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Thermocouple Cables

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Thermocouple Cables Specification

Conductor Shape
Round

Tensile Strength
Above 500N (depends on exact construction)

Number of Conductor
2 (for single pair) or as specified

Diameter
Varies (typical range: 2mm to 8mm depending on cores and insulation)

Cable Type
Thermocouple Cable (Extension or Compensating)

Rated Temperature
Up to 260C (higher options available based on insulation)

Dielectiric Strength
Min. 2kV for 1 minute

Locking Type
Standard thermocouple connector compatible

Impedance
Typically < 10 /km

Insulation
PTFE/PVC/Fiberglass

Features
High accuracy, flexible construction, durable, suitable for harsh environments

Conductor Type
Solid or Stranded

Install Type
Fixed or flexible installation

Product Type
Thermocouple Extension & Compensating Cable

Length
Available in standard and custom lengths (1m, 5m, 10m, 50m, 100m, etc.)

Voltage
Rated up to 300V

Insulation Material
PTFE/PVC/Fiberglass

Application
Temperature measurement, process control, industrial and laboratory use

Jacket Material
PVC, PTFE, or Fiberglass

Connector Color
Various (typically yellow, green, or blue for identification)

Jacket Color
Generally available in white, yellow, or green

Dimension (L*W*H)
Custom as per cable size and requirement

Color
White, Yellow, Green, or as requested

Material
PVC, PTFE, Fiberglass (as per construction)

Size
Customizable (commonly 0.5mm to 2.5mm)

Flame Retardancy
Yes, as per insulation type

Thermocouple Types Supported
K, J, T, E, N, R, S, B

Packaging Type
Rolls, Reels, or Carton Boxes

Outgassing Property
Low outgassing (on Teflon/Glass cables)

UV Resistance
Available on PTFE and certain PVC jackets

Halogen Free Option
Available on request

Maximum Conductor Resistance
Depends on conductor and size, e.g., <34 Ohm/km for 0.5mm²

Minimum Bend Radius
10 x cable diameter

Insulation Thickness
Typically 0.4mm to 0.8mm (can vary as specified)

Standards Compliance
ANSI, IEC, BS, DIN

Twisted Pair Option
Available for noise immunity

Oil & Chemical Resistance
Available with PTFE and special insulations

RoHS Compliance
Yes

About Thermocouple Cables

We are recognized as the prominent manufacturer and exporter of a wide assortment of Thermocouple Cables that is available in various thicknesses and colors in order to meet the diverse needs of the clients. Offered cables are manufactured using supreme grade raw materials and advanced machinery as per the set industry norms. Offered Thermocouple Cables are highly appreciated for their high tensile strength, durability, fine finish and cost effectiveness.

Product details

Thermocouple Type	J,K,T, R, S Type
Size	Customized
Length	Customized
Material	Customized
Brand	Customized
Color	Black,Red,Blue,Silver
Conductor Type	Copper & Constantan ,Solid

Accurate Measurement with Robust Construction

Designed for high-precision temperature monitoring, these thermocouple cables ensure reliable data integrity even under demanding conditions. Their robust construction and compliance with international standards make them ideal for process control in industrial and laboratory applications. Flexible and durable, they easily withstand mechanical stress while delivering consistent results.

Versatile Options and Noise Immunity

A broad selection of thermocouple types, insulation materials, and conductor designs is available, including twisted pairs for enhanced noise immunity. Choose from halogen-free or low outgassing forms for sensitive environments. Various packaging, color coding, and connector options support seamless identification and installation.

Built for Challenging Environments

Engineered with flame-retardant, oil-resistant, and UV-protected insulations, these cables operate reliably in harsh surroundings. Rated for temperatures up to 260C (with higher options upon request) and voltages up to 300V, they maintain performance in both fixed and flexible installations. High tensile strength and flexible construction support a wide range of industrial uses.

FAQs of Thermocouple Cables:

Q: What thermocouple types do these cables support?

A: These cables are compatible with all major thermocouple types including K, J, T, E, N, R, S, and B, making them suitable for diverse temperature measurement and process control applications.

Q: How do I choose the right insulation material for my application?

A: Selection depends on your operating environment. PTFE insulation offers superior chemical, oil, and UV resistance, while fiberglass withstands high temperatures. PVC is commonly used for cost-effective, general-purpose needs. Each material is available to suit different temperature ratings and environmental demands.

Q: When should I use twisted pair thermocouple cables?

A: Twisted pair designs should be used in electrically noisy environments where signal integrity is critical. Twisting helps minimize electromagnetic interference, ensuring accurate temperature readings in industrial settings.

Q: Where can these thermocouple cables be installed?

A: They are ideal for both fixed and flexible installations in industrial plants, laboratories, process control systems, and outdoor applications. The cables durability and weather resistance allow them to perform reliably in harsh conditions.

Q: What process ensures the flame retardancy and chemical resistance of these cables?

A: Flame retardancy and chemical resistance are achieved through specialized insulation materials such as PTFE and certain PVC compounds, chosen according to required standards. These materials are tested under stringent conditions to meet regulatory and safety standards.

Q: What are the length and packaging options available?

A: Cables are offered in standard rolls, reels, or carton boxes, with custom lengths ranging from 1m to 100m and beyond. This enables convenient transport, storage, and integration into existing systems.

Q: What are the benefits of using these thermocouple cables in harsh environments?

A: Their high accuracy, flexibility, flame retardancy, and resistance to oil, chemicals, and UV make them reliable in demanding settings, ensuring long service life and consistent temperature measurements even under extreme conditions.

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