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Clippard News

What You Need to Know About CV

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Learn more about CV, C, effective orifice size, and Nlpm to better understand how to accurately compare pneumatic valves.

Solvent & Diffusion Bonded Acrylic Manifolds

Clippard uses acrylic manifolds in a variety of standard and custom applications. Customers may be familiar with Clippard's "VA" pneumatic circuits, which use modular valves mounted on acrylic manifolds to create single-function pneumatic circuits.

How to Select Electronic Directional Control Valves

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How can you select the correct directional control valve for your application? Check out this article to learn more about the different valve types, porting, and function...

Putting People First

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Video: Corporate video emphasizing Clippard "Putting People First".

Clippard Cares About the Community

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Learn more about some of the ways Clippard gives back to the commnuity...

Hysteresis and How it Affects Proportional Valves

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What is valve hysteresis and how does it affect proportional electronic valves.

How Overvoltage Affects Solenoid Valves

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Every solenoid valve has a nominal actuation voltage, which is usually based on common power supply voltages such as 12 VDC, 24 VDC, 110 VAC, or 220 VAC. The nominal voltage is typically printed somewhere on the valve body or coil and is the voltage required to actuate (shift) the valve. Applying less than the nominal voltage will result in undervoltage and may result in a slower "on" response time or the valve not actuating at all.

When Cleanliness Matters, You Can Count on Clippard

Clippard has multiple in-house clean rooms available to provide special cleaning, testing and assembly processes.

Hit & Hold Circuit Recommendations for Clippard Valves

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Learn more about hit and hold circuits and the features and benefits of them.

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