Hybrid Coiled Cable with Ethernet, Power, Signal and Pneumatic Tube | Custom Industrial Spring Cable
The RS-HCC series is a hybrid coiled cable designed for robotic arm tooling, pendant control stations, and telescoping automation equipment. Its multi-media nested construction self-retracts to manage slack between fixed and moving connection points, while the creep-resistant PUR jacket maintains coil shape through millions of extension cycles. This cable is engineered for automation integrators who need consistent retraction performance, not a coil that sags out after a few months of use.
Key Benefits:
✅ All-in-one integration combines electric power, data telemetry, and pneumatic air supply.
✅ Up to 4:1 extension ratio with sizing options for different reach requirements.
✅ Creep-resistant PUR jacket maintains coil shape over millions of cycles.
✅ Custom retracted length built to your exact connection-point distance and tail
Hybrid Coiled Cable with Ethernet, Power, Signal and Pneumatic Tube | Custom Industrial Spring Cable
Consolidated Media Feed for Dynamic Multi-Axis Automation
Running separate lines for power, high-speed data, and pneumatic air on moving machine parts leads to tangles, rubbing, and premature cable failure.
The RS-HCC Series is a highly engineered, multi-media hybrid coiled cable that integrates electrical power, shielded signal pairs, Gigabit Ethernet, and a flexible pneumatic hose into a single, self-retracting spring-back sheath. By consolidating all your utility lines into one compact spiral footprint, this custom industrial spring cable eliminates the need for bulky cable tracks and energy chains, keeping your robotic arms and automated workstations clean, compact, and completely clutter-free.
Product Introduction
The Challenge: Cable Chaos on Multi-Axis Tooling
When integrating power, signals, high-speed Ethernet, and pneumatic lines on moving robotic joints or automation gantries, the traditional approach of routing multiple separate lines often leads to:
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Tangling & Snagging: Loose cables getting caught on peripheral machinery.
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Rapid Wear: Friction inside energy chains causing sheath rupture and data packet drops.
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Bulky Footprint: Large, heavy cable carriers restricting the robot’s dynamic speed.
Our Solution: The RS-HCC Series All-in-One Coil
The RS-HCC series is an engineered hybrid coiled cable that consolidates power, sensitive feedback signals, Gigabit data, and high-pressure fluidics into a single, space-saving self-retracting harness. Backed by an abrasion-resistant polyurethane jacket, it maintains high-force coil memory and a tight retraction profile through millions of duty cycles. It is the ultimate choice for OEM machine builders and automation integrators looking to maximize uptime and clean up their workspace footprint.
⚡ Highlighted Performance Features
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⚡ All-in-One Utility Consolidation Combines power supply, high-speed telemetry, and pneumatic air feed into a single, cohesive industrial-grade spiral.
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🔄 Superior Coil Memory Retention Engineered with advanced thermal memory to ensure the cable snaps back tightly to prevent snagging on dynamic robotic joints.
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🌬️ Zero Pressure-Drop Fluidics
Features a kink-resistant, highly flexible polyurethane (PU) core tube designed for uninterrupted pneumatic airflow.
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🛡️ Noise-Isolated Shielding Structure Employs heavy-duty multi-layer shielding to fully insulate high-speed Ethernet signals from electromagnetic interference (EMI) caused by adjacent power lines.
🛠️ Cross-Sectional Component Breakdown
Our custom hybrid spring cables feature a balanced, layered internal layout specifically engineered to withstand continuous expansion and torsional twist:
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Pneumatic Conduit: One integrated, ultra-flexible Polyurethane (PU) air hose (available in 4mm, 6mm, or 8mm OD) rated up to 10 Bar (145 PSI).
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Ethernet Element: 4-pair Cat5e or Cat6 Gigabit Ethernet member, shielded with aluminum foil and tinned copper braid (S/FTP) for 100% noise immunity.
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Power Cores: 2 to 6 stranded oxygen-free copper conductors ($0.75\,\text{mm}^2$ to $2.5\,\text{mm}^2$ / 18 AWG to 14 AWG) for motor power or heating elements.
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Signal Pairs: Twisted, shielded pairs for encoder feedback, analog sensor lines, or limit switches.
