Inquiry
Form loading...
High Temperature Electronic Cable 600V 200°C TC/FEP/OS/SiR – 3 Cores 18AWG Flexible Multicore Cable for Analog Signals & Voltage Control
Power Cable
Products Categories
Featured Products
Cable Customization

High Temperature Electronic Cable 600V 200°C TC/FEP/OS/SiR – 3 Cores 18AWG Flexible Multicore Cable for Analog Signals & Voltage Control

Premium high temperature electronic cable 3 cores 18AWG 600V 200°C.

TC Class 5 conductors, FEP insulation green/blue/yellow, OS tinned copper braid 85%, SiR jacket white. Flexible multicore.

Request a detailed quote & datasheet!

  • Cable Type High Temperature Electronic Cable TC/FEP/OS/SiR
  • Cable Spec 3 Cores 18AWG
  • Conductor TC tinned copper (TC, CU, SPC, NPC optional)
  • Construction Stranded wire acc. to IEC 60228, Class 5
  • Insulation FEP compound green blue yellow (FEP, PTFE, PFA, PI, PEEK optional)
  • Pairs 3cores stranded
  • Screen OS tinned copper wire braiding, 85% coverage
  • Sheath SiR flexible silicone rubber compound (FEP, PTFE, PFA, PI, PEEK optional) white
  • Rated Voltage 600V
  • Rated Temperature -60℃ to +200℃
  • Cable No. D390
  • Keyword shielded analog signal cable
  • Application ideal for Analog Signals & Voltage Control

High Temperature Electronic Cable 600V 200°C TC/FEP/OS/SiR – 3 Cores 18AWG, TC Tinned Copper Class 5 Conductors, FEP Insulation Green / Blue / Yellow, OS Overall Shield Tinned Copper Wire Braiding 85% Coverage, SiR Flexible Silicone Rubber Compound Jacket White, Flexible Multicore Cable for Analog Signals & Voltage Control

This high temperature electronic cable features three 18AWG cores engineered for analog signal and voltage control applications requiring 200°C continuous operation with robust EMI protection. Each conductor uses TC tinned copper with Class 5 fine-strand construction, providing exceptional flexibility and corrosion resistance. FEP insulation in green, blue, and yellow enables clear circuit identification for multi-channel signal routing. An overall OS tinned copper wire braid shield with 85% coverage delivers comprehensive EMI protection for sensitive analog signals. The white SiR flexible silicone rubber jacket provides excellent thermal stability, weather resistance, and durability across -60°C to +200°C. Rated at 600V, this flexible multicore cable is ideal for high temperature instrumentation, control systems, and electronic equipment requiring reliable signal transmission in demanding environments.

D390-multi-cores-screened-cable-01.jpgD390-multi-cores-screened-cable-02.jpg

Key Features & Technical Advantages

  • 3 cores x 18AWG for multi-channel analog signals and voltage control

  • TC tinned copper Class 5 conductors for flexibility and corrosion resistance

  • FEP insulation in green, blue, yellow for clear circuit identification

  • OS overall tinned copper braid shield 85% coverage for EMI protection

  • SiR flexible silicone rubber jacket white, rated 200°C

  • 600V rating for electronic and control applications

  • Temperature range -60°C to +200°C

  • Flexible construction for easy installation

Specifications & Construction

Parameter Details
Type High temperature electronic cable
Configuration 3 cores x 18AWG
Conductor TC tinned copper, Class 5 fine-strand
Insulation FEP compound, colors: green, blue, yellow
Shield OS tinned copper wire braiding, 85% coverage
Jacket SiR flexible silicone rubber compound, white
Voltage Rating 600V
Temperature Range -60°C to +200°C
Application Analog signals, voltage control

Why Choose Our High Temperature Electronic Cable

We specialize in high performance electronic cables for demanding signal transmission applications. This 3 x 18AWG design combines Class 5 tinned copper with FEP insulation and silicone jacketing for reliable 200°C performance. The 85% tinned copper braid provides robust EMI protection essential for analog signal integrity. Color-coded FEP insulation (green, blue, yellow) simplifies wiring and reduces installation errors. The white silicone jacket offers excellent heat resistance and a clean appearance. As a specialized manufacturer, we control all production stages, offering custom configurations and technical support for your specific electronic and control requirements.

Typical Applications – Solving Critical Electronic Challenges

  • Industrial Instrumentation: Provides reliable analog signal transmission for sensors, transmitters, and monitoring equipment in high temperature environments

  • Process Control Systems: Delivers voltage control signals for actuators, valves, and regulators in chemical and thermal processing

  • Test and Measurement Equipment: Supplies flexible, shielded cabling for laboratory instruments and data acquisition systems

  • Medical Electronics: Enables high temperature signal connections for diagnostic and therapeutic devices

  • Aerospace Electronics: Provides lightweight, flexible cabling for aircraft instrumentation and control systems

  • Automotive Testing: Supports sensor and control wiring in engine test cells and vehicle development facilities

  • Semiconductor Equipment: Delivers reliable signal transmission for wafer processing tools operating at elevated temperatures

FAQ

Q1: Why is FEP insulation chosen for 200°C electronic applications?

A: FEP offers exceptional thermal stability, low dielectric constant, and chemical resistance, maintaining signal integrity at high temperatures.

Q2: What is the advantage of 85% tinned copper braid shielding?

A: 85% coverage provides effective EMI protection for sensitive analog signals while maintaining flexibility for installation.

Q3: Why are three different insulation colors used?

A: Green, blue, and yellow insulation enables clear circuit identification for multi-channel analog signals, reducing wiring errors during installation and maintenance.

Q4: What is the temperature range of the silicone jacket?

A: The SiR jacket provides continuous operation from -60°C to +200°C, suitable for extreme cold and high heat environments.

Q5: Is this cable suitable for outdoor installation?

A: Yes, the white silicone jacket offers excellent weather resistance and UV stability for outdoor electronic applications.