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1. RTD Element Type
Formatted as:
Material / Resistance (ohms) / Temp. Coefficient (ohm/ohm/°C)
Select one option for your RTD element type.

2. Tip Style / Element Accuracy
Tip Style:  

3. Configuration
Select One:  

4. Sheath Operating Temperature
Select One: The maximum temperature of the application affects the calibration, size (diameter) and material of the sensor we select.

5. Sheath Material
Select One: The application dictates the choice of sheath materials.  304SS and 316SS are most commonly used but temperatures and corrosive conditions can necessitate the use of other materials.

6. Sheath Diameter
Select One: The Mineral Insulated thermocouples come in a number of sizes but the choice is greatly influenced by the maximum temperature of the application.  For high temp applications bigger is better.

7. Sheath Length "L"
Enter Inches: Although the accuracy of the thermocouple is not affected by the length of the sheath consult the factory when the probe length exceeds 120 inches.

8. Terminations
Select One: The type of termination selected may be restricted by the wire gauge.

9. Fittings
Select Type: Fittings of all thread sizes, materials and design are available for most applications.
(For Compression Fittings and Fixed Bushing only)
Select NPT:

10. Fitting Location "F"
Enter inches from tip ( "N" for None ) Measured from the first thread to the tip of the sheath.  Allow for the thread-in insertion length of the fitting when determining location.

11. Special Options
N None M MgO Construction
F Field Bendable T Teflon Coated Probe
H High Vibration W Weld Pad
I SS ID Tag Y Certificate of Conformance
L Mating Connector Z Other


12. Bend Angle
Select One: Mineral insulated thermocouples should not be bent on a radius smaller than twice the outside sheath diameter.

13. Bend Location "C"
Enter inches from tip ( "N" for None ) There are minimum bend locations for all Mineral Insulated sensors – dependent on sheath diameter.
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