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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.

  • Cut Maintenance Costs with Enhanced Gas Panels

    How to Reduce Your Maintenance Spend by Improving Gas Distribution Mark Welch, Regional Field Engineer, Swagelok London For a maintenance technician, servicing a gas pressure control panel can often be like solving a puzzle. Confusing or unintuitive tube  or pipe layouts may block easy access...

  • The Three T’s to Achieve an Intricate System of Tubing

    The Three T’s to Achieve an Intricate System of Tubing Andrew Hitchcock, Associate Product Manager, Swagelok and Rob Nyhuis, Training Manager, Swagelok Eastern Australia | New Zealand  Consider this scenario: You have been asked to fabricate a new fluid system at your facility and you know of tw...

  • Process Instrumentation Line Best Practices

    Process Measurement – Impulse Line Best Practices When measuring pressure, flow or level within your process, safety and accuracy are always the focus. From the tap to the transmitter, process measurement accuracy depends on the proper function of each component within the process instrumentation m...

  • Steam Heat Exchangers and Tracing Systems: Best Practices for Design Engineers

    Steam Heat Exchangers and Tracing Systems: Best Practices for Design Engineers Alex Chu, Industrial Steam System SME, Swagelok Field Engineering Designing a proper steam heat exchanger or steam heat tracing system first requires a full understanding of the operational characteristics where the s...

  • Building Better Mechanical Seal Support Systems

    API 682 and You: Building Better Mechanical Seal Support Systems Sean Hunsicker, Market Manager, Chemical & Refining Market Mechanical seals became the dominant sealing technology in refineries and chemical plants in the 1980s, causing the American Petroleum Institute (API) to establish a commi...

  • Field Engineering Spotlight: Q&A with Andrew Wright

    Field Engineering Spotlight: A Q&A with Swagelok Central Ontario’s Andrew Wright Andrew Wright traveled the world as a metallurgical engineer before returning to Canada to join our team. Now, his extensive oil and gas industry experience is helping Swagelok Central Ontario deliver custom solution...

  • Tips to Maintaining a Representative Sample in an Analytical Instrumentation System

    Tips to Maintaining a Representative Sample in an Analytical Instrumentation System The objective of an analytical instrumentation (AI) system is to provide a timely analytical result that is representative of the fluid in the process line at the time the sample was taken. If the sample is altered ...

  • 3 Rules for Analyzer Accuracy

    3 Rules for Analyzer Accuracy Stacey Phillips, Field Engineering Manager (Americas) In most applications, operators trust analyzer results to indicate whether their product is meeting specifications. But when analyzer results are not accurately reflecting an end product’s characteristics, it’s l...

  • 10 Tips to Improve Chemical Sampling Systems

    10 Tips to Improve Chemical Sampling Systems Managing an analytical instrumentation operation is no small feat. Whether you design, construct, operate, or maintain a chemical sampling system, receiving consistent, reliable results can be a struggle for even the most seasoned engineers and technicia...

  • 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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