Parallel Groove Clamp

Its electrical performance relies on bolt pressure to achieve. This type of wire clamp is suitable for the splicing of aluminum stranded wire or steel core aluminum stranded wire with small and medium cross-sections, as well as the steel stranded wire of overhead lightning protection lines in positions that do not bear tension. In addition, it is also used for route connection of non-linear towers. The types and sizes of parallel groove clamps are diverse, which can meet different splicing needs. For example, JB type aluminum parallel groove wire clamp is suitable for splicing aluminum stranded wire and steel core aluminum stranded wire of 16-240mm ², and its design and manufacturing take into account the practical application needs in power line engineering

The parallel groove wire clamp is used for connecting aluminum stranded wires or steel core aluminum stranded wires with small and medium cross-sections, as well as steel stranded wires for overhead lightning protection lines in positions that do not bear tension. It is also used for jumper connections in non-linear towers. Electrical engineering materials (fittings) are mainly used for interconnecting wires in power line engineering.

Parallel channel clamp is a tool used to connect wires in power and communication lines. Their main characteristics are as follows:

1. Structural design

Parallel groove clamp usually consists of two parts: clamp and bolt. The fixture body is usually made of aluminum alloy or steel, with good electrical conductivity and strength. The bolt holds the wire or wire firmly in the jig by clamping action, ensuring a stable connection.

2. Applicable wire type

Parallel groove clamps are designed to connect two or more power wires arranged in parallel. It is suitable for different types of wires, including bare aluminum wires, aluminum alloy wires, copper wires, etc. The parallel channel clamp can effectively connect these wires together to ensure the stable passage of current.

3. Strong clamping force

The design features of the product give it a strong clamping force, which ensures that the wire remains fixed under high load conditions and avoids poor contact due to vibration or external force.

4. Corrosion resistance

Wire clamps are typically made of corrosion-resistant materials such as galvanized steel, aluminum alloy or stainless steel to improve durability in outdoor and harsh environments. Corrosion resistant coatings can prevent the clamp from rusting and extend its service life.

5. Easy to install

And trench clamp design allows for a fast and easy installation process. When installing, simply place the wire into the clip slot and tighten the bolt. The installation process does not require special tools, which can greatly improve work efficiency.

6. Adjustability

The parallel groove clamp can usually be adjusted to accommodate different wire specifications, providing greater flexibility. It has a wide range of application, and different types of wire clips can be selected according to the needs of different projects.

7. Good electrical connection

The groove clamp not only provides mechanical support, but also ensures a good electrical connection. Its structure and material design help to reduce resistance, thereby improving conductive efficiency and ensuring the stability of power transmission.

These characteristics make the splint an indispensable connection tool in the power and communications industries.