Wedge shaped cable clamp
Description: Wedge shaped tension clamp is a core anchoring fixture in overhead distribution and communication lines, mainly used for terminal fixation and tension section anchoring of small and medium tension wires or optical cables. It achieves strong anchoring thro...
Mobile:+86 13716380533
Email:Charlestools086@hotmail.com
Product Description:
Wedge tension clamp is a core anchoring fixture in overhead distribution and communication lines, mainly used for terminal fixation and tension section anchoring of small and medium tension wires or optical cables. It achieves strong anchoring through a wedge-shaped self-locking structure, and has the characteristics of convenient installation and reliable flexibility. It is an ideal choice for rural power grid renovation and access network engineering.
Core strengths
Wedge self-locking structure, excellent anchoring
Adopting a self-locking design with built-in wedges, when the cable is under tension, the wedges will automatically tighten and bite into the surface of the cable. The higher the tension, the stronger the clamping force, and no additional locking is required to prevent the cable from slipping. The anchoring strength is good and stable for a long time.
Insulation protection design
Built in insulation wedges and rubber pads can isolate direct contact between metal and cables, avoiding the risk of leakage in live scenarios. It is suitable for low-voltage distribution and ADSS optical cable lines, while protecting the cable skin from wear and tear.
Tool free installation, convenient effect
No crimping equipment is required. Simply place the cable into the cable clamp and tighten the tension plate to complete the anchoring process. It can be operated by a single person, greatly reducing construction time and adapting to narrow work scenarios such as high altitude and towers.
Strong weather resistance, excellent and stable effect
The main body is made of hot-dip galvanized aluminum alloy casting, which has excellent corrosion and UV resistance performance. It can maintain structural strength even in extreme environments of -40 ℃~70 ℃. The rubber pad has high and low temperature resistance and aging performance, and can operate well for a long time after one installation.
Applicable scenarios
Power engineering: Terminal fixation and tension section anchoring of low-voltage distribution line conductors
Communication Engineering: Tension Bearing of ADSS Optical Cables and Overhead Communication Optical Cables
Rural power grid renovation: standardized tensile fittings for rural distribution lines
Access network project: Terminal anchoring of rural broadband access optical cables
-
Troubleshooting of common faults in the construction of fiberglass threading equipment
2026-01
-
Common usage issues of fiberglass threading device
2026-01
-
Application technical requirements of fiberglass threading device in complex working conditions
2026-01
-
Installation, use, and daily maintenance of fiberglass cable connectors
2026-01