High Temperature Shielded Multi Cores Industrial Cable | 3x0.75mm² TC/FEP/TCWB/FEP
HIGH TEMPERATURE SHIELDED MULTI CORES INDUSTRIAL CABLE: ROBUST POWER DISTRIBUTION FOR DEMANDING ENVIRONMENTS
Our High Temperature Shielded Multi Cores Industrial Cable delivers reliable power and control signal transmission in the most challenging industrial settings. This advanced cable features 3 individually insulated 0.75mm² tinned copper conductors with sophisticated FEP insulation, comprehensive TCWB (Tinned Copper Wire Braiding) shielding, and durable FEP outer sheath. Designed for continuous operation up to 200℃ with typical voltage ratings of 300-600V, this cable is engineered for industrial automation, process control systems, high-temperature machinery, and power distribution where both thermal stability and electromagnetic protection are essential.
KEY FEATURES & TECHNICAL ADVANTAGES
✔ Exceptional Thermal Endurance - FEP insulation and sheath maintain performance at 200℃ continuous operation
✔ Effective EMI Protection - TCWB braiding provides superior defense against electromagnetic interference
✔ Enhanced Reliability - Tinned copper conductors resist corrosion and ensure stable electrical connections
✔ Chemical Resistance - FEP materials withstand oils, acids, solvents, and harsh industrial chemicals
✔ Industrial Durability - Robust construction withstands mechanical stress in demanding factory environments
SPECIFICATIONS & CONSTRUCTION
| Parameter | Specification |
|---|---|
| Configuration | 3x0.75mm² |
| Conductor | TC (Tinned Copper) |
| Insulation | FEP (Fluorinated Ethylene Propylene) |
| Shielding | TCWB (Tinned Copper Wire Braiding) |
| Sheath | FEP (Fluorinated Ethylene Propylene) |
| Temperature Rating | -65℃ to +200℃ |
| Voltage Rating | Typically 300/500V or 600V |
| Primary Application | Industrial power and control wiring in high-temperature environments |
WHY CHOOSE OUR HIGH TEMPERATURE MULTI CORES CABLE?
We specialize in manufacturing industrial cables that perform reliably where standard solutions fail. Our high temperature multi cores cable combines the thermal stability of FEP with the electromagnetic protection of TCWB shielding, creating an ideal solution for industrial applications requiring both power distribution and signal integrity in high-temperature, electrically noisy environments. The tinned copper conductors provide enhanced corrosion resistance compared to bare copper, ensuring long-term reliability in challenging conditions. With extensive experience in industrial automation and process control, we deliver solutions that reduce downtime and improve system reliability in demanding operational environments.
TYPICAL APPLICATIONS
• Industrial Automation - Power and control wiring for machinery, robots, and automated systems
• Process Control Systems - Instrumentation and control signals in high-temperature manufacturing
• Power Distribution - Compact power feeds in industrial equipment and control panels
• High-Temperature Machinery - Wiring for ovens, furnaces, and thermal processing equipment
• Factory Automation - Motor controls, sensor networks, and production line systems
- Request Sample & Compliance Data - Test our multi cores cable in your application
-
Download Technical Specifications - Get complete electrical and thermal performance data
-
Contact Our Engineering Team - Discuss your industrial wiring requirements
-
Get Competitive Quotation - OEM/ODM solutions available
FAQ
Q1: What voltage rating is typical for this cable configuration?
A: This cable typically carries ratings of 300/500V or 600V, though specific ratings depend on insulation thickness and construction details. Higher voltage versions can be engineered for special applications.
Q2: Why use tinned copper instead of bare copper conductors?
A: Tinned copper offers superior corrosion resistance, prevents oxidation at high temperatures, provides better solderability, and maintains stable electrical properties in humid or chemically aggressive environments.
Q3: How does FEP compare to other high-temperature insulation materials?
A: FEP provides excellent thermal stability up to 200℃ with good flexibility, chemical resistance, and stable electrical properties. It offers a better balance of properties than silicone (lower temperature) or PTFE (more expensive, less flexible) for many industrial applications.
Q4: What level of EMI protection does the TCWB shielding provide?
A: TCWB braiding typically provides 80-95% coverage, offering good to excellent shielding effectiveness (60-90dB attenuation) for most industrial applications, effectively protecting against electromagnetic interference from motors, drives, and switching equipment.
Q5: Can this cable be customized for specific applications?
A: Yes, we offer various customizations including different conductor counts, alternative color coding, modified shielding configurations, specialized jacket materials, and custom length packaging to meet specific industrial requirements.