Longer length barrel with extra crimps for heavy duty loads. Two hole heavy duty lugs are best suited to avoid rotation or movement of lugs. Two-Hole Long Barrel Lugs for copper conductors ranging from 6 – 1000 mm2
Summary of Raychem RPG RLLB 2E – Two-Hole Lugs (Long Barrel) : The Raychem RLLB 2E Two-Hole Long Barrel Lug is a robust and reliable cable termination solution. Its long barrel ensures strong crimping, while the two-hole design provides added stability, making it ideal for heavy-duty, high-current electrical connections. The RLLB 2E Two-Hole Long Barrel Lug is a heavy-duty copper…
Longer length barrel with extra crimps for heavy duty loads. Two hole heavy duty lugs are best suited to avoid rotation or movement of lugs. Two-Hole Long Extended Barrel Lugs for copper conductors ranging from 10 – 1000 mm2
Raychem Busbar Insulation Sleeves are heat-shrinkable insulating tubes used to protect copper and aluminium busbars in electrical panels and switchgear systems. They provide excellent insulation, flashover protection, and safety against accidental electrical discharge. The sleeves shrink tightly over busbars when heated, ensuring reliable insulation and long service life. They are flame-retardant, flexible, moisture-resistant, and suitable for low and medium voltage…
Short Neutral Section (PTFE) for 25 KV line, The utility power supply system expects equal loading on all phases. Traction power system works on single phase 25kV traction system. It now becomes important to use all the three phases equally and convert them into one phase traction supply. This is achieved by feeding single phase supply to the adjacent traction…
The unique spring form, available in Epoxy/Pure Polyester coating, maintains greater installed tension on non-resilient objects. The cable ties are designed with Wedge Lock Mechanism System suitable for quick installation with low insertion force and strength. They are resistant to corrosion and suitable for indoor, outdoor or harsh environments.
The unique spring form, available in Epoxy/Pure Polyester coating, maintains greater installed tension on non-resillent objects. The cable ties are designed with Wedge Lock Mechanism System suitable for quick installation with low insertion force and strength. They are resistant to corrosion and suitable for indoor, outdoor or harsh environments.
The unique spring form, available in metallic finish, maintains greater installed tension on non-resillent objects. The cable ties are designed with Wedge Lock Mechanism System for quick installation with low insertion force and strength. They are resistant to corrosion and suitable for indoor, outdoor or harsh environments.
The unique spring form, available in metallic finish, maintains greater installed tension on non-resillent objects. The cable ties are designed with Wedge Lock Mechanism System for quick installation with low insertion force and strength. They are resistant to corrosion and suitable for indoor, outdoor or harsh environments.
In Summary, The Raychem Indoor Distribution High Class (DH) 6 kV Surge Arrester is a medium-voltage, metal-oxide surge protection device designed to safeguard 6.6 kV electrical distribution systems from lightning strikes and switching surges. It features gapless ZnO technology for fast response, high energy absorption capability, and low residual voltage, ensuring reliable protection of transformers, switchgear, and cable terminations. The…
Variety of tools used with Cable Ties, Bands & Buckles to tighten/crimp/ cut excess lengths. Keep 2 types of tools, Tools for cable ties and tools for bands. We offer a variety of tools for installation of clamping systems.
Transmission Line Surge Arrester (NGLA) upto 400kV, Power supply utilities have verified load losses due to voltage snags on their systems from transitory outages caused by lightning activity and causing permanent damages. The effect of these transitory disturbances on transmission lines are more critical in areas with high ground resistivity when associated with high lightning activity. Most non-scheduled outages are…
