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SVP11-5,08 Application Field and Working Principle

SVP11-5,08 is a type of servo valve developed by the Japanese Nachi-Fujikoshi Corporation. As a product of Fujikoshi, it is well known for its ability to meet industrial and commercial customer’s hydraulic requirements in a more efficient manner. This high-precision servo valve is used in a variety of applications, ranging from robotics to machine tools, and is designed to provide top-notch performance.

Servo valves are among the most important components in the hydraulics industry. They are not only used for controlling the flow of hydraulic fluid, but also for regulating the pressure and speed during operation. SVP11-5,08 has been designed to provide the best performance in this regard, giving customers the maximum control and precision over their hydraulic system.

The SVP11-5,08 is an ideal servo valve for a number of applications, such as in robotics, machining centers, presses, and machine tools, among others. It offers superior control thanks to its dual stage solenoid and motor drive system. The first stage is designed to provide great precision and control over the flow of the hydraulic fluid, while the second stage is geared towards providing a speed boost for faster, more efficient operation.

The operating principle of SVP11-5,08 is based on the flow of hydraulic fluid. This servo valve uses a number of components to regulate the flow of hydraulic fluid: a needle, a spool, and a solenoid. The needle is activated by the solenoid, and the spool is located between the needle and the outlet port. The spool is used to regulate the speed and amount of hydraulic fluid flow, and also to shut off the flow if necessary.

In order for the servo valve to operate correctly, the solenoid must be properly energized. The solenoid is connected to an external power supply, and the amount of current generated will determine how quickly the needle opens and closes. When the current is increased, the needle opens faster, and when the current is decreased, the needle closes faster. As the needle closes more quickly, it creates pressure in the hydraulic system, and this pressure is regulated by the spool.

The spool also acts as a safety feature, shutting off the flow of hydraulic fluid if the pressure gets too high. This ensures that the servo valve does not get damaged by excessive pressure that could damage the components. Overall, it is the combination of the needle, the spool, and the solenoid that work together to properly control the flow and pressure of the hydraulic fluid.

SVP11-5,08 is an ideal servo valve for controlling the flow and pressure of hydraulic fluid in a variety of applications. It is designed to provide an efficient solution that maximizes precision and control over the hydraulic systems in which it is used. By constantly monitoring and adjusting the flow of hydraulic fluid, this servo valve can reduce the cost of maintenance while also providing a more reliable performance.

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