Sanitary temperature sensors are commonly used in many industries, such as Food and Beverage, Dairy, Pharmaceutical and Life-science. In this post I will take a look at what these sanitary temperature sensors are and how they differ from common temperature sensors.

The calibration of sanitary sensors is different and way more difficult than calibrating normal temperature sensors. In this blog post, I will be discussing the considerations that should be taken into account when calibrating these sensors; it is easy to make mistakes that will cause big errors in the calibration results.

So if you are calibrating sanitary temperature sensors, you should take a look at this blog post.

Sure, there is also some educational content for everybody interested in temperature calibration.

Let's dive in!

In this blog post we want to share with you an educational eBook focusing on temperature calibration and other temperature related topics.

Some of these articles have been already earlier posted in Beamex blog, but now several temperature related resources have been collected into one free handy eBook.

Temperature measurement is one of the most common measurements in the process industry.

Every temperature measurement loop has a temperature sensor as the first component in the loop. So, it all starts with a temperature sensor. The temperature sensor plays a vital role in the accuracy of the whole temperature measurement loop.

As any measurement instrument you want to be accurate, also the temperature sensor needs to be calibrated regularly. Why would you measure temperature, if you don’t care about the accuracy?

In this blog post, I will take a look at how to calibrate temperature sensors and what are the most common things you should consider when calibrating temperature sensors.

In this blog post, I will share with you a two-part webinar series titled “How to calibrate temperature instruments”. We did this webinar together with our partner ISA (International Society of Automation).

The webinars covers some theory, many practical things, demonstrations of temperature instrument calibration and Questions & Answers sections.

In some earlier blog posts, I have discussed temperature calibration and calibration uncertainty. This time I will be covering the different uncertainty components that you should take into account when you make a temperature calibration using a temperature dry block. 

Making a temperature calibration using a dry block seems like a pretty simple and straight forward thing to do, however there are many possible sources for uncertainty and error that should be considered. Often the biggest uncertainties may come from the procedure on how the calibration is done, not necessarily from the specifications of the components.

Let’s turn the heat on!