Over head Line fittings

For standard voltage application with all aluminum conductors, aluminum alloy conductors, aluminium conductor steel reinforced, aluminium alloy conductor steel reinforced with/without formed armor rod or armor tape. Also application with galvanized steel strand wire and aluminum clad steel strand wire.

Material:

Body – aluminum alloy

Keeper – aluminum alloy

Hardware – hot dip galvanized steel (ISO1461,ASTM A153）

Cotter pin – stainless steel

For standard voltage application with all aluminum conductors, aluminum alloy conductors, aluminium conductor steel reinforced, aluminium alloy conductor steel reinforced. Also application with galvanized steel strand wire and aluminum clad steel strand wire.

Material:

Body – aluminum alloy

Keeper – aluminum alloy

Hardware – hot dip galvanized steel (ISO1461,ASTM A153）

Cotter pin – stainless steel

Vertical ultimate strength - 40kN-600kN with various models

Material - Carbon steel or alloy steel

Heat treatment - Hardening and tempering

Finish - Hot dip galvanized (ISO1461,ASTM A153）

Packing - Wooden case
Standard reference - IEC61284

Vertical ultimate strength - 40kN-600kN with various models

Material - Carbon steel or alloy steel

Heat treatment - Hardening and tempering

Finish - Hot dip galvanized (ISO1461,ASTM A153）

Packing - Wooden case
Standard reference - IEC61284

Vertical ultimate strength - 40kN-600kN with various models

Material - Forged steel

Heat treatment - Hardening and Tempering

Finish - Hot dip galvanized (ISO1461,ASTM A153）

Packing - Wooden case

Standard reference - IEC61284

Vertical ultimate strength - 40kN-600kN with various models

Material - Forged steel

Heat treatment - Hardening and Tempering

Finish - Hot dip galvanized (ISO1461,ASTM A153）

Packing - Wooden case

Standard reference - IEC61284

● Arc Mitigation: The primary purpose of an arcing horn is to mitigate the effects of electrical arcing, which can generate high temperatures and potentially damage or degrade nearby equipment or insulators.

● Split Ring Design: Arcing horns have a distinctive split ring or U-shaped design, which is typically mounted around the fittings or insulators. This design helps to redirect and disperse the arc flash that may occur.

● Materials: Arcing horns are typically made of materials with good electrical conductivity and mechanical strength, such as aluminum or other non-ferrous alloys.

● Mounting: They are mounted around the fittings or insulators and are secured in place. The presence of arcing horns can be an integral part of the overall design and safety measures in high-voltage systems.

● Electrical Safety: Arcing horns improve electrical safety by redirecting and dissipating the energy associated with an arc flash, reducing the risk of damage to equipment, insulators, or other components in the vicinity.

● Application: These horns are commonly used in high-voltage applications, such as substations, transmission lines, and other locations where the risk of electrical arcing is significant.

● Types of UT Clamps: UT clamps come in various types and designs, each suited to a specific application. They may be used for conductor support, grounding, splicing, dead-ending, or connecting various components in power line systems.

● Materials: UT clamps are typically constructed from materials such as aluminum, steel, or other non-ferrous alloys to ensure durability and resistance to environmental conditions.

● Design: The design of UT clamps varies depending on their intended use. They may feature bolts, wedges, or other mechanisms for securing conductors or components.

● Installation: The installation of UT clamps usually involves attaching them to supporting structures like utility poles, towers, or crossarms. They secure conductors and components in place to maintain electrical connections, mechanical stability, and appropriate tension.

● Tension Relief: UT clamps can be used for relieving mechanical tension or stress on power lines. This helps prevent conductor sagging, reducing the risk of electrical faults and maintaining proper clearances.

● Corrosion Resistance: Many UT clamps are designed to be corrosion-resistant and weatherproof, ensuring their long-term performance in outdoor environments.

● Code Compliance: The selection and installation of UT clamps should adhere to local electrical codes, regulations, and industry standards to ensure safety and reliability in power distribution systems.

● Safety: UT clamps play a critical role in enhancing the safety and reliability of overhead power distribution and transmission systems. They prevent conductor movement, secure components, and support electrical connections.