HFVP 12G0.75
RONA
85444929
The Shielded PVC Drag Chain Cables 12G0 75 are precision-engineered for high-speed automated parking systems, where compact design, reliable signal transmission, and durability in confined spaces are paramount. These cables are optimized to handle the constant, repetitive motion of drag chains in robotic parking lifts, shuttle systems, and vertical/horizontal car movers, ensuring seamless operation in busy urban parking facilities.
▍Structural Material
Name | PVC Drag Chain Cables |
Conductor | Top brand copper materials |
Insulation | High-elasticity PVC compound |
Sheath | Abrasion-resistant PVC |
Outer jacket color | Black/Grey/Orange |
▍Specification
Item | Value |
Voltage | 300/500V |
Temperature Range | Fixed installation: -20℃~70℃ Moving installation: -15℃~70℃ |
Minimum bend radius | Fixed installation: 5x cable outside diameter Moving installation: 7.5x cable outside diameter |
Maximum mobile speed | Unsupported speed: 3m/s Gliding speed: 2m/s Acceleration: 20m/s² |
Weather resistance | UV resistant,suitable Indoor use |
Certificate | CE/CCC/ISO9001/ISO14001 /OHSAS18001 |
Constructed with multi-stranded copper conductors (12 AWG, Class 5 stranding) and a flexible PVC sheath (Shore hardness 75A), these cables achieve a tight bending radius of 7.5x their diameter. This allows them to fit into narrow drag chains (≤50mm width) without kinking or fatigue during continuous motion .
A double-layer shielding system—aluminum foil (100% coverage) with a drain wire, plus a braided tinned copper shield (95% coverage)—effectively blocks electromagnetic and radio-frequency interference. This ensures stable communication between parking system controllers and motors, even in environments with high electrical noise from multiple moving parts.
The 12 AWG conductors (90 strands of 0.25mm copper) support continuous current up to 20A at 60°C, providing sufficient power for parking system motors (1.5–3kW) and control modules without overheating.
The flame-retardant PVC sheath (UL94 V-0 rated) resists motor oils, cleaning solvents, and mechanical abrasion. It is tested to withstand over 5 million cycles in drag chain applications (per DIN EN 61378-1), ensuring a service life of 10+ years in high-traffic parking facilities .
Certified to T/CEEIA 446—2020 (China’s drag chain cable standard) and IEC 60228, these cables meet global requirements for automation equipment, ensuring compatibility with systems from manufacturers like Bosch Rexroth and SEW-Eurodrive.
Automated Parking Systems: Robotic shuttles (e.g., Stanley Robotics), vertical car lifts, and horizontal conveyor belts in fully automated garages.
Industrial Machinery: CNC machine tool drag chains, packaging equipment actuators, and robotic assembly line transfer systems.
Aerospace: Ground support equipment for aircraft parking, including automated tow tractors and hangar door mechanisms.
Medical: Hospital logistics systems, such as automated patient transport carts and pharmacy robotic retrieval systems.
Q: What is the cable's maximum operating speed?
A: It supports continuous operation at speeds up to 2 m/s, matching the performance requirements of high-throughput automated parking systems that handle 50+ cars per hour .
Q: Can the cable be used in outdoor parking facilities?
A: Yes, its UV-resistant PVC sheath (additives to block 99% of UVB rays) ensures performance in outdoor environments, including exposure to rain, snow, and temperature fluctuations.
Q: What connectors are compatible with this cable?
A: It is compatible with standard industrial connectors such as M12 (A-coded for signal, D-coded for power) and M8, with optional overmolded connectors available for IP67/IP68 protection against water and dust.
Q: Does the cable require grounding?
A: Yes, proper grounding of the braided shield via the drain wire is essential to maximize EMI protection and ensure compliance with safety standards like IEC 61140.
Q: What is the cable's bending life?
A: Tested to exceed 5 million cycles in drag chain systems (stroke length 1m, speed 0.5m/s), it outlasts unshielded cables by 2–3 times in automated parking applications.
