C type Thermocouple 1/4" OD x 10" L with Mo and Hafnia sheath up to 2300C - TCC10

C type Thermocouple 1/4" OD x 10" L with Mo and Hafnia sheath up to 2300C - TCC10

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C type Thermocouple 1/4" OD x 10" L with Mo and Hafnia sheath up to 2300C - TCC10
  • C type Thermocouple 1/4" OD x 10" L with Mo and Hafnia sheath up to 2300C - TCC10
C type Thermocouple 1/4" OD x 10" L with Mo and Hafnia sheath up to 2300C - TCC10

C type Thermocouple 1/4" OD x 10" L with Mo and Hafnia sheath up to 2300C - TCC10

SKU: tc-c-10-ld

Price: RFQ

Description

 C type thermocouple can be applied for high temperature up to 2300 °C and it must be used under high vacuum environment. SPECIFICATIONS Length 10" Diameter of sheath 1/4" Simplex Thermocouple Assembly Assembly is epoxy sealed for vacuum service Molybdenum sheath Ungrounded hot junction 10" alumina insulation towards termination Termination is a standard temperature and s tandard size male plug (round pins) Sheath Material Molybdenum  (must be used under high vacuum) 1/2" of Hafnia insulation at the hot end Positive Material Tungsten-5% Rhenium Negative Material Tungsten-26% Rhenium Lowest Working Temperature 1000 °C (under vacuum) Highest Working Temperature 2300 °C (under vacuum) Minimum Std. Error +/-  FS 2% Application Notes C type thermocouple must be used under high vacuum Thermocouple is not bendable

Length
  • 10"
Diameter of sheath
  • 1/4"


Simplex Thermocouple Assembly
  • Assembly is epoxy sealed for vacuum service
  • Molybdenum sheath
  • Ungrounded hot junction
  • 10" alumina insulation towards termination
  • Termination is a standard temperature and standard size male plug (round pins)

Sheath Material
  • Molybdenum  (must be used under high vacuum) 
  • 1/2" of Hafnia insulation at the hot end
Positive Material
  • Tungsten-5% Rhenium
Negative Material
  • Tungsten-26% Rhenium
Lowest Working Temperature
  • 1000 °C (under vacuum)
Highest Working Temperature
  • 2300 °C (under vacuum)
Minimum Std. Error
  • +/-  FS 2%

Application Notes
  • C type thermocouple must be used under high vacuum
  • Thermocouple is not bendable