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Very Low Drift at High Temperatures
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Super Accurate, Super Stable, Super Value
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For Use Up to 1335°C (2440°F) (2435°F) Short Duration Capability 1.5 mm and Larger Diameters
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1150°C (2100°F) Continuous Use
| • | 3.0 mm and Larger Diameters 4,500 hours (25 plus weeks) *Average MTBF (Mean Time Between Failure) | | • | 1.5 mm (0.062") 2,000 Hours (12 weeks)* Average MTBF (Mean Time Between Failure) | | • | *Performance Data Established by Means of an Electric Furnace at Static 1150°C (2100°F) Temperature in an Environment. The Data is for Reference Purposes only and Does not Imply a Period of Guarantee |
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Excellent Long Term Stability at High Temperatures
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Made From Special Limits of Error Material
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Nickel-Chrome Based Super OMEGACLAD™ Sheathing Provides Excellent High Temperature Performance
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Excellent Oxidation, Carburization and Chlorination Resistance
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Probes include 36 inches of lead wire
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View related products - Thermocouples
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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.
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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 junction type: G (Grounded), E (Exposed), or U (Ungrounded).
[**]Specify Length in inches: 6, 12 ,18, or 24
Click here for help in selecting the thermocouple junction.
View the Thermocouple Accuracy and Color Code charts
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† All dollar amounts on this site are shown in US currency.
Note: Probes with 0.32 in. diameter and greater are supplied with molded transistion joints. Smaller sized probes are supplied with stainless steel transitions joints.
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Part Number Builder |
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Option Descriptions
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(1)
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Thermocouple Type
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Select
K for K thermocouple
N for N thermocouple
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(2)
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Probe Diameter
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Select
020 for 0.5mm(0.020 inches)
032 for 0.8mm(0.032 inches)
040 for 1mm(0.040 inches)
062 for 1.6mm(0.062 inches)
125 for 3.2mm(0.125 inches)
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(3)
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Junction Style(see note above for info on junctions)
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Select
G for grounded junction
U for ungrounded junction
E for exposed junction
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(4)
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Length
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Select
6 for 6 inches(150mm)
12 for 12 inches(300mm)
CUSTOM for custom length in inches(whole numbers only from 2 to 120 inches)
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NOTE: All combinations may not be valid, check spec sheet for valid part numbers.
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| Related Links -
Related Products
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| Related Products |
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KQXL and NQXL: |
| Super OMEGACLAD™ XL Thermocouples | Standard Connectors |
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KHXL and NHXL: |
| Super OMEGACLAD™ XL Thermocouple Probes with Utility Handles |
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TJ36CAXL and TJ36NNXL: |
| Super OMEGACLAD™ XL Heavy Duty Transition Junction Thermocouple Probes - Super Accurate, Super Stable at High Temperatures |
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