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Measuring parameters correctly

Practical knowledge in series

Only if you understand what is behind the measurement of a physical measurement parameter can you interpret the results correctly and make the right decisions. You are best equiped for your daily measurement jobs.

Our know-how provides you with:

  • Input on the most important basics for the measurement of the physical parameters: Temperature, flow velocity, humidity, pressure, CO2 and infrared.
  • Tips on correct measurement and for avoiding measurement errors.
  • Info on suitable Testo instruments for your applications.
     

 

Part 1 Temperature

Part 1 Temperature

How to measure temperature correctly

 

Part 2 Flow velocity

Part 2 Flow velocity

How to measure flow velocity correctly

 

Part 3 Humidity

Part 3 Humidity

How to measure humidity correctly

 


Part 4 Pressure

Part 4 Pressure

How to measure pressure correctly

 

Part 5 CO<sub>2</sub>

Part 5 CO2

How to measure CO2 correctly


 

Thermography: Practical knowledge.

Non-contact temperature measurement with a thermal imager is indispensable in many applications. If you observe some basic rules, you will be able to use infrared measurement even more efficiently from now on.

  • Find out more about the most important theoretical principles of thermography here.
  • And benefit from valuable tips for your daily work with a thermal imager.