We require your consent to load YouTube/Google Map. This service uses cookies that are set when loading. In this case, your personal data will be transmitted to third-party platforms and to countries that the EU does not consider to have a comparable level of data protection. To enable the services and give your consent, click on ‘Manage cookie settings’ and select ‘Targeting cookies’. You can withdraw your consent using the cookie hover, which does not affect the lawfulness of processing before a withdrawal. Refer to data protection information for more details.
We require your consent to load YouTube/Google Map. By clicking on “view video”, you will enable the service and give consent for your personal data to be transmitted to third-party platforms and countries that the EU does not consider to have comparable level of data protection. You can withdraw your consent using the cookie hover, which does not affect the lawfulness of processing before a withdrawal. Refer to data protection information for more details.
We require your consent to load YouTube/Google Map. This service uses cookies that are set when loading. In this case, your personal data will be transmitted to third-party platforms and to countries that the EU does not consider to have a comparable level of data protection. To enable the services and give your consent, click on ‘Manage cookie settings’ and select ‘Targeting cookies’. You can withdraw your consent using the cookie hover, which does not affect the lawfulness of processing before a withdrawal. Refer to data protection information for more details.
For a measurement to be meaningful, the measuring instrument must be calibrated. How can we ensure that all measuring instruments are ultimately being calibrated against the same internationally agreed reference so that measurements from instruments all around the world can be meaningfully compared? What is a multi-step calibration pyramid?
In this video, Colin Lightbody, Principal Consultant at TÜV SÜD National Engineering Laboratory, talks about traceable calibration and the benefits of calibrating at TÜV SÜD National Engineering Laboratory, the Designated Institute for the UK’s flow measurement standards.
TÜV SÜD operate a world-class range of low uncertainty, traceable reference flow facilities for gases, liquids and multi-phase fluids including the UK primary oil flow measurement standard where we can calibrate instruments to uncertainty as low as 0.03%. Find out more about our flow measurement services including flow meter calibration and testing.
Site Selector
Global
Asia
Europe
Middle East and Africa
