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.