We hope you are well and weathering recent events in health and safety. COVID-19 has caused factories, calibration labs, and operations to shut down around the globe, impacting a great many of you. We offer our sincerest hope that you and your families remain safe during this time. For others, your work of keeping the world maintained and operational has become even more important.
We offer our deepest gratitude for your crucial work and the sacrifices you are making right now. Over the coming weeks, we are putting together curated collections of our free online learning resources. Our first collection covers some aspects of measurement uncertainty. Are there topics you would like to see us cover for this series? Please let us know how we can best serve you.
Webinar: Introduction on the ISO Guide to the Expression of Uncertainty in Measurement (GUM)
Start here with this free on-demand webinar to learn about measurement uncertainty. You’ll receive an introduction to the ISO Guide to the Expression of Uncertainty in Measurement (GUM). Calibration laboratories around the world use the GUM method, and you’ll learn about the fundamentals and history of GUM.
Webinar: How to Create a Temperature Measurement Uncertainty Budget
This free on-demand webinar will teach you how to use calibration certificates, manufacturer specifications, process data and more to create your uncertainty budget in temperature calibrations.
Video: MET/CAL: Implementing ISO 17025 Measurement Uncertainty Requirements in Software
Use MET/CAL? Learn how to implement ISO 17025 uncertainty requirements.
Application note: How Cables and Connectors Impact Measurement Uncertainty
Choosing the wrong cables and connectors can impact your measurement uncertainty more than you think. For DC and low frequency AC calibration, learn how to know which cables and connectors are appropriate for your task.
Article: Infrared Uncertainty Budget Determination in an Industrial Application
Infrared (IR) temperature measurement involves a lot of variables. This technical note will help you understand emissivity, spectral response, optical scatter, and more as you’re building your uncertainty budget to measure IR instrumentation.
When your instrument under test has an accuracy approaching that of the calibrator you’re using, what can you do to improve your uncertainty? This paper demonstrates a technique for characterizing your calibrator to improve your measurement uncertainties.
Article: Guide to Determining Pressure Measurement Uncertainty for Q-RPT Based Products
Using Quartz Reference Pressure Transducers? This technical note is a guide to understanding the uncertainties of these products. For PM200, PM500 and PM600 pressure measurement modules, we have another app note discussing those.
We hope you find these free resources useful. We have many more articles, videos, and webinars on our education page. Is there a theme you’d like to see us cover? Please let us know!
If you prefer talking to a live human being, feel free to reach out to me through email (martin.kidd@flukecal.com) or telephone (+14254464618).
Thank you for all you do to keep our world up and running.
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