Signal interference and cable fatigue cost industrial plants thousands in downtime every year. Standard shielded cables crack under repeated flexing, letting EMI degrade sensor and encoder signals. Rigid jackets snag in drag chains, fray at robot joints, and fail long before their rated life. This imported 6-core 0.2mm² shielded cable is built to eliminate both problems in one product.Product OverviewThis 6-core shielded signal cable features a 4×0.2mm² + 2×0.1mm² conductor layout — four power/control cores paired with two fine signal cores for sensors, encoders, or data lines. Tin-plated annealed copper conductors resist oxidation in humid or chemical environments. An overall tinned copper braid shield blocks EMI/RFI from VFDs, servo drives, and welding equipment. The ultra-soft PVC outer jacket stays supple down to -20°C and survives over 10 million flex cycles in energy chains.Core Parameters
| Parameter | Specification |
|---|---|
| Core count | 6 cores (4×0.2mm² + 2×0.1mm²) |
| Conductor material | Tin-plated annealed copper |
| Shield type | Tinned copper braid, ≥85% coverage |
| Outer jacket | Ultra-soft PVC, Shore A <85 |
| Rated voltage | 300V AC |
| Min. bending radius | 6× overall diameter |
| Operating temperature | -20°C to +80°C |
| Standards compliance | IEC 60228, RoHS, CE |
Why This Cable Outperforms Standard Alternatives
- Mixed-core design reduces cross-talk. The four 0.2mm² cores handle control power and relay signals while the two 0.1mm² cores carry low-current encoder or sensor lines. Physical separation within the same jacket keeps high-frequency noise out of precision signals — critical for servo feedback loops and analog I/O.
- Tin plating + braid shield survives harsh EMI zones. In facilities with variable frequency drives or robotic welders, unshielded or foil-only cables lose signal integrity within meters. The tinned copper braid maintains >85% coverage even after thousands of bend cycles, unlike foil shields that delaminate. Tin plating prevents conductor corrosion in humid CNC enclosures or outdoor sensor runs.
- Ultra-soft jacket rated for continuous drag-chain use. At Shore A hardness below 85, this cable flexes inside energy chains on 6-axis robots, pick-and-place machines, and gantry systems without hardening or cracking. Tested to 10 million cycles — roughly 3× the life of standard PVC signal cables in the same application.
- Imported consistency, batch-to-batch. Every spool passes IEC 60228 DC resistance testing and individual continuity checks. Conductor stranding and shield coverage are verified per lot, so you get identical performance from the first meter to the last — no surprises during commissioning.
Applicable Industries & Scenarios
- Industrial automation — PLC I/O wiring, servo motor feedback, VFD control panels
- Robotics & CNC — drag chain and cable carrier interior routing, robotic arm joint connections
- Process control — 4-20mA sensor loops, instrumentation signal runs in chemical or food plants
- Medical & semiconductor — precision signal transmission in clean-room or high-vibration equipment
- Building automation — BACnet/Modbus data lines in mechanically active ceiling or shaft runs
Factory Direct — Custom Orders WelcomeMinimum order starts at 100 meters. We customize core count, outer diameter, shield type (braid, foil, or combo), jacket material (PUR, PVC, LSZH), and length to your spec. Every shipment includes a mill test report and CE/UL compliance documentation. Standard warranty: 36 months from delivery. Send your cable drawing or spec sheet today — we respond with pricing and lead time within 24 hours.