Electric Power
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This high-voltage disconnector switch is designed for electrical power transmission and distribution systems. It features robust construction with ceramic insulators for reliable performance in harsh environments.

This high-voltage disconnector switch is designed for electrical power transmission and distribution systems. It is suitable for isolating equipment for maintenance or during emergencies.

This high-voltage disconnector switch is designed for electrical power transmission and distribution systems. It provides a reliable means of isolating equipment for maintenance or repair.

This residual current circuit breaker (RCCB) conforms to IEC61008-1 standards. It is designed for 230/240V (1P+N) or 400/415V (3P+N) AC 50/60Hz circuits, with rated currents from 10A to 40A and residual operating currents from 30mA to 500mA.

This miniature circuit breaker is available in models ranging from 6A to 32A and is designed for 220V circuits. It has a short-circuit breaking capacity of 1.5 kA and is available in a 2-pole configuration.

This changeover switch is designed for manual transfer between different power sources. It features a rotary selector with positions marked 0, 1, and 2, enabling users to select the desired power source or an off position.

Miniature circuit breakers (MCBs) offer both thermal protection for normal overloads and magnetic protection for short circuits. These high-performance MCBs are available in 1P, 2P, 3P, and 4P configurations.

This resettable circuit breaker is designed for electrical protection, offering both short-circuit and overload safeguards. It is constructed with flame-retardant materials and complies with IEC standards, ensuring reliable performance.

This UL Listed copper compression lug is color-coded for easy identification. It features an inspection window and is used for power and grounding applications.

UL Listed copper compression lug featuring color-coded identification. An inspection window allows for verifying proper wire insertion.

These grips are woven from high-strength, non-conductive aramid fiber. The braided weave design delivers strength and positive holding power for single cables or cable bundles.

This straight male cord grip provides strain relief, preventing cable pullout and system downtime. It is constructed from stainless steel mesh with an aluminum body for corrosion resistance.

This cable pulling grip is woven from high-strength, non-conductive nylon. The braided weave design offers enhanced strength and positive holding power for single cables or cable bundles.

Fiber optic pulling grips facilitate the installation of fiber optic communication lines. These grips easily attach to cables, are reusable, and suitable for underground, overhead, and through-conduit pulls.

Split lace support grips facilitate permanent installation when cable ends are hard to access. These grips support loads up to 600 lbs for vertical runs under 100 ft.

These standard closed mesh support grips are designed for loads up to 600lbs and vertical runs of no more than 100ft. The wire mesh is produced from high-quality, non-magnetic, tin-coated bronze, providing superior corrosion resistance.

This system is designed for monitoring nuclear power station control rooms. It features an array of monitors and control panels for real-time data analysis.

This power cable features a copper conductor, PVC insulation, and steel tape armor for mechanical protection. It is designed for power transmission and distribution in various applications.