Overview

The G106X groove type hydraulic electric floating ball control valve is a new type of control valve designed and manufactured by introducing advanced technology from similar products in the United States and Germany. It adopts a groove type (clamp) connection method, which is fast, easy, safe, reliable to install, not limited by installation site, easy to maintain pipelines and valves, can isolate vibration and sound insulation, and can overcome the deviation caused by different axes of pipeline connection within a certain angle range, effectively solving the problem of thermal expansion and contraction caused by temperature difference. This valve integrates electric actuator and float control functions, mainly used for automatic liquid level control in water conservancy systems, achieving intelligent management of water supply, drainage and other processes.

Product Image of G106X Grooved Hydraulic Electric Float Control Valve

feature

The G106X groove type hydraulic electric float control valve is a valve controlled by water pressure. It consists of a main valve and its attached conduit, an electric float switch (as a signal pilot valve), a needle valve, a ball valve, and a pressure gauge. This valve belongs to a specific application of hydraulic control valves, which can be evolved into remote control float valves, pressure reducing valves, slow closing check valves, flow control valves, pressure relief valves, hydraulic electric control valves, etc. depending on the purpose, function, and location of use. The working principle is the same, both are powered by the upstream and downstream pressure difference Δ P, jointly controlled by an electric float switch and a pilot valve, allowing for diaphragm hydraulic differential operation, fully regulated by hydraulic automatic control, thereby fully opening or closing the main valve disc. When the electric float switch detects a low liquid level and opens the pilot valve, the pressure water entering the control room above the diaphragm is discharged to the atmosphere or downstream low-pressure area. The pressure value acting on the bottom of the valve disc and below the diaphragm is greater than the pressure value above, so the main valve disc is pushed to the fully open position for water replenishment; When the electric float switch detects a high liquid level and closes the pilot valve, the pressure water entering the control room above the diaphragm cannot be discharged to the atmosphere or downstream low-pressure area. The pressure value acting above the diaphragm is greater than the pressure value below, so the main valve disc will be pressed to the fully closed position to stop water supply. By using an electric float switch to accurately sense changes in liquid level and control the pilot valve, hydraulic automatic control based on liquid level has been achieved.