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Strength Member: Core-aligned Kevlar® aramid fibers to absorb structural pulling forces and relieve tension on internal conductors.
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Outer Sheath: High-grade, low-adhesion, flame-retardant Polyurethane (PUR) for superior resistance to industrial cutting oils, grease, and mechanical wear.
📊 Engineered Specifications & Custom Capabilities
Because every automation cell is unique, we custom-build each hybrid spiral configuration to match your exact electrical and fluidic footprint.
| Performance Criteria | Standard Engineering Capabilities |
| Integrated Tubing | 4mm, 6mm, 8mm, or 10mm OD (Polyurethane or Nylon) |
| Data Transmission | Cat5e (100 MHz) or Cat6 (250 MHz) – Full Fluke Test Verification |
| Power Rating | Up to 600V AC/DC, Max 16A per conductor |
| Shielding Efficiency | Individual pair foil shield + overall tinned copper braid (90% coverage) |
| Expansion Ratio | 3.5:1 to 4.5:1 stretch-to-retracted operational ratio |
| Jacket Material | Matte-finish TPU / PUR (Chemical, oil, and flame-retardant) |
🛡️ E-E-A-T Quality Assurance & Performance Signal: Rousheng hybrid spring cables are manufactured in our ISO 9001:2015 certified facility using specialized horizontal planetary stranding machines to prevent internal cable twisting. Every batch is tested under constant dynamic pressure and verified on our custom-built 10-meter reciprocating track for 1,000,000 extension cycles prior to shipping.
🏭 Dynamic Application Fields
This multi-media cable excels in space-constrained, high-mobility applications:
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Robotic Welders & Grippers: Direct feed of weld power, Ethernet cameras, control signals, and pneumatic clamp air in a single, tight spiral.
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Automated Packaging Lines: Clean routing for moving vacuum suction heads on pick-and-place systems without sagging lines.
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Medical Surgical Booms: Supplies clean Ethernet telemetry, low-voltage control, AC power, and medical gases/vacuum to ceiling-suspended clinical consoles.
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CNC Gantry Machining: Seamless management of power, sensor loops, and mist air lines along high-speed linear motion axes.
📞 Request a Custom Technical Drawing & Quote
Do you need a specific mix of conductors, air hoses, and shieldings? As a premier custom hybrid coiled cable manufacturer, our engineering team will design a 2D technical layout tailored for your machine’s exact geometry.
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📧 Email Your Specifications: Jerry@rstlkable.com
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📞 Technical Hotline: +86-021-50759965
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We provide detailed 2D technical drawings and custom commercial quotes within 24 hours of your inquiry.
❓ Frequently Asked Questions (FAQ)
Q1: Does stretching the cable pinch or restrict air flow through the pneumatic tube?
A1: No. We utilize high-grade, thick-walled polyurethane (PU) tubing with an optimized bend-radius core. Combined with our precise spiral pitch engineering, the air hose maintains its inner diameter and constant pressure (up to 10 Bar) even when the cable is extended to its maximum 4:1 stretch ratio.
Q2: Won’t the high-voltage power lines interfere with the Cat6 Ethernet signals?
A2: We prevent electromagnetic interference (EMI) by implementing a double-shielding barrier (individual aluminum foil shielding per pair + an overall high-density tinned copper braided shield with up to 95% coverage) around the Ethernet core. This keeps your data packet loss at zero, even when running heavy motor currents alongside the network line.
Q3: Can you supply this hybrid cable terminated with connectors?
A3: Yes. We offer fully plug-and-play terminated assemblies. We can overmold heavy-duty RJ45 or industrial M12 X-coded connectors for the network portion, install heavy-duty multi-pin circular connectors for power, and pre-fit pneumatic quick-disconnect push-in fittings according to your schematic.
Q4: How well does this cable withstand exposure to machine coolants and cutting oils?
A4: Our outer jackets are formulated from premium, ether-based thermoplastic polyurethane (TPU) which is chemically inert. It offers industry-leading resistance to synthetic and mineral-based cutting fluids, machine greases, ozone, and microbial attack, preventing the jacket from cracking or becoming brittle.

