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Thermocouple Probes with Lead Wire & Compact Transition
Thermocouple Probes Where Space is Limited - CompactTransition Joint
Volume discounts available
Volume Discount Schedule
| Quantity | Price each |
|---|---|
| 1-9 | $61.84 |
| 10-24 | $58.75 |
| 25-99 | $55.66 |
| 100-499 | $52.56 |
| 500-999 | $49.47 |
| 1000+ | $46.38 |
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- Well Suited for Applications where Space is Limited
- Compact Transition Joint - 4.5 mm (0.18') dia. x 30 mm (1.18') L
- US and Metric Dimension Models in Stock
- Made from Special Limits of Error Material
TJC1-CAIN-IM150G-100 Model Options
View all modelsEdit these specs to order a different model. Not all combinations are valid. Options compatible with previous selections will be in bold.
*Highlighted options are not compatible. Please select a different combination or click the CONFIGURE button to build your own.
Thermocouple Type
Process Temperature Max
Process Temperature Range
Sensor Application
Sheath Material
Junction Type
Probe Diameter
Probe Length
Cable Insulation
Cable Length
Termination Connection Type
Color Code Standard
Additional Feature
Category
Process Temperature Unit
Process Temperature Min
Wire Gauge
- Measurement Units °C
- Measurement Type Air/Gas Temperature
| Alloy/ANSI Color Code | Standard Sheath Dia. | Standard Dimension Model No. |
| J Iron-Constantan 304 SS Sheath | 0.010" 0.020" 0.032" 0.040" 0.062" | TJC36-ICSS-010(*)-(†) TJC36-ICSS-020(*)-(†) TJC36-ICSS-032(*)-(†) TJC36-ICSS-040(*)-(†) TJC36-ICSS-062(*)-(†) |
| K CHROMEGA™-ALOMEGA™ 304 SS Sheath | 0.010" 0.020" 0.032" 0.040" 0.062" | TJC36-CASS-010(*)-(†) TJC36-CASS-020(*)-(†) TJC36-CASS-032(*)-(†) TJC36-CASS-040(*)-(†) TJC36-CASS-062(*)-(†) |
| E CHROMEGA™-Constantan 304 SS Sheath | 0.010" 0.020" 0.032" 0.040" 0.062" | TJC36-CXSS-010(*)-(†) TJC36-CXSS-020(*)-(†) TJC36-CXSS-032(*)-(†) TJC36-CXSS-040(*)-(†) TJC36-CXSS-062(*)-(†) |
| T Copper-Constantan 304 SS Sheath | 0.020" 0.032" 0.040" 0.062" | TJC36-CPSS-020(*)-(†) TJC36-CPSS-032(*)-(†) TJC36-CPSS-040(*)-(†) TJC36-CPSS-062(*)-(†) |
| N** OMEGALLOY™ Inconel 600 Sheath | 0.010" 0.020" 0.032" 0.040" 0.062" | TJC36-NNIN-010(*)-(†) TJC36-NNIN-020(*)-(†) TJC36-NNIN-032(*)-(†) TJC36-NNIN-040(*)-(†) TJC36-NNIN-062(*)-(†) |
(†) Specify Length in inches, 6" price shown; for 12" use 6" price plus additional price for length.
Note: For Super OMEGACLAD™ XL sheaths, replace "SS" or "IN" in part number with "XL". Super OMEGACLAD™ XL probes are available in Type K and N calibrations only; contact Sales for more information.
Read this article if you need help in selecting the thermocouple junction
View the Thermocouple Accuracy and Color Code charts
Rated 5 out of
5
by
Vaibhav from
TC Probes Order
Clearly understandable catalog, easy to place an order, and timely updates on order status.
Date published: 2023-02-10
Rated 4 out of
5
by
Jiráke from
Quality product-delivered in adequate time
this material was delivered in adequate time, works well
Date published: 2023-01-24
Rated 5 out of
5
by
Prof_Alex from
Good thermocouples
Thesd TCs worked out well for us, and stood up to some abuse from a torch when brazing them in place. The best feature is that one leg was chromel and the other was alumel.
Date published: 2022-08-08
Hi, Please i'm searching for K or T thermocouple probes for low temperatures going to -35 °C. in all the products the range temperature starts from 0 °C.
Thanks for your question. These thermocouple probes can read and reach temperatures down to -454 C. The temperature range displayed on the product page is just the temperature range that the probes are tested at. This probe will work for your application.
Date published: 2020-12-30
Out of all these thermocouples, which ones have better accuracy (tolerance)? I was told that some have tolerance ±2 °F or 0.4% whichever is higher (for example, ±2 °F at 25 °C), some have tolerance ±4 °F or 0.7% whichever is higher (e.g. ±4 °F at 25 °C)
Type T has the highest accuracy, +/- 0.5C or 0.4% whichever is greater (+/- 1F or0.4%)
Date published: 2019-11-21
for the these thermocouple probes with immersion, can i isolate a part of it and let just a little part non isolated for the measurement. Does this procedure affect the accuracy and the calibration or i should immerge all the probe to get good results.
Thank you for your inquiry! Generally, the sensor on temperature probes is located within one inch or half inch from the probe's tip. The tip must be immersed within the substance for accurate measurements. For the most accurate measurements, please attempt to dip the probe as far as possible.
Date published: 2021-04-29
Could these probes be bent for example with a 90°C angle or less without being damaged? thanks
Hi, please follow these 3 rules to determine the bending radius of the probe.
1) The minimum bend RADIUS should be no less than 3 times the diameter of the probe being bent
2) The arch of the bend should be at least 2 inches away from the termination of the probe (i.e. Connector or Barrel of the TJ Probe)
3) The arch of the bend should be at least 2 inches away from the TIP of the probe
As long as these rules are followed, the probe could be bent.
Date published: 2024-04-11
What is the response time of model tjc36-cass-010e-6-smpw-m thermocouple with the exposed hot end?
Thank you for your inquiry. We do not offer a specific response time for our temperature sensors due to environmental conditions and dimensions affecting the response time. Please review the following link with all the information we can provide for response time: https://www.omega.co.uk/temperature/z/thermocoupleresponsetime.html
Date published: 2023-12-06
TJC120-CPSS-062U-3 can the upper portion of this probe be bent without damaging i? Thanks, ED~
Please contact us so we can further advise based on the application that you require. The bending depends on what you mean by the “upper portion of the probe”. The Transition joint (TJC) portion can Not be bent. The 0.062 diameter part of the probe can be bent depending upon the bend radius desired, its very carefully done. These fine gauge probes are very fragile and cannot be bent with small radii.
Date published: 2021-01-27
