Special cable for industrial automation equipment

1. Product Introduction

Industrial automation dedicated cables are high-flexibility specialty cables specifically developed for intelligent manufacturing conditions, encompassing four major categories: drag chain cables, robot cables, shielded control cables, and power signal lines. They utilize multi-strand ultra-fine precision-stranded oxygen-free copper conductors, paired with high-elasticity insulation materials and wear-resistant PUR/TPU outer sheaths, offering characteristics such as high-frequency bending resistance, drag resistance, oil resistance, anti-aging, and electromagnetic interference resistance. These cables are suitable for frequent reciprocating motion equipment such as automated production lines, CNC equipment, robotic arms, drag chain systems, and port machinery drums, capable of simultaneously providing power supply and signal transmission. Our factory is a physical source manufacturer with comprehensive qualifications, supporting personalized customization of core count, outer diameter, length, and shielding structure. We offer direct shipment from stock and nationwide distribution, and can provide free sample testing.

II. Applicable Application Scenarios

Automated production line: transmission mechanism for assembly line, conveyor equipment, dedicated power for reciprocating movement of sorting equipment, control cable

Industrial robots: six-axis robotic arms, truss robots, and parallel robotic joints with wire routing, suitable for multi-angle twisting and bending conditions

CNC machining equipment: CNC machine tools, engraving machines, and dedicated drag chain cables for milling machines, suitable for high-speed reciprocating drag chain movement

Intelligent Warehousing and Logistics: Specialized tensile winding cables for automated storage and retrieval systems (AS/RS), automated guided vehicles (AGVs), elevators, and reel-in/out systems

Electronic control supporting system: PLC control cabinet, servo motor, sensor, solenoid valve shielded signal wire, to avoid signal interference issues

Heavy-duty outdoor equipment: port machinery, lifting equipment, outdoor industrial control equipment, suitable for complex industrial environments with oil contamination, high and low temperatures, and dust

III. Core Features of the Product

Ultra-high flexibility and fatigue resistance to bending: Utilizing Class 6 ultra-fine stranded copper conductors, optimized pitch anti-twist structure, and tens of millions of bending cycles, it is suitable for high-speed drag chains and multi-angle twisting of robotic arms, making it less prone to core wire breakage and outer skin cracking.

Wear-resistant and oil-resistant, suitable for harsh working conditions: Imported polyether-based PUR/TPU outer sheath, resistant to corrosion from engine oil, hydraulic oil, and chemical reagents, with low friction properties on the surface, making the internal operation of the drag chain less prone to wear. Suitable for oily workshops and dusty workshops.

Double-layer shielding ensures stable signal transmission: An optional structure featuring full aluminum foil wrapping and tinned copper braiding provides double-layer shielding, effectively resisting electromagnetic clutter generated by frequency converters and motors. This structure eliminates signal delays, frequency hopping, and disconnections, making it suitable for high-precision industrial control signal transmission.

Strong tensile and tear resistance: The built-in chemical fiber reinforced tensile layer disperses the tensile stress during movement, effectively resisting the instantaneous tensile force during equipment start-stop and retraction processes, thus preventing cable breakage and extending service life.

Global weather resistance: It is suitable for a wide range of operating temperatures, without hardening, cracking or softening and sticking at low or high temperatures. It also boasts UV resistance, moisture resistance, and mold resistance, making it suitable for use in both indoor and outdoor industrial settings.

One-stop customized service: We support customization for a wide range of cross-sectional areas from 0.12mm² to 16mm², and multi-core structures from 2 to 60 cores. The sheath material, shielding type, and cable color can be adjusted as needed to meet the routing requirements of various non-standard automation equipment.

IV. Images

V. FAQ (Frequently Asked Questions)

Q1: Why should automation equipment use dedicated high-flex cables? A: Regular cable conductors are relatively rigid and have poor fatigue resistance. When the equipment is frequently bent and dragged, it is prone to core breakage and sheath damage. Dedicated high-flex cables for automation are specifically designed for reciprocating motion, with a bending life of over ten million cycles. They are suitable for dynamic movement in tow chains and robotic arms, significantly reducing equipment downtime and maintenance costs.

Q2: Is this cable oil-resistant and suitable for use in machine tool workshops? A: It is suitable for use in oily machine tool workshop environments. The outer sheath is made of polyether PUR material, which has excellent resistance to corrosion from machine oil, cutting fluid, and hydraulic oil. It is also dustproof and wear-resistant, making it the preferred cable for CNC machine tools and machining centers.

Q3: Should an electrically controlled cabinet with severe electromagnetic interference choose a shielded model? A: It is recommended to directly choose a double-layer shielded model. The shielding structure can isolate electromagnetic noise generated by frequency converters and motors, avoid signal distortion and data jitter, and ensure high-precision and stable operation of sensors, servo systems, and PLC control systems.

Q4: What are the rigid requirements for installing drag chain cables? A: During installation, reserve a reasonable slackness and prohibit tightening or pulling; the dynamic bending radius should not be less than 6 times the outer diameter of the cable; arrange thick and thin cables in layers within the same drag chain to avoid damage caused by heavy-duty cables squeezing thin cables.

Q5: Can non-standard cables be customized according to equipment operating conditions? A: We support full-category non-standard customization. The source factory can customize the number of cores, wire diameter, sheath material, shielding structure, and cable length. We can produce power lines, control lines, signal lines, and integrated composite cables, and undertake various automation equipment supporting projects.

VI. Manufacturer's Advantages

Our factory has been deeply involved in industrial automation specialty cables for 10 years, specializing in a full range of industrial control cables such as towline cables, robot cables, reel cables, and shielded control cables. We have complete production qualifications, and all products undergo full-dimensional testing including bending, voltage resistance, wear resistance, and resistance. We support bulk purchasing, small order customization, and free sample testing. Our factory has sufficient inventory to quickly arrange orders and shipments, covering all provinces and cities across the country. Our professional technical team can provide one-on-one service to match the optimal cable specifications based on the equipment operating conditions. Customers are welcome to visit our factory for on-site inspection and cooperation negotiations.