Search Results for "delay"
Your local authorized Swagelok sales and service center may have additional options.
-
Fast Loop Modules
Swagelok fast loop modules are designed for handling long transport lines from tap to analyzer, providing minimum pressure drop for fastest response time. Interlocking handles on our fast loop sampling system solution help prevent incorrect sequencing of operation and accidental actuation. The Swage...
-
Sample Probe Modules
Swagelok sample probe modules combine probes with valves to improve safety, purity, and timeliness. They feature probe interlocks to protect equipment and valve interlocks to improve the safety of operations. The Swagelok sample probe modules (SPM) are pre-engineered solutions for use in online proc...
-
Calibrating and Switching Modules
Calibration and switching modules are highly configurable pre-engineered subsystems built with modular platform components. They perform final conditioning of samples before analysis and allow a user to select up to 10 samples and two calibration streams using the Swagelok stream selector system. Th...
-
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 ...
-
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...
-
How to Use a Regulator to Reduce Time Delay in an Analytical Instrumentation System
How to Use a Regulator to Reduce Time Delay in an Analytical System Mike Strobel, Field Engineering Supervisor Process measurements are instantaneous, but analyzer responses never are. From the tap to the analyzer, there is always a time delay. Unfortunately, this delay is often underestimated or ...
-
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 lik...
-
How Two Major Refineries Solved Gasoline Blending Challenges
Saving Millions of Dollars by Reducing Gasoline Blending Costs For refiners of finished gasoline and diesel fuels, ensuring that the final product meets anticipated specifications is critical. The gasoline blending process, where fuels are blended with octane to meet differing performance tiers, pl...
-
The 5 Most Common Revelations Experienced in Process Analyzer System Training: A 50 Year Retrospective
The 5 Most Common Revelations Experienced in Process Analyzer System Training Tony Waters, Sampling System Expert, Instructor A process analyzer sampling system is one of the most challenging systems within your plant. Not only is it challenging to design, it’s also challenging to operate accurate...
-
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...