Thermocouple Wire & Compensating Cable

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Product Details:

Type Thermocouple wire & Compensating cable
Usage Temperature measurement and control
Theory Direct temperature sensing via Seebeck Effect
Connection Method Twisted pair, color coded as per standard
Customized Available on request
Density 8.2 Gram per cubic centimeter(g/cm3)
Measuring Range Up to 1200C for thermocouple usage
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Thermocouple Wire & Compensating Cable Price And Quantity

Minimum Order Quantity 100 Piece

Packaging Coil, Roll, or Spool
Conductor Construction Solid/Stranded as required
Voltage Rating Up to 300V
Ambient Humidity Up to 95% RH
Minimum Bending Radius 10 x cable outer diameter
Color Code Standard ANSI/IEC/DIN/JIS as specified
Weight Varies with size and type
Resistance to Chemicals Excellent (varies with jacketing material)
Sheath Material Stainless Steel, Tinned Copper, Polyester
Flame Resistance Flame retardant insulation
Insulation Type PVC, Fiberglass, PTFE, Silicon Rubber

Thermocouple Wire & Compensating Cable Product Specifications

Customized Available on request
Protecting Tube Material PVC/ PTFE / Fiberglass / Stainless Steel Braided
Tensile Strength 180 MPa (approx.)
Sensor Type Type K, J, T, E (as required)
Precision High precision for industrial applications
Tolerance 1.5C or 0.4% (typical)
Theory Direct temperature sensing via Seebeck Effect
Type Thermocouple wire & Compensating cable
Melting Point Around 1420C (for Type K)
Measuring Range Up to 1200C for thermocouple usage
Size Standard sizes: 1.0 mm to 35 mm
Density 8.2 Gram per cubic centimeter(g/cm3)
Usage Temperature measurement and control
Connection Method Twisted pair, color coded as per standard

Packaging Coil, Roll, or Spool
Conductor Construction Solid/Stranded as required
Voltage Rating Up to 300V
Ambient Humidity Up to 95% RH
Minimum Bending Radius 10 x cable outer diameter
Color Code Standard ANSI/IEC/DIN/JIS as specified
Weight Varies with size and type
Resistance to Chemicals Excellent (varies with jacketing material)
Sheath Material Stainless Steel, Tinned Copper, Polyester
Flame Resistance Flame retardant insulation
Insulation Type PVC, Fiberglass, PTFE, Silicon Rubber

Product Description

We are instrumental in offering premium quality Thermmocouple Wire & Compensating Cable to customers. These products are manufactured employing latest tools and machinery following industry standards and norms. Our professionals make sure that optimum grade material is used in the manufacturing process that vis sourced from certified vendors of market. These products are widely demanded in the market for their longer service life and shock proof nature. Thermmocouple Wire & Compensating Cable is timely delivered at clients' destination using easy modes of shipment.

Insulations: Chromel-Alumel (K) type, Iron-Constantan (J)
Construction of the wire: Single strand and multi strand
For PT-100: Ptfe/ Metal Branding Ptfe
Number of cores: 2, 3,4,5,6 etc., if any other type of cable or wire is required it can be fabricated

Versatile Conductor Construction

Choose between solid and stranded conductors to match durability and flexibility needs in your application. Solid wires provide robust performance in fixed installations, whereas stranded wires offer enhanced flexibility and ease of handling for dynamic environments.

Premium Insulation and Sheath Materials

Select from advanced insulation typesPVC, Fiberglass, PTFE, and Silicon Rubberand strong sheath materials like stainless steel and tinned copper. These combinations guarantee high flame resistance, chemical durability, and reliable operation under challenging thermal and humidity conditions.

Comprehensive Standardization and Customization

Thermocouple wires and compensating cables adhere to international standards including ANSI, IEC, DIN, and JIS, providing accurate color coding for safe connection. Custom cable configurations are available on request for critical industrial processes.

FAQs of Thermocouple Wire & Compensating Cable:

Q: How does a thermocouple wire function for temperature measurement?

A: Thermocouple wire operates via the Seebeck Effect, directly sensing temperature variations and converting them into electrical signals that are transmitted for measurement and control.

Q: What insulation and sheath material options are offered for these cables?

A: You can select from insulation types such as PVC, Fiberglass, PTFE, or Silicon Rubber. Sheath materials available include stainless steel, tinned copper, or polyester, tailored for chemical resistance, flame retardancy, and environmental durability.

Q: When should I use stranded versus solid conductor construction?

A: Stranded construction is recommended for applications requiring greater flexibility and frequent movement, while solid conductors excel in fixed, stable installations requiring minimal bending.

Q: Where are these thermocouple wires and compensating cables typically used?

A: They are frequently used in industrial temperature measurement and control systems, including furnaces, chemical plants, and process automation lines, owing to their high precision and robust environmental resistance.

Q: What is the process for customizing cable configurations as per application requirements?

A: You can request custom designs tailored to specific sensor types, sizes, insulation, sheath material, and color coding standards, ensuring optimal compatibility with your industrial setup.

Q: How do these cables ensure reliability in high humidity or chemically aggressive environments?

A: With flame-retardant, chemically resistant jacketing and insulation, together with robust sheath options and high ambient humidity tolerance (up to 95% RH), these cables maintain integrity and measurement accuracy in harsh operating conditions.

Q: What are the major benefits of using these thermocouple wires and compensating cables?

A: Key advantages include excellent precision, resistance to chemicals and flame, robust mechanical properties, standardized color coding for safety, and the flexibility of customization for specific industrial temperature sensing requirements.

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