Signal Noise and Cable Failure Cost You Time and MoneyIn factories and control rooms, EMI from VFDs, servo motors, and welders corrupts sensor signals and causes communication drops. Standard cables crack under repeated flexing, absorb moisture, and corrode inside connectors — leading to intermittent faults that are hard to trace and expensive to fix. You need a cable built for real machine-floor conditions, not just lab specs.What This Cable DeliversThis imported 2-core 0.75 sq mm shielded cable uses 19 AWG tinned copper stranding with double shielding — foil plus copper braid. The flexible PVC jacket handles oil, abrasion, and tight bending radii. It is designed for signal integrity in electrically noisy industrial environments where uptime matters.Core Specifications
| Parameter | Detail |
|---|---|
| Conductor | 19 AWG tinned copper, 0.75 sq mm per core |
| Number of Cores | 2 |
| Shielding | Double layer: aluminum foil + copper braid (≥85% coverage) |
| Jacket Material | Flexible PVC (PUR available on request) |
| Approx. Outer Diameter | 6.0 mm |
| Rated Voltage | 300V |
| Operating Temperature | -20°C to +80°C (fixed) / -40°C to +105°C (flexible use) |
| Min. Bending Radius | 6× outer diameter |
| Compliance | CE, RoHS |
Why It Performs Where Others Don’t
- Double shielding stops interference at the source. The foil layer blocks high-frequency RFI; the braid handles low-frequency EMI from power cables. Signal attenuation stays under 3% even when routed parallel to 400V motor lines — critical for 4-20mA and encoder signals.
- Tinned copper won’t oxidize in harsh conditions. In humid plants, chemical processing areas, or outdoor enclosures, bare copper corrodes within months. Tinned conductors keep contact resistance stable for years, eliminating the drift that ruins calibration on temperature and pressure transmitters.
- Built for continuous movement. Fine-strand tinned copper with a flexible jacket survives 5+ million bend cycles in drag chains and robotic arms. No conductor fatigue, no jacket cracking — proven on CNC axes and pick-and-place machines running 24/7.
- Resists oil, coolant, and mechanical wear. The PVC sheath handles machine oil splashes, cutting fluid, and abrasion from cable trays. Standard unshielded cables in the same environment typically fail within weeks.
Typical Applications
- Industrial automation: PLC I/O wiring, sensor connections, encoder leads
- Robotics & CNC: drag chain cables, articulated joint wiring
- Process control: temperature transmitters, pressure sensors, analog signal loops
- Building systems: HVAC sensor wiring, BMS signaling, access control
- Medical and lab equipment: low-noise signal paths in diagnostic instruments
Ready to Source or Customize?This cable ships from stock with MOQ at 100 meters. Custom core counts, gauges, jacket materials, and shield configurations are available — standard lead time 7–15 days. Every order includes a shielding effectiveness and insulation resistance test report. Need a specific length or connector terminated? Send your specs today and we reply within 24 hours.