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Emax
Product Description:
The Suspension Clamp for ABC Cable Support (Aerial Bundled Cable) is a pivotal component in overhead power distribution systems. Designed to securely hang insulated low-voltage ABC cables from utility poles or structures, it transfers mechanical loads to supporting hardware while minimizing stress on conductors. These clamps prevent cable slippage, dampen wind-induced vibrations, and maintain safe clearance from environmental obstacles, ensuring uninterrupted power delivery in diverse terrains.
Manufactured primarily from high-strength aluminum alloy for corrosion resistance and lightweight properties, production involves precision casting or welding. Advanced models integrate preformed helical rods and rubber vibration-damping pads within an alloy shell, assembled with U-bolts for structural integrity. Key processes include:
Cylindrical barrel fabrication via steel plate rolling (±2 mm tolerance control);
CO₂ gas-shielded welding to ensure high deposition rates and flawless seams;
Stress-relief annealing to counteract deformation post-welding.
Deployed globally, these clamps enhance grid resilience by simplifying installation, reducing tower load, and extending cable lifespan. Their adaptability—from single/double pivot designs to diameters spanning 9–29 mm—makes them indispensable for modernizing overhead networks sustainably
Email: nurul@emaxmetal.com
Product Description:
The Suspension Clamp for ABC Cable Support (Aerial Bundled Cable) is a pivotal component in overhead power distribution systems. Designed to securely hang insulated low-voltage ABC cables from utility poles or structures, it transfers mechanical loads to supporting hardware while minimizing stress on conductors. These clamps prevent cable slippage, dampen wind-induced vibrations, and maintain safe clearance from environmental obstacles, ensuring uninterrupted power delivery in diverse terrains.
Manufactured primarily from high-strength aluminum alloy for corrosion resistance and lightweight properties, production involves precision casting or welding. Advanced models integrate preformed helical rods and rubber vibration-damping pads within an alloy shell, assembled with U-bolts for structural integrity. Key processes include:
Cylindrical barrel fabrication via steel plate rolling (±2 mm tolerance control);
CO₂ gas-shielded welding to ensure high deposition rates and flawless seams;
Stress-relief annealing to counteract deformation post-welding.
Deployed globally, these clamps enhance grid resilience by simplifying installation, reducing tower load, and extending cable lifespan. Their adaptability—from single/double pivot designs to diameters spanning 9–29 mm—makes them indispensable for modernizing overhead networks sustainably
Email: nurul@emaxmetal.com
