Products Types Info
Type J Thermocouple
Temperature Range
32 to 1382°F (0 to 750°C)
Accuracy
•Standard Limits: ± 2.2°C or ± 0.75% Tol.
•Special Limits: ± 1.1°C or ± 0.4% Tol.
Type J thermocouples are suitable for use in vacuum, in oxidising and reducing atmospheres or inert gas atmospheres. They are used for temperature measurements 760°C and below.
Type K Thermocouple
Temperature Range
–328 to 2282°F (–200 to 1250°C)
Accuracy
•Standard Limits: ± 2.2°C or ± 0.75% Tol.
•Special Limits: ± 1.1°C or ± 0.4% Tol.
Type K Thermocouples are the most common calibration for providing the widest operating range. Recommended for continuous oxidizing or inert atmospheres. Most commonly used for temperatures above 538°C. Not suitable for sulfur environments.
Type T Thermocouple
Temperature Range
-454 to 700F(-270 to 370C)
Accuracy
• Standard Limits: ± 2.2°C or ± 0.75% Tol.
• Special Limits: ± 1.1°C or ± 0.4% Tol.
Suitable in oxidizing, reducing, or inert atmospheres as well as vaccuum. Moisture resistant and very stable. This type is best suited for low temperature service. Because of its stability at lower temperatures, this is a superior thermocouple for a wide variety of applications in low and cryogenic
2-Wire RTD
Using the 2-wire method, the two wires that provide the RTD with its excitation current and the two wires across which the RTD voltage is measured are the same.
3-Wire RTD
Circuit
In a three wire RTD one of the wires is connected to one side of the temperature element and the remaining two wires are connected to the other side of the element.
4-Wire RTD
The optimum form of connection for RTDs is a four-wire circuit. It removes the error caused by mismatched resistance of the lead wires.
Platinum 100 RTD
The Pt1000 has 1000 ohms resistance at 0 C. These sensors are normally fitted into some type of protective sheath or mounting to form a probe.
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Type J Thermocouple
Temperature Range
32 to 1382°F (0 to 750°C)
Accuracy
•Standard Limits: ± 2.2°C or ± 0.75% Tol.
•Special Limits: ± 1.1°C or ± 0.4% Tol.
Type J thermocouples are suitable for use in vacuum, in oxidising and reducing atmospheres or inert gas atmospheres. They are used for temperature measurements 760°C and below.
Type N Thermocouple
Temperature Range
–328 to 2282°F (–200 to 1250°C)
Accuracy
•Standard Limits: ± 2.2°C or ± 0.75% Tol.
•Special Limits: ± 1.1°C or ± 0.4% Tol.
Type K Thermocouples are the most common calibration for providing the widest operating range. Recommended for continuous oxidizing or inert atmospheres. Most commonly used for temperatures above 538°C. Not suitable for sulfur environments.
Type T Thermocouple
Temperature Range
-454 to 700F(-270 to 370C)
Accuracy
• Standard Limits: ± 2.2°C or ± 0.75% Tol.
• Special Limits: ± 1.1°C or ± 0.4% Tol.
Suitable in oxidizing, reducing, or inert atmospheres as well as vaccuum. Moisture resistant and very stable. This type is best suited for low temperature service. Because of its stability at lower temperatures, this is a superior thermocouple for a wide variety of applications in low and cryogenic
2-Wire RTD
Using the 2-wire method, the two wires that provide the RTD with its excitation current and the two wires across which the RTD voltage is measured are the same.
3-Wire RTD
Circuit
In a three wire RTD one of the wires is connected to one side of the temperature element and the remaining two wires are connected to the other side of the element.
4-Wire RTD
The optimum form of connection for RTDs is a four-wire circuit. It removes the error caused by mismatched resistance of the lead wires.
Platinum 100 RTD
The Pt1000 has 1000 ohms resistance at 0 C. These sensors are normally fitted into some type of protective sheath or mounting to form a probe.
Flanges
We are one of the leading manufacturers & exporters of threaded flanges, blind flanges, slip on flanges and more.
Industries We Serve
Aerospace
[/ult_content_box]Energy & Power
[/ult_content_box]Oil & Gas
[/ult_content_box]HVAC
[/ult_content_box]Case Studies
An Interview with John Doe
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An Interview with John Doe
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur lectus lacus, rutrum sit amet placerat et, bibendum nec mauris....
Read MoreCase Studies
An Interview with John Doe
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur lectus lacus, rutrum sit amet placerat et, bibendum nec mauris.... read more
An Interview with John Doe
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur lectus lacus, rutrum sit amet placerat et, bibendum nec mauris.... read more