Heat Resistant Shielded Sensor Cable 6 Core 0.5mm² TC/FEP/TCWB/FEP Custom High Temperature Cable

High-Temperature Resistant Shielded Sensor Cable 6-Core, 0.5mm², TC/FEP/TCWB/FEP Construction

Product Description:

This high-performance heat-resistant sensor cable is specifically engineered for critical signal transmission in extreme temperature environments. The cable features 6 individually shielded cores, each constructed with precision 0.5mm² tinned copper (TC) conductors for optimal conductivity and corrosion resistance.

Advanced Construction:

- Conductor: 6×0.5mm² tinned copper (TC) for superior signal integrity

- Insulation: Primary FEP layer offering exceptional thermal stability (continuous operation up to +200°C)

- Shielding: Individual tinned copper wire braid (TCWB) shields for each core, providing excellent EMI/RFI protection

- Outer Protection: Overall FEP jacket ensuring additional thermal and chemical resistance

Technical Advantages:

✓ Outstanding heat resistance (up to 200°C continuous operation)

✓ Excellent EMI shielding effectiveness (90% coverage minimum)

✓ Low capacitance design for precise signal transmission

✓ Superior chemical and oil resistance

✓ Flame-retardant properties (meets IEC 60332 standards)

Typical Applications:

• High-temperature industrial automation systems

• Process control instrumentation in harsh environments

• Aerospace and automotive testing equipment

• Petrochemical and energy sector monitoring

• Furnace and thermal processing sensor networks

Customization Options Available:

- Various shielding configurations (individual/core overall)

- Different jacket materials for specific chemical resistance

- Custom length and termination options

This triple-protected design (conductor insulation + individual shielding + overall jacket) ensures reliable performance in the most demanding thermal and electromagnetic environments, making it ideal for precision measurement and control applications where signal integrity is paramount.

Would you like to include any additional specifications regarding voltage rating, bending radius, or compliance standards?