Low MOQ for Cable Drag Chain Manufacture - ZF35D Double- row Full-closed type Load Bearing Electrical Drag Chain – JINAO

Standard cable and hose carriers have an open design and are used in general purpose applications. Heavy-duty steel cable and hose carriers also have an open construction but are suitable for more demanding environments than standard carriers. Enclosed cable and hose carriers fully encase conductors to provide more protection from debris than open designs. Multiaxis cable and hose carriers turn and flex in any direction and are commonly used in robotics applications.

When designing cable chains care needs be taken when selecting firstly the type of chain/carrier and secondly the type of cables to be fitted to the chain, followed by the layout of the cables in the chain. Most of the major chain manufactures have some documentation detailing how to choose and setup their chains to ensure the longest lifetime of both the chain and its contents. Following those guidelines to the letter would ensure lifetimes typically in the 10 of millions cycles range, but would also produce excessively wide chains that we could not easily fit into our applications.

Advantage

High degree of protection against mechanical damage of different conductors,

High-speed movement of equipment and machinery,

The ability to use the whole length of the track as a work area.

Trucking current feeder is a necessary component of any industrial machinery, machine tool, crane, – cables, wires, hydraulic and pneumatic hoses, which are constantly exposed to mechanical and climatic influences.

Plastic and steel energy chains may be used in a temperature range from -40 ° C to + 130 ° C.

Model Table

Structure Diagram

Application

Cable drag chains can be used in a variety of applications, wherever there are moving cables or hoses. there are so many applications include; machine tools, process and automation machinery, vehicle transporters, vehicle washing systems and cranes. Cable drag chains come in an extremely large variety of sizes.