High Temp Low Drift Thermocouple Probes with Lead Wire
Super OMEGACLAD™ XL Thermocouple Probes with Mini Transition - Super Accurate, Super Stable
Volume discounts available
Volume Discount Schedule
| Quantity | Price each |
|---|---|
| 1-9 | $38.73 |
| 10-24 | $36.79 |
| 25-99 | $34.86 |
| 100-499 | $32.92 |
| 500-999 | $30.98 |
| 1000+ | $29.05 |
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- Very Low Drift at High Temperatures
- Super Accurate, Super Stable, Super Value
- For Use Up to 1335°C (2440°F) (2435°F) Short Duration Capability 1.5 mm and Larger Diameters
- 1150°C (2100°F) Continuous Use
- Excellent Long Term Stability at High Temperatures
- Made From Special Limits of Error Material
- Nickel-Chrome Based Super OMEGACLAD™ Sheathing Provides Excellent High Temperature Performance
- Excellent Oxidation, Carburization and Chlorination Resistance
- Probes include 36 inches of lead wire
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Category
Thermocouple Type
Process Temperature Unit
Process Temperature Min
Process Temperature Max
Process Temperature Range
Sensor Application
Sheath Material
Junction Type
Probe Diameter
Probe Length
Cable Insulation
Wire Gauge
Cable Length
Termination Connection Type
Color Code Standard
Additional Feature
Product Specs
- Measurement Units °C
- Measurement Type Air/Gas Temperature
| New Super OMEGACLAD™ XL sheathed mineral-insulated thermocouple wire, designated “XL” for ordering, can be used at ultra-high temperatures for prolonged periods with very little drift of the base metal thermocouple. The sheath material uses Nickel-Chrome based Super OMEGACLAD™ XL sheathing, which provides excellent oxidation resistance. The sheath can withstand exposure to combustion gases or air at temperatures up to 1335°C (2435°F). Superior resistance to oxidation attack results from a tenacious and protective high-temperature film that does not affect the stability of the thermocouple alloys. This film permits the sensor to be used at ultra-high temperatures for prolonged periods with improved accuracy over other available sheath materials. Super OMEGACLAD™ XL sheathing also provides excellent resistance to corrosion in high temperature chlorine-contaminated oxidizing environments and ammonia/nitride-rich environments at temperatures above 980°C (1800°F), the temperature at which the protective film forms. See the Related Links section at the bottom of this page for addtional models. |   |
Standard Dimension - Miniature Transition Junction Probes
| Alloy/ANSI Color Code | Sheath Dia. inches | Model Number ANSI Color Code |
| K CHROMEGA™-ALOMEGA™ XL Sheath | 0.010" 0.020" 0.032" 0.040" 0.062" 0.125" | KMTXL-010[*]-[**] KMTXL-020[*]-[**] KMTXL-032[*]-[**] KMTXL-040[*]-[**] KMTXL-062[*]-[**] KMTXL-125[*]-[**] |
| N OMEGA-P™-OMEGA-N™ XL Sheath | 0.020" 0.032" 0.040" 0.062" 0.125" | NMTXL-020[*]-[**] NMTXL-032[*]-[**] NMTXL-040[*]-[**] NMTXL-062[*]-[**] NMTXL-125[*]-[**] |
[**]Specify Length in inches: 6, 12 ,18, or 24
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View the Thermocouple Accuracy and Color Code charts
It only mentions the maximum temperature. What is the lowest temperature it can measure? Can it measure -40 C? Thanks.
This probe can measure down to cryogenic (down to -196 deg C), so will be fine at -40 deg C. Please note that the Accuracy
Specs only apply to 0 deg C and above, in accordance to ANSI standards for Special Limits of Error thermocouples.
Date published: 2019-08-14