress on the cable connection.
Depending on the application, cable glands can be manufactured from brass, stainless steel, aluminium, nylon, or other suitable materials.
Our range of E1W Cable Gland is used with all types of SWA extruded bedding cable where it is essential to produce IP 66 seal on to the outer sheath. This also produce an IP 66 or explosion proof seal on inner sheath. It provides seals on to both inner sheath and outer sheath of the cable.
Application : For use with all types of SWA extruded bedding cable where it is essential to produce IP 66 seal on to the outer sheath and also produce an IP 66 or explosion proof seal on inner sheath. It provides seals on to both inner sheath and outer sheath of the cable.
