How to Troubleshoot Common Regulator Problems | Article Index | Blog - Weekly Column | Resources
How to Troubleshoot Common Regulator Problems
Industrial fluid systems depend on precise temperature, flow, and pressure settings, with pressure regulators playing a key role in maintaining these conditions. When a regulator malfunctions, it can lead to dangerous pressure fluctuations, potentially compromising process safety and quality.
This Swagelok Reference Point technical blog outlines a simple, three-step troubleshooting process to help identify and resolve common issues, ensuring your regulators perform reliably and minimize the risk of failure.
Do you still have questions about resolving your regulator issues? At Swagelok, we’re here to help. Fill out our Service Request Form, tick the box for Technical Product Support, and use the comments box to tell us about your application. One of our technical experts will be in touch with you promptly.
Related Topics & Resources
Pressure Regulator Selection Strategy White Paper
The best way to select a pressure regulator for your application is to examine its flow curve, which is often provided by the manufacturer. The white paper covers the basics – understanding terminology and interpreting regulator flow curves – but also covers additional related topics such as droop, choked flow, and hysteresis.
Blog: Pressure Regulators: The Basics
Selecting a pressure regulator can be a complex process that first requires a general understanding of how a pressure regulator works. Both pressure-reducing and back-pressure regulators rely on three common design components to function correctly: the loading mechanism, sensing mechanism, and controlling mechanism.
Pressure Regulator Technical Videos
Our three pressure regulator tech tip videos cover Supply Pressure Effect – what it is, and how to manage it, as well as Droop, an issue for all regulators, and the considerations in design for minimizing Droop in a pressure-reducing regulator.