TAF12D High temperature TC thermometer

Applicable for ceramic baking ovens, brickworks, porcelain production and glass industries

• Measuring principle

  Thermocouple

• Characteristic / Application

  metric style
  modular temperature assembly
  high temperature probe (furnace)
  incl. double ceramic thermowell

• Thermowell / protection tube

  ceramic protection tube and inner tube

• Insert / probe

  ceramic capilarry, rigid

• Outer diameter protection tube / Insert

  14,0 mm (0,55")
  15,0 mm (0,59")

• Max. immersion length on request

  up to 3.500,00 mm (137,80'')

• Material protection tube/ thermowell

  Ceramic (C610/C799)

• Process connection

  compression fitting:
  G3/4"
  G1"
  G11/2"
  adjustable Flange

• Tip shape

  straight

• Operating temperature range

  Type S:
  0 °C ...1.600 °C
  (32 °F ...2.912 °F)
  Type R:
  0 °C ...1.600 °C
  (32 °F ...2.912 °F)
  Type B:
  600 °C ...1.700 °C
  (1.112 °F ...3.092 °F)

• Max. process pressure (static)

  at 20 °C: 1 bar (15 psi)

• Accuracy

  class 2 acc. to IEC 60584

• Integration head transmitter

  yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)

• Certification

  SIL (transmitter only)

Measuring points with extremely high process temperatures require these special thermometers with ceramic thermowells and thermocouples made from special metals, such as platinum and rhodium. The thermowell and the internal sheath made from ceramic materials protects from mechanical and chemical damages in the process and increases the life span of the sensors. This leads to: Cost savings for maintenance of the measuring point, quality improvements of the products and increased plant safety.

• The TAF12D are assemblies with double ceramic protection tubes, designed specifically for applications such as ceramic baking ovens, brickworks, porcelain production and glass industries. They contain a single or double TC insert in ceramic insulators.

• Process temperatures: up to +1700 °C (+3092 °F)

• Long lifetime by usage of innovative thermowell materials with increased wear and chemical resistance

• Long term stable measurement due to sensor protection with non-porous materials

• Flexible product selection by modular design

• Optimized life cycle costs by means of replaceable spare parts