Fiber optic cable suspension clamp

The fully insulated optical cable suspension clamp is an insulation support tool designed specifically for overhead communication and power optical cables. It is mainly used to suspend and fix the optical cable on towers and brackets, providing full insulation protection while protecting stable suspension, avoiding safety hazards in live scenarios. It is the core supporting equipment for low-voltage communication and power optical cable engineering.

Core strengths

Fully insulated protection with good performance

The main body is made of high-strength engineering plastic injection molding, which has excellent electrical insulation performance and can directly contact live cables, effectively avoiding leakage and short circuit risks. It is suitable for ADSS optical cables and low-voltage live scenarios. The insulated casing can resist UV rays, salt spray, and wind erosion, making it less prone to aging and cracking during long-term outdoor use.

Tooth shaped clamping, stable and not damaging the cable

The built-in tooth shaped clamping structure can adaptively fit according to the diameter of the optical cable, achieving uniform force and strong clamping. The higher the tension, the stronger the biting force, and no additional locking is required to prevent the optical cable from slipping. The tooth groove design has been optimized to disperse clamping force and avoid damaging the fiber optic cable skin and core.

Lightweight design, easy installation

The overall weight is only one-third of traditional metal wire clamps, making it easy to carry and operate at high altitudes. The suspension holes are compatible with various fittings and brackets, and can be installed by a single person, suitable for narrow tower operation scenarios.

Strong weather resistance, excellent and stable effect

Engineering plastic shells have excellent resistance to high and low temperatures, and can maintain structural strength even in extreme environments ranging from -40 ℃ to 70 ℃. Rubber grade elastic materials can buffer tension changes caused by wind and temperature differences, protecting optical cables from fatigue damage.

Applicable scenarios

Communication engineering: suspension and fixation of overhead communication optical cables and 5G base station optical cables

Power Engineering: Insulation Suspension of ADSS Optical Cables and Low Voltage Transmission Supporting Optical Cables

Municipal cabling: pole support for urban overhead optical cables and monitoring optical cables

Special scenario: Protection of optical cable lines in corrosive environments such as coastal and mountainous areas