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Safe Product Selection

The complete catalog contents must be reviewed to ensure that the system designer and user make a safe product selection. When selecting products, the total system design must be considered to ensure safe, trouble-free performance. Function, material compatibility, adequate ratings, proper installation, operation, and maintenance are the responsibilities of the system designer and user.

⚠ Warning: Do not mix/interchange Swagelok two-ferrule tube-fitting end connection components (or other products not governed by industrial design standards) with those of other manufacturers.

  • Avoiding Classic Liquid and Gas Sampling System Mistakes

    Avoiding Classic Liquid and Gas Sampling System Mistakes Sampling system design is a delicate process; any small misstep can lead to unreliable system operation. Many errors that occur today also plagued designers in the past. Now is the time to learn how to avoid errors related to liquid and gas s...

  • Common Challenges with Process Sampling Systems

    Common Challenges with Process Sampling Systems  Phil Harris and Tony Waters, Sampling System Experts & Instructors Any analyzer engineer will tell you that process sampling systems can be challenging to operate correctly. If any components within your sampling system were to fail, your facility m...

  • How to Manage Vaporization in Sampling Systems

    How to Manage Vaporization in Sampling Systems Jon Kestner It is not easy to vaporize a sample, nor is it always possible. However, if the analyzer in your analytical sampling system requires gas, but the sample is liquid, the only option is to convert the liquid to gas. This process is called vap...

  • Lightfoot Defence Case Study

    Case Study: Swagelok Drives Fluid System Innovation for Lightfoot Defence About the Customer With over 130 years in the refrigeration and air conditioning fields, Lightfoot Defence is the brand of choice for reliable, quality products and services in the military and commercial sectors. Lightfoot ...

  • 4 Areas to Inspect When Measuring Time Delay in Sampling Systems

    4 Areas to Inspect When Measuring Time Delay in Sampling Systems In a process analyzer sampling system, there is always a delay between the moment you grab the sample and the time you obtain a reading. Time delay is cumulative, accounting for the total amount of time it takes for a sample to trave...

  • Orbital Welding Training: Tools for the Emerging Welding Workforce

    Orbital Welding Training: Tools for the Emerging Welding Workforce Finding skilled welders is becoming difficult and will only become more difficult in the near future. According to the American Welding Society (AWS) , more than half of the existing welder workforce is nearing retirement; the avera...

  • How to Detect and Protect Against Pressure Gauge Failure

    How Can You Tell A Gauge Is Broken or May Fail? Dave Ross, Senior Technical Service Engineer Pressure gauges seem small but are a critical part of systems across industries. The visual indication of system pressure they provide lets you know whether everything is operating within the desired range...

  • Specifying High Performance CNG/LNG Fittings

    What to Look for When Specifying CNG/LNG Tube Fittings Chuck Hayes, Lead New Product Development Engineer Vehicle manufacturers around the world are increasingly pursuing compressed natural gas (CNG) and liquified natural gas (LNG) as viable clean fuel options to comply with strict emissions requi...

  • How to Calibrate an Analyzer in Process Analyzer Systems

    How to Calibrate an Analyzer in an Analytical Instrumentation System Tony Waters, Sampling Systems Expert and Instructor In many analytical instrumentation systems, the process analyzer does not provide an absolute measurement. Rather, it provides a relative response based on settings established ...

  • Understanding and Measuring Time Delay in an Analytical Instrumentation System

    Understanding and Measuring Time Delay in an Analytical Instrumentation System Time delay in sample systems is the most common cause of inappropriate results from process analyzers. Process measurements are instantaneous, but analyzer responses are not. There is always a time delay from the tap to ...

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