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Flexible Sensor Cable Hybrid Cable – SPC/PFA/OSCR/SiR 4x4 + 2x0.35 Rated 600V 200°C RoHS
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Flexible Sensor Cable Hybrid Cable – SPC/PFA/OSCR/SiR 4x4 + 2x0.35 Rated 600V 200°C RoHS

Premium flexible hybrid sensor cable 4x4 + 2x0.35mm². 600V 200°C RoHS.

SPC Class 5 conductors, PFA insulation, SPC braid 85%, silicone grey sheath. 

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  • Cable Type Flexible hybrid sensor cable SPC/PFA/OSCR/SiR
  • Cable Spec 4 x 4mm² + 2 x 0.35mm²
  • Conductor SPC silver plated copper (TC, CU, SPC, NPC optional)
  • Conductor Standard Stranded finely wire acc. to IEC 60228 Class 5
  • Conductor Construction 798/0.08 (4mm²), 70/0.08 (0.35mm²)
  • Insulation PFA perfluoroalkoxy compound (Silicone, FEP, PTFE, PFA, PI, PEEK optional)
  • Filler Glassfiber (to make cable round)
  • Pairs 6cores stranded
  • Binder PTFE tape
  • Overall Screen OSCR silver plated copper wire braiding, ≥85% coverage
  • Sheath Silicone flexible compound (FEP, PTFE, PFA, PI, PEEK optional), color grey
  • Rated Voltage 600V
  • Rated Temperature 200°C continuous
  • Cable No. D554
  • Keyword high temperature sensor cable
  • Application ideal for sensors and transmitters
  • Environmental Standard RoHS

Flexible Sensor Cable Hybrid Cable – SPC/PFA/OSCR/SiR 4x4 + 2x0.35 Rated 600V 200°C RoHS

This flexible hybrid sensor cable features a mixed configuration of 4 cores at 4mm² and 2 cores at 0.35mm², specifically engineered for demanding sensor and instrumentation applications requiring combined power and signal transmission at 600V with 200°C continuous operation and comprehensive EMI protection.

D554-Hybrid-cable-SPC-conductor-PFA-insulated-OSCR-TCWB-Silicone-Sheathed-Cable-04.jpg
Key Features & Technical Advantages
  • Hybrid configuration: 4 x 4mm² + 2 x 0.35mm² for combined power and signal
  • SPC silver plated copper Class 5 conductors for maximum flexibility and conductivity
  • 798/0.08 and 70/0.08 ultra-fine stranding for dynamic applications
  • PFA insulation for 200°C+ thermal stability and chemical resistance
  • Glassfiber filler for thermal insulation and core geometry
  • PTFE tape binder for high temperature core stability
  • OSCR SPC braid screen 85% coverage for EMI/RFI protection
  • Silicone grey sheath for flexibility and weather resistance
  • 600V rating, 200°C continuous operation
  • RoHS compliant
Typical Applications – Solving Critical Sensor Challenges
  • Industrial Sensor Systems: Provides combined power and signal transmission for sensors and transmitters in high temperature environments
  • Aerospace Instrumentation: Delivers non-magnetic, high temp cabling for aircraft sensors and flight test systems
  • Medical Devices: Supports compact, high temp cabling for diagnostic and therapeutic equipment
  • Semiconductor Manufacturing: Provides clean, high temp connections for wafer processing tools
  • Research Laboratory Sensors: Enables multi-channel signal transmission in high temperature experimental setups
  • Nuclear Facility Instrumentation: Delivers radiation-resistant, high temp signal transmission

FAQ

Q1: What is the advantage of the hybrid 4x4 + 2x0.35 configuration?

A: This configuration combines high current power cores (4mm²) with fine signal cores (0.35mm²) in a single cable, reducing installation complexity and space requirements.

Q2: Why is SPC silver plated copper used for this cable?

A: SPC offers high conductivity, excellent oxidation resistance at elevated temperatures, and non-magnetic properties essential for sensitive instrumentation.

Q3: What is the advantage of 798/0.08 ultra-fine stranding?

A: 798 strands of 0.08mm provide exceptional flexibility for dynamic applications with tight bend radii and repeated flexing.

Q4: What does OSCR SPC braid shielding provide?

A: SPC silver plated copper wire braid provides comprehensive EMI/RFI protection while maintaining non-magnetic characteristics critical for precision measurements.

Q5: What is the temperature rating of this cable?

A: PFA insulation and silicone sheath provide 200°C continuous operation, with PFA capable of short-term exposure to higher temperatures.

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