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34-Core 0.1 sq mm Twisted Pair Shielded Signal Control Cable | 28 AWG Tin-Plated Oil-Resistant Flexible Cable for Robot & CNC Automation

Description

Signal cables in oily, high-flex environments fail fast. Repeated bending in drag chains, exposure to cutting fluid and hydraulic oil — standard control cables crack, shield degrades, signal drops. Downtime follows. This 34-core twisted pair shielded cable is built to take that punishment and keep signals clean.What It IsA Japan-imported, 34-core signal control cable with 0.1 sq mm (28 AWG) tinned copper conductors. Each pair is twisted and wrapped in an overall braided shield — designed for noise-prone industrial settings where flexibility and oil resistance are non-negotiable. The jacket resists cutting oils, hydraulic fluids, and greases while staying supple even at tight bend radii.Core Parameters

ParameterSpecification
Core Count34 cores (17 twisted pairs)
Conductor Size0.1 sq mm / 28 AWG
Conductor MaterialTinned copper (sn-plated)
InsulationPVC / special oil-resistant compound
Pair ConstructionTwisted pair, individually shielded or overall braid
Overall ShieldTinned copper braid (≥85% coverage)
JacketOil-resistant, soft PVC (or PUR optional)
Operating Temp-10°C to +80°C (continuous) / +105°C (short term)
Min. Bend Radius6× overall cable diameter
Rated Voltage300V / 300V
OriginJapan

Why It Performs Where Others Don’t

  • Drag chain proven. The soft oil-resistant jacket and fine-strand tinned conductors survive millions of flex cycles in cable carriers — no jacket cracking, no conductor fatigue at bend points.
  • Signal integrity under EMI. Tight twist pitch plus 85%+ braid shield keeps crosstalk low and blocks motor/inverter noise. Critical for encoder feedback and sensor lines running parallel to power cables.
  • Chemical resistance that lasts. Rated against mineral oil, cutting fluid, hydraulic oil, and grease. Unlike standard PVC jackets that swell and harden, this compound stays flexible after prolonged oil contact — no premature replacement.
  • Tinned copper, not bare. Tin plating prevents oxidation at terminal points and inside connectors. Solderability stays consistent even after months in humid or oily shop floors — fewer field failures on crimp and solder joints.

Where It’s UsedRobot arms (articulated and SCARA), CNC machine tool axes, injection molding machines, packaging machinery, semiconductor handling equipment, and any automated system with drag chain or articulated cable routing in oily environments. Typical runs: servo encoder feedback, I/O signal bundling, sensor wiring between controller and end-effector.Customization & OrderingCable length, jacket color, shielding configuration (pair-shielded vs. overall braid), and connector termination can be customized to your machine build. Samples available for testing before volume orders. Minimum order quantity starts from 100 meters. Contact our sales team with your spec sheet or drawing — we respond within 24 hours with pricing and lead time.