RTD Silicone Cable
Description
Rewari Cable Industries offers RTD Silicone Cables designed for temperature measurement and signal transmission in industrial environments. These cables are commonly used with Pt100, Pt500 and Pt1000 RTD sensors and can be supplied in 2-core, 3-core and 4-core configurations depending on the sensing circuit. Silicone insulation provides flexibility and suitability for elevated-temperature applications.
Key Features
Silicone rubber insulated RTD cable
Suitable for Pt100 / Pt500 / Pt1000 sensors
Available in 2, 3 and 4 core configurations
Flexible stranded conductor construction
Excellent electrical insulation
Good heat resistance and flexibility
Suitable for industrial temperature measurement
Available with different conductor sizes and cable lengths
Custom colours and configurations available
Temperature Range
Depending on the exact construction, silicone RTD cables are commonly specified for temperatures around -40°C to +180/200°C. Some specialized constructions may have different limits, so the final temperature rating should be selected according to the cable design.
Applications
Pt100 temperature sensors
Industrial temperature monitoring
Control panels
Ovens and furnaces
Heating equipment
Plastic processing machinery
Food-processing equipment
HVAC systems
Process automation
Industrial instrumentation
Temperature controllers
Available Configurations
2 Core RTD Silicone Cable
3 Core RTD Silicone Cable
4 Core RTD Silicone Cable
Silicone-insulated RTD extension cable
Shielded/braided versions where required
Custom cable lengths and conductor sizes
Customization
Rewari Cable Industries can configure RTD Silicone Cables according to application requirements, including number of cores, conductor size, insulation thickness, cable length, colour, shielding/braiding and termination.
Why Choose RTD Silicone Cable?
Silicone insulation combines flexibility, electrical insulation and temperature resistance, making it useful for RTD sensor wiring where the cable may be exposed to heat or require repeated bending.





