This is a control valve that can easily adjust the valve capacity to match the operating conditions.
This variport valve is a rotary type control valve that adjusts the flow rate by rotating the valve shaft. Additionally, it features a structure that allows the sleeve, which is combined with the valve shaft, to be moved, thereby easily changing the opening area of the port through which the fluid passes. The maximum flow rate is determined by the movement of the sleeve, and the optimal flow rate is adjusted by the rotation of the valve shaft. In general, when performing fluid control, the performance of the control valve affects the controllability, leading to the following conventional issues: - The pressure before and after the control valve differs between actual operating conditions and design conditions. - The Cv value of the control valve is determined for each diameter, and it can only be selected in stages, making it difficult to choose the optimal Cv value. - The range of flow rates used may exceed the valve's rangeability. By using this variport valve, these issues can be resolved. *For more details, please refer to the PDF materials or feel free to contact us.*
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【Features】 ○ Easily adjustable opening area ○ Adjusts to optimal flow rate with valve shaft rotation ○ Cv value can be continuously and easily changed on-site ○ Achieves optimal control ○ Wide rangeability ○ Flexible response to changes in scaling ○ Cv value characteristics are linear *For more details, please refer to the PDF document or feel free to contact us.
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Okaya Seiritsu Industry started in 1950 with the manufacturing of hydraulic control devices. With our expertise in control technology, we develop actuators and control systems that manage the flow of gases and liquids, contributing widely from room pressure control in high-tech factories and laboratories such as pharmaceutical plants, LCDs, and biotechnology, to water supply and sewage treatment facilities closely related to daily life, as well as steel mills for basic materials and power plants in the infrastructure of society.