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1. High-Quality Materials
Made of copper and aluminum, it combines the excellent electrical conductivity of copper with the light weight of aluminum, is corrosion-resistant, and has strong oxidation resistance.
2. Integrated Components
The structural design features integrated components, preventing parts from falling off during installation and facilitating construction operations.
3. Toothed Structure
Equipped with a toothed structure, it increases the contact area with the conductor, effectively pierces the oxide layer on the conductor surface, and improves contact conditions.
4. Circular Arc Clamping
The conductor is clamped over a large area by a circular arc surface, which prevents conductor creep and maintains a stable connection.
1. Low Contact Resistance
The toothed structure and large contact area ensure a tight fit between the clamp and the conductor, effectively reducing contact resistance and minimizing power loss and heat generation.
2. Reliable Connection
With strong clamping force and low contact resistance, it achieves reliable electrical and mechanical connections between copper and aluminum conductors, ensuring stable and reliable power transmission.
3. Strong Adaptability
The special-shaped structure design allows it to adapt to conductors of different diameters, offering strong versatility and reducing the variety of spare clamps needed.
4. Convenient Installation
The integrated components and common use of bolt fastening simplify the installation process, improving construction efficiency and reducing installation difficulty.
1. Conductor Jointing and Branching
Primarily used for non-tension jointing and branching of copper and aluminum conductors in overhead power lines, such as jumper connections at non-straight poles and T-junctions at non-load-bearing connections in power systems.
2. Electrical Load Transmission
As a contact fitting, it can join conductors in parallel to effectively transmit electrical loads, ensuring smooth current flow through the connection points and maintaining normal operation of the power system.
3. Insulation Protection Coordination
Can be used in conjunction with insulation covers to provide insulation protection. This prevents external factors from affecting the connection points, improves the safety and reliability of line operation, and reduces the risk of electric shock.
| Model | Wiring Range | Material |
| JBTL10-70 | 10-70 MM2 | Copper/Aluminum |
| JBTL16-120 | 16-120MM2 | |
| JBTL50-240 | 50-240MM2 | |
| All measurements provided are manually obtained and may contain slight tolerances. Final dimensions shall be subject to the physical product. | ||
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