Terminologies used in Calibration communication can be quite complex and confusing to some. This is partly because some of these terms sound and seem to have the similar meaning, but in-fact they have different definitions particularly when interpreting them differently.

In general, it’s a good practice to have one’s measuring instruments to get an accredited calibration done annually. But its everyone’s guess whether the calibrated tools will remain in good working condition throughout the 12-month operation; until the next calibration is due.

• Quality assurance
• Productivity
• Improved efficiency
• Cost effective
• Corporate image

Imagine performing a voltage measurement at a computer USB port using a Fluke 8846A or 8588A Digital Multimeter that shows 4.8765V. Do you question this reading as you are expecting a good 5V ± 5% (± 0.25V)? And Sometimes, when you try to do the same measurement again (either at other room, or by another person, or using different set of test leads, or applying another probing method, etc.), and you may get another set of reading that may be “closer to or further away” from the expected value?

If yes, you are not alone – as this situation often happens prominently when you are doing high-precision calibration and measurement work.

In the context of pressure calibration, there can be complexity due to the variety of technical terms, pressure types, pressure units, and so on. It is also very hands-on to work on pressure equipment, adapters and connecting the items. Not to worry because Fluke is here to help. Check out the guides, tips & tricks for basic pressure calibration on this page to identify and reduce risks in your process!