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Thermocouple: K type (Ni-Cr/Ni-Al) 220mm (8.7") Length with Ceramic Sheath - TCK22
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Thermocouple: K type (Ni-Cr/Ni-Al) 220mm (8.7") Length with Ceramic Sheath - TCK22

Thermocouple: K type (Ni-Cr/Ni-Al) 220mm (8.7") Length with Ceramic Sheath - TCK22

Features:

  • K-type thermocouple for high heat applications at temperatures up to 1250oC
  • Measures room temperature - 1250oC, Suitable for OTF-1200X Split Tube Furnace
Specifications:
  • Length: 220mm, (8.7")
  • Diameter of sheath: 8 mm , high purity Alumina
  • Positive Material: Nickel-Chromium (this leg is non-magnetic)
  • Negative Material: Nickel-Aluminum (this leg is magnetic)
  • Wire diameter: 1.5 mm
  • Lowest Temperature: -200 oC
  • Highest Temperature: 1250 oC
  • Minimum Std. Error: +/-2.2 oC


Application Note:

  • If necessary, please check outĀ K type thermocouple extension wire with mini male plug. 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 thermocouple: positive and negative. Please check polarity of K type thermocouple before use. Wrong polarity may cause 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.
$34.65

Original: $99.00

-65%
Thermocouple: K type (Ni-Cr/Ni-Al) 220mm (8.7") Length with Ceramic Sheath - TCK22—

$99.00

$34.65

Thermocouple: K type (Ni-Cr/Ni-Al) 220mm (8.7") Length with Ceramic Sheath - TCK22

Features:

  • K-type thermocouple for high heat applications at temperatures up to 1250oC
  • Measures room temperature - 1250oC, Suitable for OTF-1200X Split Tube Furnace
Specifications:
  • Length: 220mm, (8.7")
  • Diameter of sheath: 8 mm , high purity Alumina
  • Positive Material: Nickel-Chromium (this leg is non-magnetic)
  • Negative Material: Nickel-Aluminum (this leg is magnetic)
  • Wire diameter: 1.5 mm
  • Lowest Temperature: -200 oC
  • Highest Temperature: 1250 oC
  • Minimum Std. Error: +/-2.2 oC


Application Note:

  • If necessary, please check outĀ K type thermocouple extension wire with mini male plug. 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 thermocouple: positive and negative. Please check polarity of K type thermocouple before use. Wrong polarity may cause 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

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Description

Features:

  • K-type thermocouple for high heat applications at temperatures up to 1250oC
  • Measures room temperature - 1250oC, Suitable for OTF-1200X Split Tube Furnace
Specifications:
  • Length: 220mm, (8.7")
  • Diameter of sheath: 8 mm , high purity Alumina
  • Positive Material: Nickel-Chromium (this leg is non-magnetic)
  • Negative Material: Nickel-Aluminum (this leg is magnetic)
  • Wire diameter: 1.5 mm
  • Lowest Temperature: -200 oC
  • Highest Temperature: 1250 oC
  • Minimum Std. Error: +/-2.2 oC


Application Note:

  • If necessary, please check outĀ K type thermocouple extension wire with mini male plug. 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 thermocouple: positive and negative. Please check polarity of K type thermocouple before use. Wrong polarity may cause 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.