Anisa Sensors

Compensating Thermocouple Cables are specially designed to connect thermocouples to measuring or control instruments, ensuring accurate signal transmission by compensating for temperature variations along the cable path. These cables use alloys that exhibit similar thermoelectric properties to the thermocouple type they are paired with, but only over a limited temperature range—typically up to 200°C.

• Function: Maintains accuracy by minimizing thermal EMF errors between the thermocouple and instrument

• Thermocouple Compatibility: Available for Types K, J, T, E, N, and others

• Conductor Material: Compensating alloys (not the same as thermocouple wires but thermoelectrically matched)

• Operating Temperature Range: Up to 200°C (varies with insulation type)

• Insulation Types:

  • PVC: Flexible, for general-purpose use

  • PTFE/Teflon: Chemically resistant, high-temp capable

  • Fiberglass: For rugged, high-temperature industrial applications

• Shielding: Optional foil or braided shield for EMI/RFI protection

• Color Coding: Conforms to ANSI, IEC, or BS standards for easy identification

• Configuration: Available in 2-core, 3-core, and multi-core variants

• Industrial furnaces and kilns

• Chemical and petrochemical plants

• Power generation facilities

• Manufacturing automation systems

• RTD / Thermocouple Cables are specially engineered signal cables used to connect temperature sensors—such as RTDs (Resistance Temperature Detectors) and thermocouples—to control systems, transmitters, or measurement devices. These cables are designed to maintain signal integrity and ensure accurate temperature readings even in harsh industrial environments.

  Key Features:

  • Compatibility: Suitable for both RTD and Thermocouple applications

  • Temperature Range: Typically from -200°C to +600°C (depends on insulation type)

  • Conductor Material:

    • For RTDs: Copper or nickel-plated copper

    • For Thermocouples: Thermocouple-grade or compensating alloys (Type K, J, T, etc.)

  • Insulation Types:

    • PTFE (Teflon): High temperature and chemical resistance

    • Fiberglass: Excellent for high-heat environments

    • PVC: General-purpose use with good flexibility

  • Shielding: Optional braided or foil shielding to reduce electrical noise

  • Construction: Available in 2-core, 3-core, or multi-core configurations

  • Outer Jacket: Available in PVC, SS-braided, or armored versions for added protection

  Applications:

  • Industrial process monitoring

  • Power plants and substations

  • Chemical and pharmaceutical industries

  • Food and beverage processing

  • Laboratory and research setups

   

• Diameter40/36 ss cable

Temperature Range:

• -200°C to +600°C

Cable Type:

• Suitable for both RTD and Thermocouple applications

Conductor Material:

• Typically Nickel, Copper, or thermocouple-grade alloys (as per sensor type)

Insulation Options:

• Fiberglass, PTFE, or high-temp silicone (varies by application and rating)

Shielding:

• Available with or without braided shielding for electrical noise protection

Outer Sheath:

• Stainless steel braided, fiberglass, or PTFE for enhanced durability in harsh environments

It features high-temperature insulation and optional shielding, making it resistant to mechanical stress, chemical exposure, and electrical noise. This makes it highly suitable for use in process industries, furnaces, kilns, refineries, and power plants.

Features:

• Shock absorption
• Fine finish
• Temperature resistance

A Thermocouple Compensating Cable is a specialized cable designed to connect thermocouples to instrumentation while maintaining accurate temperature signal transmission over long distances. Unlike extension cables made from the same materials as the thermocouple, compensating cables use alternate alloys that match the thermoelectric characteristics of the thermocouple within a limited temperature range.

• Purpose: Transmits accurate thermoelectric signals from thermocouples to control or measurement devices

• Compatibility: Available for various thermocouple types (K, J, T, E, N, etc.)