Product Introduction

This product is designed and manufactured by the engineering and technical personnel of our unit with reference to advanced similar products at home and abroad. The valve body adopts a streamlined design, featuring small fluid resistance, large flow rate and excellent sealing performance. Equipped with a pipe control system with a solenoid valve as the pilot valve on the main valve, it uses hydraulic operation and is often used for automatic control in water supply, drainage and industrial systems. It is a valve that can be remotely controlled to open and close, and a speed control device can be added if needed. It can replace large electric devices for opening and closing gate valves and butterfly valves, with the advantages of small size, light weight, simple maintenance, convenient use, safety and reliability. Welcome to purchase!

Product diagram of 600X piston type hydraulic electric control valve

The valve body adopts a streamlined design, with low fluid resistance, high flow rate, and good sealing effect. A conduit control system with solenoid valve as the guide valve is installed on the main valve, which uses hydraulic operation and is commonly used for automatic control in water supply and drainage and industrial systems. The valve can be remotely opened and closed during operation, and a speed control device can also be installed. It can replace large electric devices that use gate valves and butterfly valves, and is small in size, light in weight, easy to maintain, convenient to use, safe and reliable

Working Principle

When the water pump starts operating, the water flow at the inlet end of the valve passes through the micro filter, needle valve 14, pressure control chamber, electromagnetic pilot valve 8, ball valve 6 in sequence, and is discharged to the outlet. At this time, the electromagnetic pilot valve is energized (the solenoid valve works synchronously with the water pump motor) and remains in a normally open state. Due to the small opening of needle valve 14 and the smaller diameter of the inlet pipe compared to the outlet pipe, the discharge speed in the control chamber is greater than the water replenishment speed. As a result, the pressure in the control chamber decreases, and the inlet pressure acting under the main valve disc lifts the main valve disc, thereby opening the main valve to supply water downstream.

When water supply needs to be stopped, the water pump motor shuts down, and the electromagnetic pilot valve 14 closes due to power failure (normally closed state). Since the downstream water starts to flow back and the self-weight of the valve disc causes the throttle port to close quickly by 90%, the remaining 10% uses the pipe to transmit the pressure behind the valve to the upper water chamber. Due to the action of the electromagnetic pilot valve, the pressure in the upper water chamber gradually increases, eventually causing the main valve disc to close tightly. This prevents downstream water from flowing back, protects the water pump motor, and also plays a role in slow closing and noise elimination. (This is the working principle of the diaphragm type, and the piston type works similarly.)

Structural diagram of 600X piston type hydraulic electric control valve

This valve consists of a main valve, a needle valve, a ball valve, an electromagnetic pilot valve, etc. According to the requirements of different pipe positions, it can be divided into two types: rubber diaphragm type and piston type.

Main Components and Materials

Main Technical Performance

Outline dimension drawing of 600X piston type hydraulic electric control valve

600X piston type hydraulic electric control valve external dimension table