The Shielded PVC Drag Chain Cables 12G0 75 are precision-engineered for high-speed automated parking systems, where compact design, reliable signal transmission, and durability in confined spaces are paramount. These cables are optimized to handle the constant, repetitive motion of drag chains in robotic parking lifts, shuttle systems, and vertical/horizontal car movers, ensuring seamless operation in busy urban parking facilities.
▍Structural Material
Name | PVC Drag Chain Cables |
Conductor | Top brand copper materials |
Insulation | High-elasticity PVC compound |
Sheath | Abrasion-resistant PVC |
Outer jacket color | Black/Grey/Orange |
▍Specification
Item | Value |
Voltage | 300/500V |
Temperature Range | Fixed installation: -20℃~70℃ Moving installation: -15℃~70℃ |
Minimum bend radius | Fixed installation: 5x cable outside diameter Moving installation: 7.5x cable outside diameter |
Maximum mobile speed | Unsupported speed: 3m/s Gliding speed: 2m/s Acceleration: 20m/s² |
Weather resistance | UV resistant,suitable Indoor use |
Certificate | CE/CCC/ISO9001/ISO14001 /OHSAS18001 |
Constructed with multi-stranded copper conductors (12 AWG, Class 5 stranding) and a flexible PVC sheath (Shore hardness 75A), these cables achieve a tight bending radius of 7.5x their diameter. This allows them to fit into narrow drag chains (≤50mm width) without kinking or fatigue during continuous motion .
A double-layer shielding system—aluminum foil (100% coverage) with a drain wire, plus a braided tinned copper shield (95% coverage)—effectively blocks electromagnetic and radio-frequency interference. This ensures stable communication between parking system controllers and motors, even in environments with high electrical noise from multiple moving parts.
The 12 AWG conductors (90 strands of 0.25mm copper) support continuous current up to 20A at 60°C, providing sufficient power for parking system motors (1.5–3kW) and control modules without overheating.
The flame-retardant PVC sheath (UL94 V-0 rated) resists motor oils, cleaning solvents, and mechanical abrasion. It is tested to withstand over 5 million cycles in drag chain applications (per DIN EN 61378-1), ensuring a service life of 10+ years in high-traffic parking facilities .
Certified to T/CEEIA 446—2020 (China’s drag chain cable standard) and IEC 60228, these cables meet global requirements for automation equipment, ensuring compatibility with systems from manufacturers like Bosch Rexroth and SEW-Eurodrive.
Automated Parking Systems: Robotic shuttles (e.g., Stanley Robotics), vertical car lifts, and horizontal conveyor belts in fully automated garages.
Industrial Machinery: CNC machine tool drag chains, packaging equipment actuators, and robotic assembly line transfer systems.
Aerospace: Ground support equipment for aircraft parking, including automated tow tractors and hangar door mechanisms.
Medical: Hospital logistics systems, such as automated patient transport carts and pharmacy robotic retrieval systems.
Q: What is the cable's maximum operating speed?
A: It supports continuous operation at speeds up to 2 m/s, matching the performance requirements of high-throughput automated parking systems that handle 50+ cars per hour .
Q: Can the cable be used in outdoor parking facilities?
A: Yes, its UV-resistant PVC sheath (additives to block 99% of UVB rays) ensures performance in outdoor environments, including exposure to rain, snow, and temperature fluctuations.
Q: What connectors are compatible with this cable?
A: It is compatible with standard industrial connectors such as M12 (A-coded for signal, D-coded for power) and M8, with optional overmolded connectors available for IP67/IP68 protection against water and dust.
Q: Does the cable require grounding?
A: Yes, proper grounding of the braided shield via the drain wire is essential to maximize EMI protection and ensure compliance with safety standards like IEC 61140.
Q: What is the cable's bending life?
A: Tested to exceed 5 million cycles in drag chain systems (stroke length 1m, speed 0.5m/s), it outlasts unshielded cables by 2–3 times in automated parking applications.
