Pressure transmitter accuracy specifications – the small print

What do accuracy specifications really mean in practice? Learn how to interpret transmitter specs correctly and understand the real accuracy you can expect in your process. 

Pressure transmitters are widely used across process industries, and their accuracy specifications are often a key factor when selecting instruments.

But what do those specifications really mean? And do they reflect the accuracy you will actually get in your application?

In this white paper, we take a closer look at how pressure transmitter accuracy is specified, what is often left out, and how different factors affect real-world performance.

What you will learn

In this white paper, you will learn:

• What “reference accuracy” really means and why it can be misleading
• Which factors affect real transmitter accuracy in practice
• How environmental and installation conditions influence performance
• The impact of re-ranging, temperature, and static pressure
• How to interpret specifications more critically and avoid common pitfalls
• The difference between best-case and real-world accuracy

Why it matters

Focusing only on a single accuracy figure can lead to wrong expectations and poor decisions.

Understanding the full picture helps you select the right instrument, improve calibration quality, and ensure reliable measurements.

Who should read this

This white paper is especially useful for:

• Instrumentation and process engineers
• Calibration and maintenance professionals
• Quality and compliance managers
• Anyone selecting or calibrating pressure transmitters

Download the white paper

Fill in the form to get access to the white paper.