304 Stainless Steel Electric Hydraulic Control Valve 600X-16P

Product Description

The 600X electric hydraulic control valve consists of a main valve, a solenoid pilot valve, a needle valve, a ball valve, a strainer, and a pressure gauge, forming a hydraulically controlled piping system. The solenoid pilot valve enables remote control of the valve's opening and closing. With the addition of auxiliary devices, the opening and closing speeds can be controlled. The electric hydraulic control valve uses a pilot valve to control the opening and closing of the main valve, thereby saving energy. It can replace large electric actuators used with other valves. Electrically controlled hydraulic control valves are used in water supply pipeline systems for high-rise buildings, residential areas, and other similar applications, as well as in urban water supply projects. The 600X electric hydraulic control valve is a hydraulically operated valve that uses a solenoid valve as its pilot valve. It is commonly used for automatic control in water supply, drainage, and industrial systems, offering accurate and rapid control responses. It remotely opens and closes pipeline systems based on electrical signals, enabling remote operation. The 600X electric hydraulic control valve can replace gate valves and butterfly valves in large-scale electric control systems. The valve's closing speed is adjustable, ensuring smooth closure without causing pressure fluctuations. This valve is compact, lightweight, easy to maintain, and convenient to use. The solenoid valve can be powered by either 220 V AC or 24 V DC, and either normally open or normally closed types can be selected depending on the application.

How It Works

When water is supplied to the valve from the upstream end, it flows through the needle valve into the main valve control chamber. When the solenoid pilot valve opens, the water in the control chamber flows out through the solenoid pilot valve and the ball valve. Since the ball valve is more fully open than the needle valve, the pressure in the main valve control chamber is very low, and the main valve is in the fully open position. When the solenoid pilot valve closes, the water in the main valve control chamber cannot flow out; the pressure in the control chamber rises, pushing the diaphragm to close the main valve.

Product Specifications

Product Size Guide