Grounded Thermocouple Junction

Grounded Thermocouple Junction

Product Details:


Product Description

Backed by a team of experienced professionals, we are offering an extensive range of Grounded Thermocouple Junction. Offered junction is manufactured with the utilization of excellent quality materials keeping in mind predefined industrial standards of quality. The offered junction is used in high temperature sensing applications. Furthermore, this Grounded Thermocouple Junction is immensely preferable in diverse industries and can be availed from us in various shapes and dimensions.


  • Can withstand high temperature
  • Low power consumption
  • Precisely engineered

 Further Details:

Thermocouples wires are welded in to the tip of the sheath material. This junction has faster response than an ungrounded junction. It is recommended for the measurement of static or flowing gas and liquid temperatures and for high pressure applications. It is the most commonly supplied junction type.

Thermocouple Types:

Iron-Constantan (ANSI Symbol J) The Iron-Constantan 'J' curve thermocouple with a positive iron wire and a negative Constantan wire is recommended for reducing atmospheres. The operating range for this alloy combination is 870oC for the largest wire sizes. Smaller size wires should operate in correspondingly lower temperatures.

Copper-Constantan (ANSI Symbol T) The copper-Constantan 'T' curve thermocouple, with a positive copper wire and a negative constantan wire is recommended for use in mildly oxidizing and reducing atmosphere up to 400oC. They are suitable for applications where moisture is present. This alloy is recommended for low temperature work since the homogeneity of the component wires can be maintained better than other base metal wires. Therefore, errors due to inhomogeneity of wires in zones of temperature gradients is greatly reduced.

Chromel-Alumel (ANSI Symbol K) The Chromel-Alumel 'K' Curve thermocouple with a positive Chromel wire and a negative Alumel wire is recommended for use in clean oxidizing atmospheres. The operating range for this alloy is 1260oC for the largest wire sizes. Smaller wires should operate in correspondingly lower temperatures.

Chromel-Constantan (ANSI Symbol E) The chromel-Constantan thermocouple may be used for temperatures up to 870oC in a vacuum or inert, mildly oxidizing or reducing atmosphere. At sub-zero temperatures, the thermocouple is not subject to corrosion. This thermocouple has the highest emf output of any standard metallic thermocouple.

Platinum-Rhodium Alloys (ANSI Symbol S,Rand B) Three types of 'noble-metal' thermocouples are in common use, they are:

  • A positive wire of 90% platinum and 10% rhodium used with a negative wire of pure platinum
  • A positive wire of 87% platinum and 13% rhodium used with a negative wire of pure platinum, and

A Positive wire of 70% platinum and 30% rhodium used with a negative wire of 94% platinum and 6% rhodium. They have a high resistance to oxidation and corrosion. However, hydrogen, carbon and many metal vapors can contaminate a platinum-rhodium thermocouple. The recommended operating range for the platinum-rhodium alloys is 1530oC although temperatures as high as 1800oC can be measures with the PT-30% Rh vs PT-6% Rh alloy combination.

Sheath Material Temperature Characteristics:


Recommended Maximum operating temperature

Melting temperature










Low Carbon Steel



316 Stainless Steel



304 Stainless steel



310 Stainless steel









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