Overview

The G600X groove hydraulic electric control valve is a high-performance integrated control valve independently developed by our factory for complex working conditions in China, based on the integration of international advanced control technology. It integrates the functions of electric actuators, hydraulic control valves, and intelligent regulating valves, and can achieve intelligent comprehensive management of remote electric control, precise flow regulation, and system pressure stability. This valve drives the hydraulic control main valve through the electric actuator, which not only retains the characteristics of rapid response and reliable operation of the hydraulic control valve, but also has the advantages of accurate and convenient electric control and remote integration, effectively solving the problems of insufficient adjustment accuracy and delayed response of traditional valves in the automation system. The valve adopts a modular design, equipped with high-precision position feedback and pressure compensation system, which can achieve precise setting and automatic maintenance of flow and pressure according to system requirements. It is particularly suitable for regional water supply systems, central air conditioning water systems, industrial process control, and intelligent building automation systems. This valve has the advantages of high control accuracy, fast response speed, low operating energy consumption, strong adaptability, and support for multiple communication protocols. It is a key equipment to promote the upgrading of traditional fluid control systems to intelligence and automation. Welcome to consult and purchase.

G600X groove hydraulic electric control valve product diagram

feature

The working principle of the G600X groove hydraulic electric control valve is to achieve a dual control mode combining electrical signal instructions and hydraulic drive by integrating an electric actuator and a hydraulic control valve. Its core consists of electric actuators, hydraulic main valves, and intelligent control modules, which can accurately adjust the valve opening based on external control signals (such as PLC instructions, remote switch signals, or analog signals) or preset programs. When the electric actuator receives the control signal, it drives the control chamber regulating device of the hydraulic main valve, changes the pressure state in the control chamber, and thus drives the valve disc of the main valve to move to the corresponding opening position. The position sensor embedded in the valve provides real-time feedback on the position of the valve disc, forming a closed-loop control to ensure the accuracy of the opening. At the same time, the hydraulic control system can independently respond to changes in pipeline pressure and provide auxiliary stabilizing or slow closing functions. This design ensures the accuracy and automation level of electric control, while retaining the advantages of fast response and fault safety of hydraulic control (which can rely on hydraulic characteristics to achieve protective actions in case of power loss). It realizes intelligent and high-precision regulation of flow and pressure, and is suitable for complex fluid systems that require precise control and automation management.