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Thermocouple: K type 3mm OD x 6" L with Alloy sheath and Standard Plug for Calibration - TCK6S3B
Thermocouple: K type 3mm OD x 6" L with Alloy sheath and Standard Plug for Calibration - TCK6S3B
Features:
- Super Accurate, Super Stable, Super Value
- For Use with Temperatures Up to 1335Ā°C (2440Ā°F)
- Excellent Long-Term Stability at High Temperature
- Nickel-Chrome Based Superalloy Sheathing Provides Excellent High-Temperature Performance
-
Excellent Oxidation, Carburization, and Chlorination Resistance
- Made with materials of Special Limits of Error. Perfect for calibrating MTI tube furnaces using a precision temperature calibrator (matched with a standard plug; related product below)
- For MTI's KSL-1200X Series
|
Specifications:
|
Application Note:
- If necessary, please check outĀ K type thermocouple extension wire with mini male plug.Ā Using compensating wires is equivalent to stretching them to keep them operating at a constant temperature. The advantages of using compensating cables are saving material costs and solving the problem of constant temperature, etc.
- There are 2 polarities for K-type thermocouples: positive and negative. Please check the polarity of K type thermocouple before use. The wrong polarity may cause the temperature measuring error.
- It is also easy to test the polarity of K type thermocouples. The negative wire is MORE magnetic than the positive wire. Just put a magnet up to each wire. One will be more magnetic than the other.
$52.14
Original: $148.96
-65%Thermocouple: K type 3mm OD x 6" L with Alloy sheath and Standard Plug for Calibration - TCK6S3Bā
$148.96
$52.14Thermocouple: K type 3mm OD x 6" L with Alloy sheath and Standard Plug for Calibration - TCK6S3B
Features:
- Super Accurate, Super Stable, Super Value
- For Use with Temperatures Up to 1335Ā°C (2440Ā°F)
- Excellent Long-Term Stability at High Temperature
- Nickel-Chrome Based Superalloy Sheathing Provides Excellent High-Temperature Performance
-
Excellent Oxidation, Carburization, and Chlorination Resistance
- Made with materials of Special Limits of Error. Perfect for calibrating MTI tube furnaces using a precision temperature calibrator (matched with a standard plug; related product below)
- For MTI's KSL-1200X Series
|
Specifications:
|
Application Note:
- If necessary, please check outĀ K type thermocouple extension wire with mini male plug.Ā Using compensating wires is equivalent to stretching them to keep them operating at a constant temperature. The advantages of using compensating cables are saving material costs and solving the problem of constant temperature, etc.
- There are 2 polarities for K-type thermocouples: positive and negative. Please check the polarity of K type thermocouple before use. The wrong polarity may cause the temperature measuring error.
- It is also easy to test the polarity of K type thermocouples. The negative wire is MORE magnetic than the positive wire. Just put a magnet up to each wire. One will be more magnetic than the other.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Features:
- Super Accurate, Super Stable, Super Value
- For Use with Temperatures Up to 1335Ā°C (2440Ā°F)
- Excellent Long-Term Stability at High Temperature
- Nickel-Chrome Based Superalloy Sheathing Provides Excellent High-Temperature Performance
-
Excellent Oxidation, Carburization, and Chlorination Resistance
- Made with materials of Special Limits of Error. Perfect for calibrating MTI tube furnaces using a precision temperature calibrator (matched with a standard plug; related product below)
- For MTI's KSL-1200X Series
|
Specifications:
|
Application Note:
- If necessary, please check outĀ K type thermocouple extension wire with mini male plug.Ā Using compensating wires is equivalent to stretching them to keep them operating at a constant temperature. The advantages of using compensating cables are saving material costs and solving the problem of constant temperature, etc.
- There are 2 polarities for K-type thermocouples: positive and negative. Please check the polarity of K type thermocouple before use. The wrong polarity may cause the temperature measuring error.
- It is also easy to test the polarity of K type thermocouples. The negative wire is MORE magnetic than the positive wire. Just put a magnet up to each wire. One will be more magnetic than the other.
