FUNCTIONAL OPTIMIZATION OF PNEUMATIC SYSTEMS USING EFCV

Florin ENACHE, Mihai AGUD, Stefan VELICU, Anisoara CORABIERU

Abstract


This article explores the use of electric flow control valves (EFCVs) to improve more precise management and continuous monitoring. The study emphasizes the advantages of integrating these valves into existing control systems to achieve precise and efficient speed control. By allowing for seamless adjustments from the control panel, electric flow control valves eliminate the need for individual adjustments at each valve, simplifying system synchronization. Simulated tests using Automation Studio  software and physical experiments on an experimental bench were conducted to validate the effectiveness of these valves. The results confirm their capability to provide accurate and easy speed regulation. Additionally, the cost-effectiveness and improved handling of the pneumatic system further highlight the practicality and efficiency of utilizing electric flow control valves for optimizing performance and synchronization in complex pneumatic systems.

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References


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