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Showing posts from November, 2021

Understanding The Difference Between Directional and Proportional Valve

There is no dearth of available technologies in fluid power that is utilized to design the most efficient, cost-effective, and energy-saving system. With a wide range of valves available in the market, it can be quite confusing to understand which valve suits your industrial requirements. Out of all the different types of valves, directional valves and proportional valves are the most commonly used ones.  Proportional Valves A proportional valve is a valve that is used to control fluid flow rate by varying the size of the flow passage via a restrictor. These valves enable continuous combined control of flow or pressure. The regulated flow rate subsequently adjusts parameters affecting a process in a system, mainly level, pressure, and temperature. The primary operating principle on which a proportional valve operates relies on variable DC voltage, which controls the plunger. However, in practice, static friction on the plunger’s guide points impairs the valve’s sensitivity, which resul

All You Ever Wanted to Know About Hydraulic Valves

Hydraulic valves are basically sophisticated mechanical devices that can be conveniently used to regulate the fluid flow inside an active hydraulic system or circuit. These can be excellent options when it comes to completely closing a line, redirecting pressurized fluid, or managing the flow level up to a specific area. These innovative products are designed and manufactured in a wide range of options. Also, these can be controlled either manually or automatically. For that, you can use one of these: mechanical, physical, hydraulic, pneumatic, or electrical activation process. For the most popular Moog valves, make use of the best Moog Hydrolux valves repair services online . The hydraulic valves that you choose for your project should be able to withstand high-intensity fluid pressure. For example, some of the most commonly used hydraulic systems will have a speed above the 3,000 psi mark, which is why you need to be prepared for that. For the same reason, they are generally made by