Aerospace Non-Magnetic Instrumentation Cable Multi Pairs Teflon Shielded – 4 Pairs 0.12mm² Twisted Pairs 500V 105°C

Aerospace Non-Magnetic Instrumentation Cable Multi Pairs Teflon Shielded – 4 Pairs 0.12mm² Twisted Pairs, SPC Silver Plated Copper Conductors 24/0.08 per IEC 60228 Class 6, FEP Compound Insulation, 4 Pairs Twisted, Overall Non-Woven Tape Binder, SPC Silver Plated Copper Braiding Shield 85% Coverage, TPE Compound Jacket Black, 4.8mm Outer Diameter, 500V Rating, 105°C Temperature Rating

This aerospace-grade instrumentation cable features four twisted pairs in a compact 4.8mm diameter design for non-magnetic applications requiring high signal integrity. Each conductor utilizes SPC silver plated copper with 24/0.08 stranding per IEC 60228 Class 6, delivering maximum flexibility and corrosion resistance. FEP insulation provides excellent dielectric properties and thermal stability. The four pairs are individually twisted for noise rejection, then cabled together with a non-woven tape binder maintaining core geometry. An overall SPC silver plated copper braid with 85% coverage delivers comprehensive EMI protection while maintaining non-magnetic properties throughout. The black TPE jacket offers durability, flexibility, and chemical resistance. Rated at 500V and 105°C, this cable is specifically engineered for aerospace instrumentation where non-magnetic construction, reliability, and signal integrity are critical.

Key Features & Technical Advantages

• 4 twisted pairs x 0.12mm² in 4.8mm O.D. compact design

• SPC silver plated copper 24/0.08 Class 6 for maximum flexibility

• FEP insulation for thermal stability and dielectric performance

• Individual pair twisting for crosstalk rejection

• Overall non-woven tape binder for core stability

• SPC braid shield 85% coverage, fully non-magnetic

• TPE jacket black for durability and chemical resistance

• 500V rating for aerospace instrumentation

• 105°C continuous operation

• Non-magnetic throughout for sensitive applications

Specifications & Construction

Why Choose Our Aerospace Non-Magnetic Instrumentation Cable

We specialize in high performance instrumentation cables for aerospace and defense applications. Our 4-pair design combines SPC Class 6 conductors with FEP insulation for signal integrity in demanding environments. The 24/0.08 fine stranding provides exceptional flexibility for installation in tight aerospace spaces. Non-magnetic SPC materials throughout ensure no interference with sensitive instrumentation. SPC braid shielding at 85% coverage delivers robust EMI protection. The compact 4.8mm diameter saves valuable space in aerospace platforms. TPE jacket offers durability across temperature extremes. As a specialized manufacturer, we control all production stages, offering custom configurations and technical support for your specific aerospace instrumentation requirements.

Typical Applications – Solving Critical Aerospace Challenges

• Aircraft Instrumentation: Provides reliable signal transmission for cockpit instruments and flight control sensors

• Satellite Systems: Delivers non-magnetic cabling for sensitive satellite instrumentation and telemetry

• Avionics Bay Wiring: Enables compact multi-pair signal routing in space-constrained avionics compartments

• Missile Guidance Systems: Supplies high reliability cabling for precision guidance and control electronics

• Radar Systems: Provides shielded signal transmission for radar processing and control

• Flight Test Instrumentation: Supports data acquisition systems during aircraft development and testing

• Space Vehicle Electronics: Delivers non-magnetic, radiation-tolerant cabling for space applications

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FAQ

Q1: Why is non-magnetic construction important for aerospace applications?

A: Non-magnetic materials prevent interference with sensitive navigation systems, magnetometers, and scientific instruments where magnetic fields would corrupt measurements or affect performance.

Q2: What is the advantage of Class 6 stranding per IEC 60228?

A: Class 6 represents the highest flexibility classification, providing exceptional flex life and ease of installation in tight aerospace spaces with repeated vibration.

Q3: Why is SPC silver plated copper used throughout?

A: SPC offers excellent high frequency performance, corrosion resistance, and maintains non-magnetic properties while providing superior solderability for reliable terminations.

Q4: What does 24/0.08 conductor construction provide?

A: 24 ultrafine strands of 0.08mm diameter provide maximum flexibility while ensuring consistent signal transmission in a compact 0.12mm² cross-section.

Q5: Is this cable suitable for space applications with vacuum exposure?

A: Yes, the materials (SPC, FEP, TPE) are suitable for vacuum environments. For specific space applications, please consult our engineering team for outgassing and radiation resistance requirements.