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A Basic Overview of Electronic Valve Technologies Learn more about the different types of electronic valve technology Clippard utilizes and the benefits each can deliver for your application...  
Clippard's Spider Technology Learn more about how Clippard's Spider Technology delivers exceptional reliability, low power consumption, and precise control...  
Gas Mass Flow Controllers - An Overview of Technologies Many medical, analytical, and industrial equipment and device manufacturers utilize mass flow controllers to measure and control the flow of gases. This article explores several mass flow controller technologies commonly used to control the flow of gases, along with considerations to evaluate to correctly specify a mass flow controller for your gas flow control application.  
What Is a Proportional Isolation Valve? An explanation of what a proportional valve is.  
Issuance of U.S. Patent for the New Eclipse Proportional Isolation Valve Eclipse Proportional Isolation Valve receives U.S. Patent for it's unique design.  
Cordis Flow Controller FAQ Is the output flow of the Cordis Flow Controller linear? A: Yes, within +/- 1% FS How can I electronically control the Cordis? A: The Cordis Flow Controller can be commanded by using voltage, serial or current command. Are there other plumbing options available? A: The Cordis is available in 1/8" NPT or G1/8. (Manifold mount for specials only). Can PID changes be made in the field?  
COVID-19 Solution for >100 l/min Proportional Valves Clippard proportional valves provides solutions during the COVID-19 crisis.  
Eclipse 2-Way Proportional Isolation Valves FAQ Frequently Asked Questions regarding the Eclipse Proportional Isolation Valves  
How Stepper Motors Provide Precision Control Learn more about how stepper motors are used to provide a means for tightly controlled motion.  
Practical PID Process Dynamics with Proportional Pressure Controllers Rationally minded design engineers understand the importance of competent controls engineers when it comes time to implement their designed process. After spending months or years designing, specifying, and securing the necessary equipment, design engineers must trust the controls engineer to complete the vision and automate a repeatable process. While the collaboration between engineering disciplines continues imperatively, design engineers who develop a practical understanding of PID loop control are best positioned to specify and secure optimal equipment, which improves the probability of successful implementations and may significantly reduce the time to return on investment.  
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