HFMUP 4G4
RONA
85444929
500m
RONA HFMUP 4G4mm² PUR Shielded Power Drag Chain Cable is a high-performance industrial cable engineered for continuous high-flex motion in harsh drag chain applications. Designed to cut unplanned downtime and maintenance costs for industrial engineers and procurement managers, it delivers stable power and signal transmission in environments exposed to oils, chemicals, UV radiation and frequent bending. This 4-core shielded cable is the top choice for industrial clients seeking long-lasting, reliable wiring solutions that withstand the rigors of modern manufacturing and logistics operations.
Engineered for high-flex scenarios, this high flex industrial power cable can endure over 5 million bending cycles under typical working conditions. It supports a maximum unsupported speed of 8m/s, gliding speed of 5m/s and acceleration of 75m/s, making it ideal for high-speed motion drag chains. Unlike traditional cables that crack and break under frequent rapid bending, it extends replacement cycles by 3-5 times, significantly reducing production downtime and labor costs for automated production lines.
The premium PUR sheath exhibits remarkable resistance to oils, lubricants and coolants, showing no signs of degradation even after prolonged exposure to corrosive industrial fluids. It also provides robust protection against microorganisms, hydrolysis and chemical corrosion. This oil resistant drag chain cable eliminates the need for frequent cable changes in machine tools, manufacturing equipment and chemical processing plants, ensuring seamless operation in oil-rich and chemically harsh environments.
Integrated braided shielding effectively contains electrical noise generated by motors and drives, preventing interference with sensitive control signals from sensors and communication systems. Proper grounding of the shield at the control cabinet end avoids ground loops, ensuring accurate and reliable signal transmission. This feature is critical for preventing costly equipment malfunctions and production accidents in industrial control systems.
This cable operates reliably across a broad temperature range: -50℃-90℃ for fixed installation and -40℃-90℃ for moving installation. It is also UV resistant, making it suitable for both indoor and outdoor use worldwide. Unlike cables that fail in extreme temperatures or outdoor conditions, it delivers consistent performance in diverse industrial settings, from cold storage facilities to outdoor automated warehouses.
Item | Value |
Voltage | 300/500V |
Temperature Range | Fixed installation: -50℃-90℃; Moving installation: -40℃-90℃ |
Minimum Bend Radius | Fixed installation: 4×cable outside diameter; Moving installation: 7.5×cable outside diameter |
Maximum Mobile Speed | Unsupported: 8m/s; Gliding: 5m/s |
Acceleration | 75m/s |
Weather Resistance | UV resistant, suitable for indoor or outdoor use |
This EMC shielded machine cable is widely used in industries where continuous motion, durability and reliable transmission are essential. Its unique combination of flexibility, resistance and shielding makes it the perfect choice for:
Industrial Automation: Automated production lines, machine tools and electromechanical equipment. Its high flexibility and oil resistance ensure uninterrupted operation in environments with constant movement and exposure to industrial fluids.
Logistics & Automated Warehousing: Conveyors, stackers, automated guided vehicles (AGVs), overhead cranes and shuttle vehicles. The cable withstands frequent bending and harsh warehouse conditions, supporting 24/7 operation of logistics systems.
Robotics: Robotic arms and collaborative robots. The 7.5× minimum bend radius allows seamless movement with robot joints, providing stable power and signal connections for complex robotic applications.
Control Systems: Industrial control cabinets and sensor wiring. The integrated EMC shielding guarantees interference-free signal transmission, enabling precise control of industrial processes.
"4G" indicates 4 conductors plus a separate ground wire. "4mm²" refers to the nominal cross-sectional area of each main power conductor.
Power tools, motors and drives generate electrical noise that can interfere with control signals from sensors and communication systems. Shielding contains this noise, preventing equipment malfunctions and production errors.
Proper EMC practice usually requires connecting the braided shield to ground at one end (typically the control cabinet end) using suitable cable glands or connectors. Always consult relevant EMC guidelines for your specific application.
We offer flexible minimum order quantities to meet the needs of different industrial clients. Contact our sales team for detailed pricing and MOQ information based on your order volume.
