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You are here → Home > Temperature Sensors > Thermocouples > Mineral Insulated Thermocouples > Thermocouple with Standard Connector

Thermocouple with standard connector

Mineral Insulated Thermocouples

Need a different standard thermcoouple connector? - click to view other options
3P6
3P6 Standard Plug (220ºC)
for diameters 1.0mm to 8.0mm

Standard round pin thermocouple plug with a thermoplastic body rated to 220ºC
3P6H
3P6H Standard Plug (300ºC)
for diameters 1.0mm to 8.0mm

Standard round pin thermocouple plug with a thermo setting plastic body rated to 300ºC
3P6UH
3P6UH Standard Plug (425ºC)
for diameters 1.0mm to 8.0mm

Standard round pin thermocouple plug with a thermo setting plastic body rated to 425ºC
3P6C
3P6C Standard Ceramic Plug (600ºC)
for diameters 1.0mm to 8.0mm

Standard flat pin thermocouple plug with a ceramic body rated to 600ºC
3P7
3P7 Standard Socket (220ºC)
for diameters 1.0mm to 8.0mm

Standard round pin thermocouple socket with a thermoplastic body rated to 220ºC
3P7H
3P7H Standard Socket (300ºC)
for diameters 1.0mm to 8.0mm

Standard round pin thermocouple socket with a thermo setting plastic body rated to 300ºC
3P7UH
3P7UH Standard Socket (425ºC)
for diameters 1.0mm to 8.0mm

Standard round pin thermocouple socket with a thermo setting plastic body rated to 425ºC
3P7C
3P7C Standard Ceramic Socket (600ºC)
for diameters 1.0mm to 8.0mm

Standard flat pin thermocouple socket with a ceramic body rated to 600ºC
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Related Products

Thermocouple Cables
  • Mineral insulated thermocouple sensors have a high integrity construction, suited to arduous operating conditions at temperatures from -200ºC to +1400ºC. (The maximum operating temperature is dependent on diameter and environmental factors, further guidance is available here.)
  • Custom built to your specification and terminated in a choice of miniature connectors as shown above
  • Alternatively, we have a large range of sensors available to buy online in various diameters and lengths
  • High accuracy and stability maintained throughout the operating life of the sensor
  • Fast response and high insulation resistance
  • Available in thermocouple types K, T, J, N, E, R, S & B with sheath diameters from 0.25mm to 3.2mm and lengths from a few millimetres to 200 metres or more dependent on the sheath diameter selected

Thermocouple Quote Request

Use this form to configure a single sensor style. If you require multiple sensor styles, please list them in the Additional Information box at the end of the form or contact us for assistance.

1. Sensor Basics

Not sure which thermocouple type you need? View thermocouple types and temperature ranges

Need help choosing a tolerance class? See tolerance classes explained

Unsure which sheath material you need? View our thermocouple sheath material guidance page

mm
2. Sensing Junction
Insulated Junction
Insulated Junction
Hot junction insulated from sheath. Gives floating output with typical insulation resistance in excess of 100 megohms.
Recommended
Grounded Junction
Grounded Junction
Hot junction welded to sheath tip giving earthed output and faster response to temperature changes
Exposed Junction
Exposed Junction
Fastest response mainly for the measurement of air temperature in ducts. Restricted to a maximum operating temperature of 600ºC
Number of elements:
3. Optional Swaged Reduced Tip

A reduced tip is a short section at the end of the sensor sheath that is reduced to a smaller diameter. This can improve response time where faster temperature measurement is required. Select this option if you would like the probe tip reduced.

4. Optional Compression Fitting
St.St. fitting
Stainless Steel
Brass fitting
Brass Fitting
5. Contact Details

Frequently Asked Questions

  • What is a thermocouple and how does it work?
    A thermocouple is a type of temperature sensor that generates a voltage when two different metals are joined at one end and exposed to a temperature difference between the "hot" junction (where the temperature is measured) and the "cold" junction (the reference point). This voltage is then measured to determine the temperature at the hot junction.
  • How do I choose the right thermocouple for my application?
    The ideal thermocouple depends on factors such as temperature range, accuracy, termination type, mounting requirements and environmental conditions. We offer a variety of thermocouples with different sheath materials, constructions, terminations, and temperature ratings to meet your needs. If you need specific advice, our engineers are happy to assist!
  • What is the maximum temperature rating of your thermocouples?
    Our thermocouples are designed to handle a wide range of temperatures with some mineral insulated thermocouples able to withstand temperatures up to 1400ºC and ceramic sheathed thermocouples going even higher to 1600ºC. Each product listing includes the maximum temperature rating, so you can choose the best thermocouple for your application.