The compensated temperature range defines the limits of operation for a specified measurement accuracy. e.g. A pressure sensor has an accuracy of 0.25% full scale over a compensated temperature range of -20 to +80 degC.
Since temperature errors are often significant for many measurement devices, a manufacturer will incorporate digital or analogue temperature compensation. If the measurement device is used outside the compensated temperature range, the accuracy statement is no longer valid, because the device has not been tested or compensated for that temperature.
Featured high accuracy measurement products
High Accuracy Pressure Transmitters - High accuracy pressure transmitters utilize advanced digital compensation techniques to ensure precise and reliable pressure measurements even in demanding industrial environments.
High-precision pressure reference for medical equipment Gage R&R - Validate your leak testing equipment with a precision digital gauge featuring modular sensors and USB data export for detailed repeatability and reproducibility analysis.
Glossary of Calibration technical terms
- BSL – Best Straight Line
- Dead Weight Tester
- NPL – National Physical Laboratory
- PPM – Parts Per Million
- Primary Pressure Reference Standard
- Secondary Pressure Standard
- Span Offset
- Traceable Calibration
- TSL – Terminal Straight Line
- UKAS – The United Kingdom Accreditation Service
- UKAS Calibration Certificate
- Zero Offset
- Zero Tare
Help from Calibration resources
- Determining calibration error of Bourdon tube pressure gauge
- What is the difference between zero offset and zero drift?
