Laboratory Instrument Cable – Unshielded High Temperature Multicore Cables TC/FEP/SiR 4 x 24AWG 600V 200°C

Laboratory Instrument Cable – Unshielded High Temperature Multicore Cables TC/FEP/SiR 4 x 24AWG 600V 200°C, Conductor: TC Tinned Copper 7/0.20, Insulation: FEP, Unshielded, Jacket: SiR Flexible Silicone Rubber Compound Maroon

This laboratory instrument cable features 4 x 24AWG unshielded multicore construction engineered for reliable signal transmission in research and testing environments requiring 200°C continuous operation. The TC tinned copper conductors utilize 7/0.20 fine-strand construction, providing excellent flexibility and corrosion resistance for laboratory instrument connections. FEP insulation delivers outstanding thermal stability, chemical resistance, and dielectric properties at elevated temperatures. The unshielded design offers a lightweight, compact profile ideal for applications where EMI protection is not required or where maximum flexibility is desired. The maroon silicone rubber jacket provides exceptional heat resistance, flexibility, and a distinctive appearance for easy cable identification in multi-cable laboratory setups. Rated at 600V, this round cable is ideal for analytical instruments, test equipment, and laboratory setups requiring reliable high temperature connections.

Key Features & Technical Advantages

• 4 x 24AWG multicore for multi-channel laboratory signals

• TC tinned copper 7/0.20 fine-strand conductors for flexibility

• FEP insulation for thermal stability, chemical resistance, and dielectric strength

• Unshielded design for lightweight, compact profile

• SiR silicone rubber jacket maroon, rated 200°C

• 600V rating for laboratory instrumentation

• Excellent flexibility for frequent equipment reconfiguration

• Distinctive maroon color for laboratory cable identification

Specifications & Construction

Why Choose Our Unshielded Laboratory Instrument Cable

We specialize in high temperature cables for demanding laboratory and research applications. This 4 x 24AWG design combines FEP insulation with silicone jacketing for reliable 200°C performance in analytical instruments and test setups. The 7/0.20 fine-strand tinned copper conductors provide excellent flexibility for frequent equipment reconfiguration. Unshielded construction offers a lightweight, compact profile ideal for applications where EMI protection is not required. The maroon silicone jacket provides a distinctive appearance for easy identification in multi-cable installations while delivering superior heat resistance. As a specialized manufacturer, we control all production stages, offering custom configurations and technical support for your specific laboratory requirements.

Typical Applications – Solving Critical Laboratory Challenges

• Analytical Instruments: Provides reliable connections for spectrometers, chromatographs, and mass spectrometers

• Test and Measurement Equipment: Delivers flexible cabling for oscilloscopes, signal generators, and data acquisition systems

• Environmental Chambers: Enables signal transmission for sensors inside temperature-controlled test chambers

• Material Testing Equipment: Supplies flexible connections for strain gauges, extensometers, and thermal analysis instruments

• Research Furnaces: Provides high temperature cabling for thermocouples and sensors in experimental furnace setups

• University Laboratories: Supports multi-channel experimental setups requiring flexible, high temperature connections

• Quality Control Labs: Delivers reliable wiring for testing equipment in QC and inspection laboratories

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FAQ

Q1: Why choose unshielded cable for laboratory instruments?

A: Unshielded design offers lighter weight, smaller diameter, and lower cost when EMI protection is not required, ideal for many laboratory instrument connections.

Q2: What is the advantage of 7/0.20 conductor construction?

A: 7 strands of 0.20mm provide excellent flexibility for frequent equipment reconfiguration while maintaining consistent signal transmission properties.

Q3: What is the temperature rating of this cable?

A: 200°C continuous operation with FEP insulation and silicone jacket, suitable for high temperature laboratory environments and sterilization cycles.

Q4: Why is FEP insulation specified for laboratory cables?

A: FEP offers exceptional thermal stability to 200°C, chemical resistance to laboratory solvents, and low dielectric loss for accurate signal transmission.

Q5: What is the significance of the maroon jacket color?

A: Maroon offers a distinctive appearance for easy cable identification in research facilities with multiple cables, reducing confusion during equipment reconfiguration.