Electric Power
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This copper cable lug is designed with a narrow palm, making it suitable for equipment with limited contact area. It features a viewing window for easy inspection of the conductor's position.

C-type connectors are used for intermediate connections of copper cables. They have an internal indented surface to improve tensile strength and a chamfered mouth to protect the conductor from damage.

This copper cable link is used for intermediate connection of copper cables in low voltage applications. It provides a secure and reliable electrical connection.

This copper cable lug is designed for connecting copper cables to electrical equipment in low-voltage applications. It features a barrel end with a bell mouth, which allows for easy cable installation.

This copper cable lug is designed for connecting copper cables to the copper ends of electrical equipment in low-voltage systems. It provides a reliable connection for power transmission and distribution applications.

These copper cable lugs facilitate connection of copper cable to electrical equipment in low voltage applications. The lug features a viewing window for conductor location verification.

These copper cable lugs facilitate the connection of copper cables to electrical equipment in low-voltage applications. An arc-shaped viewing window allows for visual inspection of the conductor's position.

These mechanical transition connectors are designed to connect conductors of different sizes. They are suitable for intermediate connections of copper, aluminum, and aluminum alloy cables in medium voltage applications.

Mechanical aluminum lugs are designed for terminating aluminum conductors to equipment pads, bus bars, or other connection points. The mechanical design allows for easy installation and removal in electrical power transmission and distribution systems.

This mechanical connector is used for intermediate connections of copper, aluminum, and aluminum alloy cables at low voltage. It features torque-controlled shear head bolts that ensure stable working performance without conductor damage.

This mechanical branch connector is used for intermediate branch connection of copper cable, aluminum cable, and aluminum alloy cable in medium voltage. It requires only a socket spanner or a wrench, removing the need for crimping tools.

These cutouts offer full-range overcurrent protection, handling currents from a fuse link's minimum melt point to the maximum nameplate rating. Voltage ratings are available up to 36kV, with options for a 100A or 200A fuse holder or a 300A disconnect blade.

This gapless metal-oxide surge arrester is designed to manage both type and routine tests. It is also capable of acceptance testing to meet specific customer requirements.

This loadbreak elbow connector is designed for connecting underground cables to electrical equipment. It meets ANSI/IEEE 386 standards.

Cap and pin insulators are used on overhead transmission and distribution networks for long-distance power evacuation. The insulators, tested to IEC & ANSI standards, can be arranged in suspension or tension to insulate cables from towers, with standard and anti-fog options available.

The axial-flow turbine unit is engineered for efficient power generation. Its robust construction includes stacked rotor blades and an advanced stator design to maximize energy conversion.

This steam turbine generator converts thermal energy into electricity. Its design features intricate stator windings and insulated copper conductors for efficient power generation.

The Francis turbine generator unit is well-suited for developing medium and high head and medium flow hydraulic resources. It is commonly used in hydropower stations to generate electrical power from flowing water.