Multicore HT High Temperature Insulated Cable TC/FEP/SiR 2x0.75mm² 600V 200°C – Flexible Multi-Conductor with Customizable Options

Multicore HT High Temperature Insulated Cable TC/FEP/SiR 2x0.75mm² 600V 200°C – TC Tinned Copper Conductor 7 Strands, FEP Compound Insulation, SiR Silicone Rubber Compound Jacket, Conductor Options: Tinned Copper / Copper / Silver-Plated Copper, Insulation Options: Teflon (FEP / PTFE / PFA), Sheath Options: Teflon / Silicone, Cores: 2 to 10 Cores, AWG: 12 to 30 AWG, Cross Section: 0.05 to 3mm², Voltage: 20V / 50V / 110V / 220V / 300V / 500V / 600V / 750V / 3000V, Temperature Range: -60°C to +200°C / 250°C

This multicore HT high temperature insulated cable features 2x0.75mm² construction engineered for demanding applications requiring reliable performance up to 200°C. The TC tinned copper 7-strand conductor provides excellent conductivity and flexibility. FEP compound insulation delivers superior thermal stability and dielectric properties. The SiR silicone rubber jacket offers exceptional heat resistance and flexibility. With extensive customization options including conductor materials (tinned copper, bare copper, silver-plated copper), insulation types (FEP, PTFE, PFA), sheath materials (Teflon, silicone), core counts from 2 to 10, AWG from 12 to 30, cross sections from 0.05 to 3mm², and voltage ratings from 20V to 3000V, this cable platform adapts to virtually any high temperature multi-conductor requirement across -60°C to +250°C temperature ranges.

Key Features & Technical Advantages

• 2x0.75mm² configuration with 7-strand TC conductor

• FEP insulation for high temperature stability and dielectric strength

• SiR silicone jacket for flexibility and heat resistance

• Conductor options: tinned copper, bare copper, silver-plated copper

• Insulation options: FEP, PTFE, PFA

• Sheath options: Teflon, silicone

• Core counts: 2 to 10 cores

• AWG range: 12 to 30 AWG

• Cross section range: 0.05 to 3mm²

• Voltage range: 20V to 3000V

• Temperature range: -60°C to +200°C / 250°C

Specifications & Construction

Why Choose Our Multicore HT High Temperature Cable

We specialize in customizable high temperature multi-conductor cables for demanding industrial applications. This 2x0.75mm² platform offers extensive material and specification options to meet your exact requirements. Conductor choices (tinned copper, bare copper, silver-plated copper) enable optimization for corrosion resistance, conductivity, and high frequency performance. Insulation options (FEP, PTFE, PFA) provide tailored thermal and dielectric properties. Sheath options (Teflon, silicone) allow matching to specific environmental conditions. With core counts, AWG sizes, cross sections, and voltage ratings covering a broad spectrum, this cable platform adapts to virtually any high temperature multi-conductor need. As a specialized manufacturer, we control all production stages, offering custom configurations and technical support for your specific requirements.

Typical Applications – Solving Critical Industrial Challenges

• Industrial Instrumentation: Provides multi-channel signal transmission for sensors and control systems in high temperature environments

• Medical Equipment: Delivers reliable wiring for diagnostic devices requiring high temperature sterilization capability

• Aerospace Electronics: Supplies lightweight, high temperature cabling for aircraft and spacecraft systems

• Semiconductor Manufacturing: Enables reliable connections for wafer processing equipment at elevated temperatures

• Automotive Test Systems: Supports sensor and control wiring in engine development and test facilities

• Laboratory Instruments: Provides flexible, high temperature cabling for research equipment and environmental chambers

• Power Electronics: Delivers multi-conductor connections for inverters, converters, and power supplies

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FAQ

Q1: What conductor options are available and when should each be used?

A: Tinned copper for general corrosion resistance, bare copper for maximum conductivity, silver-plated copper for high frequency and extreme temperature applications.

Q2: What insulation options are available?

A: FEP for general high temp applications, PTFE for maximum temperature and chemical resistance, PFA for enhanced flexibility and high purity applications.

Q3: What sheath options are available?

A: Teflon (FEP, PTFE, PFA) for maximum chemical and temperature resistance, silicone for flexibility and wide temperature range.

Q4: What core counts can be configured?

A: From 2 to 10 cores, allowing flexibility for multi-channel signal and control applications.

Q5: What voltage ratings are available?

A: From 20V for low voltage signal to 3000V for medium voltage power applications, with intermediate ratings for specific requirements.