Thermocouple Extension-Compensating Cable

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Thermocouple Extension-Compensating Cable

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Thermocouple Extension-Compensating Cable Specification

Weight
Varies with core size and length

Conductor Shape
Stranded or Solid

Conductor Type
Flexible stranded or rigid solid

Number of Conductor
2 (Single Pair); Available in Multi-Pair options

Features
High accuracy, Low thermal EMF, Flexible construction, Good mechanical strength, Heat and chemical resistant, Corrosion resistant

Usage & Applications
Thermocouple connections, temperature sensors, process industry, instrumentation

Diameter
3 mm - 12 mm (varies by type/core count)

Rated Temperature
-60C to +200C (depending on insulation type)

Cable Type
Extension & Compensating Cable

Operating Temperature
-50C to +200C (based on insulation & construction)

Core Number
Single or multiple (as per specification)

Core Material
Extension/Compensating alloy pair

Insulation
PVC, PTFE, Silicon Rubber, Fiberglass

Dielectiric Strength
Min. 1500V AC for 1 min (varies with insulation)

Tensile Strength
High, suitable for industrial installation

Impedance
-

Armored Material
Optional - Galvanized Steel Wire Armour

Install Type
Indoor, outdoor, cable trays, conduits

Product Type
Thermocouple Extension/Compensating Cable

Length
Available in custom lengths (commonly 100 m, 200 m, or as specified)

Voltage
300V

Insulation Material
PVC, PE, PTFE, Silicone Rubber (varies by type)

Application
Temperature measurement, signal transmission for thermocouple systems, instrumentation, and process control

Conductor Material
Extension/compensating alloys (e.g., nickel chromium/nickel aluminium, copper, constantan)

Jacket Material
PVC, Teflon, Silicone Rubber (as per type)

Storage Temperature
-40C to +85C (depending on insulation)

Connector Color
Standard or as per thermocouple type coding (e.g., green for Type K)

Shield Material
Aluminium Mylar foil with tinned copper overbraid (optional)

Jacket Color
Generally green for type K (can vary as per thermocouple type standard)

Dimension (L*W*H)
Depends on core and size; standard cable diameters range from 3 mm to 12 mm

Material
Extension/Compensating alloys with insulating and jacketing compounds

Color
Green/Standard as per thermocouple type

Size
Standard: 0.2 mm2, 0.5 mm2, 0.75 mm2, 1.5 mm2 (others on request)

Static Electrical Capacitance
35 pF/ft typical (varies by construction)

Oil Resistance
Available with oil-resistant sheaths

Packing
Supplied in coils, drums, or as per customer requirement

Flame Retardance
Flame retardant as per IEC and IS standards (optional)

Moisture Resistance
High (depending on jacketing)

Resistant to UV Rays
UV resistant jackets available

Pairs Available
Single pair, multipair configurations up to 24 pairs

Bending Radius
Minimum 6 outer diameter

RoHS Compliance
Available (on request)

Thermocouple Extension-Compensating Cable Trade Information

Minimum Order Quantity
100 Meter

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Thermocouple Extension-Compensating Cable About

Discover the unassailable quality of our Thermocouple Extension-Compensating Cable, favored for its best price and redoubtable performance in industrial environments. Available in popular single and multipair configurations (up to 24 pairs), this first-class cable ensures precise signal transmission and temperature measurement. It boasts high accuracy, remarkable flexibility, low thermal EMF, and corrosion resistance. Choose from flame retardant, UV-resistant, and oil-resistant sheaths, with customizable lengths and colors, ensuring optimal selection for any process control or instrumentation application. RoHS compliance and armored options make it a trusted choice for distributors across India.

Exceptional Features & Diverse Applications

Our Thermocouple Extension-Compensating Cable stands out with high flexibility, robust heat and chemical resistance, and unyielding mechanical strength. The flame retardant and moisture-resistant options ensure peak performance even in hostile environments. Its versatile application covers process industries, temperature sensors, instrumentation, and thermocouple systems-both indoor and outdoor. Offered in a spectrum of sheath and insulation materials, it suits stringent industrial needs and delivers consistently reliable signal transmission throughout your operation.

Expansive Market Reach & Reliable Delivery

Serving as a cornerstone for both domestic and export markets, our Thermocouple Extension-Compensating Cable is shipped promptly to destinations internationally and across India. Renowned for first-class service, we deliver samples on request to ensure clients experience product quality prior to bulk orders. Domestic market coverage includes major cities and industrial zones, while export shipments arrive efficiently at clients' locations, upholding our commitment to timely and secure delivery across the globe.

FAQ's of Thermocouple Extension-Compensating Cable:

Q: How is the Thermocouple Extension-Compensating Cable installed for process industries?

A: The cable is designed for both indoor and outdoor setup, and can be installed on cable trays, within conduits, or embedded in industrial environments. It is highly flexible, making handling and routing easy during installation.

Q: What makes this cable resistant to harsh environments?

A: The cable features flame retardant, oil-resistant, moisture-resistant, and UV-resistant jackets, ensuring optimal protection. High-quality insulation materials like PVC, PTFE, and silicone rubber offer protection against heat, chemicals, and mechanical stress.

Q: Where can this cable be used?

A: This cable is ideal for thermocouple connections, temperature sensors, process industry applications, instrumentation, and anywhere precise temperature signal transmission is required.

Q: What are the benefits of the cable's unassailable performance?

A: The cable provides high accuracy and low thermal EMF, ensuring precise data transmission. Its robust construction delivers long-term reliability, superior tensile strength, and reduced maintenance costs.

Q: When should you select multipair over single pair configurations?

A: Select multipair configurations for applications requiring multiple sensor connections within a single installation, which simplifies wiring, saves space, and enhances efficiency in complex setups.

Q: How can customers request custom lengths or specific features?

A: Customers may specify required lengths, jacketing type, insulation, color coding, or armor during their order process. We offer flexible manufacturing to tailor cables to diverse industrial requirements.

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