[[ TEMPERATURE ]]
Thermometers l Transmitter l RTD l Thermocouples l Calibrator
Labom Bimetal Thermometer with Axial Bulb 

Design Features
  • Case with medium-contacting parts from stainless steel.
  • Different connections can be supplied.
  • Accuracy class 1 as per EN 13190.
  • Micro adjusting pointer for indication correction.
  • Indicator damping.
Data Sheet
 
Labom Bimetal Thermometer with Vertical Bulb

Design Features
  • Case with medium-contacting parts from stainless steel.
  • Different connections can be supplied.
  • Accuracy class 1 as per EN 13190
  • Micro adjusting pointer from indication correction.
  • Indicator damping.
Data Sheet
 
Labom Bimetal Thermometer with Adjustable Joint Stem

Design Features
  • Case with medium-contacting parts from stainless steel.
  • Different connections can be supplied.
  • Accuracy class 1 as per EN 13190.
  • Micro adjusting pointer for indication correction.
  • Indicator damping.
Data Sheet
 
Labom Gas Expansion Thermometer with Rigid Bulb High-Quality Chemical Design  

Design Features
  • Chemical design.
  • Case, measuring system and wetted parts of stainless steel.
  • Temperature detecting element diameter 6, 8 and >= 10mm.
  • Different connections can be supplied.
  • Short immersion lengths of the temperature detecting element may be used.
  • Accuracy class 1 as per EN 13190.
  • Micro adjusting pointer for indication correction.
Data Sheet

Labom Gas Expansion Thermometer with Adjustable Joint Stem High-Quality Chemical Design

Design Features
  • Chemical design.
  • Case, measuring system and medium-contacting parts from stainless steel.
  • Temperature detecting element diameter 6, 8 and >= 10mm.
  • Different connections can be supplied.
  • Short immersion lengths may be used.
  • Accuracy class 1 per EN 13190.
  • Micro adjusting pointer for indication correction.
  • Latching-joint design.
Data Sheet

 
Labom Gas Expansion Thermometer with Capillary High-Quality Chemical Design

Design Features
  • Chemical design.
  • Case, measuring system and medium-contacting parts from stainless steel.
  • Temperature detecting element diameter 6, 8 and >= 10mm.
  • Different connections can be supplied.
  • Short immersion lengths may be used.
  • Accuracy class 1 per EN 13190.
  • Micro adjusting pointer for indication correction.
  • Capillary isolates indicating unit from measuring point.
Data Sheet
 
Labom Gas Expansion Thermometer with Clip-on Bulb High-Quality Chemical Design

Design Features
  • Chemical design.
  • Case, measuring system and medium-contacting parts from stainless steel.
  • Simple mounting without thermowell.
  • Accuracy class 1 per EN 13190 when insulated in the plant.
  • micro adjusting pointer for indication correction.
  • Design: 
    - temperature detecting element fixed welded.
    - indicating unit positioning by rotating the temperature detecting element.
    - with capillary (indicating unit independent from measuring point.
Data Sheet
 
Labom Gas Expansion Thermometer with Inline Temperature Detecting Element High-Quality Chemical Design

Design Features
  • Gas expansion thermometer for mounting in the pipeline.
  • The whole inner surface of the pipe wall works as temperature detecting element.
  • Case, measuring system and inline temperature detecting element made of stainless steel.
  • Accuracy class 1 per EN 13190 when insulated in the plant.
  • Micro adjusting pointer for indication correction.
  • Dead-zone free temperature measuring.
  • Piggable, electropolised optional.
  • Suitable for CIP.
  • immersion lengths are the same as at Labom diaphragm seals.
Data Sheet
 
Labom Bimetal Thermometer with Rigid Bulb and Inductive Contact Device

Design Features
  • Case medium-contacting parts from stainless steel.
  • Different connections can be supplied.
  • Accuracy class 1/2  per DIN 16196 range dependant.
  • Micro adjusting pointer for indication correction.
  • Mechanical or inductive contact devices per DIN 19234.
Data Sheet
 
Labom Gas Expansion Thermometer with Rigid Bulb and Electric Contact Device

Design Features
  • High-quality chemical design.
  • Case, measuring system and medium-contacting parts from stainless steel.
  • Temperature detecting element diameter 6, 8 and >= 10mm.
  • Different connections can be supplied.
  • Short immersion lengths may be used.
  • Accuracy class 1/2 per DIN 16916 range dependant.
  • Micro adjusting pointer for indication correction.
  • Mechanical or inductive contact device per DIN 19234.
Data Sheet
 
Labom Gas Expansion Thermometer with Adjustable Joint Stem and Electric Contact Device

Design Features
  • High-quality chemical design.
  • Case, measuring system and medium-contacting parts from stainless steel.
  • Temperature detecting element diameter 6, 8 and >= 10mm.
  • Different connections can be supplied.
  • Short immersion lengths may be used.
  • Accuracy class 1/2 per DIN 16196 range dependant.
  • Micro adjusting pointer for indication correction.
  • Mechanical or inductive contact device per DIN 19234.
Data Sheet
 
Labom Gas Expansion Thermometer with Capillary and Electric Contact Device

Design Features
  • High-quality chemical design.
  • Case, measuring system and medium-contacting parts from stainless steel.
  • Temperature detecting element diameter 6, 8 and >= 10mm.
  • Different connections can be supplied.
  • Short immersion lengths may be used.
  • Accuracy class 1/2 per DIN 16196 range dependant.
  • Micro adjusting pointer for indication correction.
  • Mechanical or inductive contact device per DIN 19234.
Data Sheet
 
Labom Gas Expansion Thermometer with Clip-On Bulb and Electric Contact Device

Design Features
  • High-quality chemical design.
  • Case, measuring system and clip-on temperature detecting element from stainless steel.
  • Simple mounting without thermowell.
  • Accuracy class 1/2 per DIN 16196 range dependant.
  • Micro adjusting pointer for indication correction.
  • Mechanical or inductive contact device per DIN 19234.
  • Capillary isolates indicating unit from measuring point.

Data Sheet