What is the difference between the wedge-shaped parallel groove wire clamp JXL (Amp wire clamp) and the conventional parallel groove wire clamp?

The wedge-shaped parallel groove wire clamp JXL is significantly different from the conventional parallel groove wire clamp in many aspects, mainly including structure, material, scope of use, performance and installation method.

The following is a specific analysis of these differences:

1. Structure and material

Amp wire clamp: Amp wire clamps usually adopt a double crimping structure, which not only provides a stronger clamping force, but also effectively prevents the loosening or breaking of the wire. In terms of material selection, Amp wire clamps prefer to use high-strength aluminum alloy 6061, which has higher strength and durability.

Conventional parallel groove wire clamps: The structure of conventional parallel groove wire clamps is relatively simple, mostly bolt-type, H-type (or C-type) and wedge-type. They connect the wires by tightening the bolts or the pressure of the wedges. In terms of materials, conventional parallel groove wire clamps may use materials such as aluminum alloy, but may be slightly inferior to AMP wire clamps in strength and durability.

2. Scope of use

AMP wire clamp (JXL wedge-shaped parallel groove wire clamp): Due to its strong clamping force, stable structure and high durability, AMP wire clamp is more suitable for high-voltage electrical connections or electrical connection scenarios with special requirements, such as ship electrical, railway electrical, metallurgical electrical, etc.

Conventional parallel groove wire clamp: Conventional parallel groove wire clamp is widely used for the connection of small and medium-section aluminum stranded wire or steel core aluminum stranded wire and steel stranded wire of overhead lightning arrester in positions that do not bear tension, and is also used in power line projects such as jumper connection of non-linear pole towers.

3. Performance

AMP wire clamp (JXL wedge-shaped parallel groove wire clamp): The electrical connection provided by AMP wire clamp is more stable and reliable, can withstand higher current and voltage loads, and due to the special structure, can effectively reduce the problem of poor electrical connection caused by factors such as wire creep.

Conventional parallel groove wire clamp: Although the performance of conventional parallel groove wire clamp can also meet the needs of general power line projects, its performance may be relatively weak when facing high voltage or special requirements of electrical connections.

4. Installation method

AMP wire clamp (JXL wedge-shaped parallel groove wire clamp): The installation of AMP wire clamp may require specific installation tools and techniques, such as the installation of AMP ACT AMP wedge-shaped wire clamp requires the use of ejection core and installation tools. Although this installation method is relatively complicated, it can ensure that the connection between the wire clamp and the conductor is tighter and more reliable.

Conventional parallel groove wire clamp: The installation of conventional parallel groove wire clamp is relatively simple, and it can generally be completed by tightening bolts or pushing wedges. However, this installation method may also be affected by human factors, resulting in inconsistent installation quality.

In summary, there are significant differences between AMP wire clamp (JXL wedge-shaped parallel groove wire clamp) and conventional parallel groove wire clamp in terms of structure, material, scope of use, performance and installation method. When choosing which wire clamp to use, it is necessary to consider comprehensively according to the specific electrical connection requirements and scenarios.