Clippard released its new PHV series booster valve, delivering high-flow performance in a compact, pressure-piloted design. Engineered for manifold mounting, the PHV series achieves output flows up to 400 lpm at 100 psig with a lightning-fast 10 msec nominal response time, making it suitable for high-speed automation, large-volume dosing, quick-venting, and other demanding applications. The […]
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Clippard releases isolation valves with hit and hold circuitry
The general principal behind a hit and hold circuit is that the valve is energized to full power for a short period of time before dropping the voltage and current to a specified level. Applications that are sensitive to heat rise can greatly benefit from hit and hold circuits by maintaining lower temperatures in a […]
Clippard panel-mounted electronic and pneumatic pinch valves
For applications that require better access or enhanced cleanliness, Clippard pinch valves are also available with a convenient panel mount option. Panel-mounted pinch valves provide all the same benefits as Clippard’s standard pinch valves along with seamless integration and easy accessibility. Compared to standard manifold mounted pinch valves, panel mounting offers simplified installation, a cleaner […]
Clippard launches EHS high-pressure electronic valves
The EHS series of high-pressure electronic valves from Clippard is precision-engineered to deliver robust performance in higher pressure (up to 1,000 psig) applications, prioritizing both safe functionality and the reduction of potential leak points. Building upon the foundation set by the ES series, the EHS incorporates key features such as substantial cross sectional O-rings, proven […]
Clippard releases new NPV-7 long stroke pinch valves
Clippard’s high flow pinch valve provides the same functionality as the standard series but with the added benefits of a longer stroke. This makes it suitable for applications that require greater flow or those that use viscous or particulate-laden media. As with all Clippard pinch valves, each valve comes pre-installed with 12 in. (30 cm) […]
Clippard release AIV series air-piloted media isolation valves
Like Clippard’s NIV and PIV lines of isolation valves, the AIV series features Clippard’s unique multi-functional valve stem design for longer life and minimal dead volume. The difference with the AIV series is that is that it also provides the added benefit of air operation, which is — by definition — intrinsically-safe. No solenoid means […]
Clippard releases Cordis CP1 single-valve dynamic pressure controls
Known for reliability, innovation, and focus on miniature pneumatics, Clippard’s Cordis Pressure Controllers use the proven EVP and DVP proportional valve series allowing for steady, accurate, and repeatable downstream pressure control as demand or process changes. The result is a very precise linear pressure control within a closed-loop system providing ultra-high resolution and repeatability. The […]
Cordis electronic flow controllers offer precise, linear flow in closed-loop systems
The Cordis flow controller utilizes an extremely fast-reacting mems technology sensor upstream from a proportional valve, with the option of a DR-2 regulator for accurate and precise pressure control in a small package. Unlike other mass flow controllers that require a 30-minute warm-up time, large differential pressures, and limited flow ranges, the Cordis requires less than […]
Clippard obtains US patent for Eclipse proportional isolation valve
Clippard Instrument Laboratory Inc. announces that the United States Patent and Trademark Office (USPTO) has issued Patent No. 10,738,904 to Clippard’s new Eclipse proportional valve. The Patent, “Flow Control Valve Using Ceramic Valve Members,” will expire in 2040. U.S. Patent No. 10,738,904 covers “a flow control valve that uses two ceramic members having conforming surfaces […]
New high-pressure proportional controls
The new Cordis HP500 from Cincinnati-based Clippard uses the company’s proven EV line of electronic valves to allow for steady, repeatable downstream pressure under static conditions. The result is precise, linear pressure control within a closed-loop system with high accuracy and repeatability. The Cordis HP500 uses a microcontroller, integrated pressure sensor, and two Clippard EV […]
