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[China]
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Address: Xinghua City Chenbao Industrial Concentration Zone
Contact name:lily
Jiangsu Net Power Equipment Technology Co., Ltd. |
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For large diameter power cable installation.Adopt aluminium alloy strengthening carrier rollerDustproof bearingPainted steel framed structureCan be fixed on the ground or cable tray.
ltem No. | Model | Max.Cable Diameter | Rated Load | Carrier roller dia | Number Of Carrier | Weight |
NET127 | SHD4K180 | Ф180 | 20 | Ф60 | 4 | 16 |
NET128 | SHD4K180L | Ф180 | 20 | Ф60 | 4 | 16 |
NET129 | SHD6K180 | Ф180 | 20 | Ф60 | 6 | 16 |
NET130 | SHD6K180L | Ф180 | 20 | Ф60 | 6 | 20 |
Framed Cable Roller is an engineering tool designed for cable laying and pulling, and is widely used in power, communications, construction and industry. Its core function is to replace sliding friction with rolling friction, significantly reducing the resistance of cable dragging, thereby protecting the cable sheath from wear and tear, while improving construction efficiency.
Structure and design features
Framed Cable Roller usually consists of a high-strength metal frame
(such as aluminum alloy or galvanized steel) and a rotating roller.
The roller surface is covered with wear-resistant rubber or
polyurethane coating, which can provide stable support and reduce
mechanical damage to the cable. The frame design is mostly
adjustable to meet the needs of cables of different diameters or
parallel laying of multiple cables. Some high-end models are also
equipped with brakes or angle adjustment functions to cope with
complex terrain or slope operations.
Core advantages
Protect the cable: Rolling friction greatly reduces the friction
loss of the cable sheath and extends its service life.
Effort-saving and efficient: Reduces the resistance of human
dragging, especially suitable for laying long-distance or
large-section cables.
Versatility: Supports horizontal, vertical or tilted
installation to adapt to various construction scenarios.
Durability: The combination of metal frame and wear-resistant
rollers ensures long-term stability.
Application scenarios
Power engineering: Used to cross obstacles or reduce traction
when laying high-voltage cables.
Communication network: Wiring of optical fiber or coaxial cable
to avoid signal attenuation due to friction.
Construction site: Use cranes or winches to accurately position
heavy cables.
Ships and wind power: Achieve safe and efficient cable
management in narrow spaces or offshore platforms.