purpose
The GSHZ rotary grid cleaning machine (also known as the "solid-liquid separator") is widely used in urban sewage treatment plants, waterworks, pump stations, and power plant inlets to automatically intercept and remove floating debris in the water, ensuring the normal operation of the next process; It can also be used for solid-liquid separation in textile, printing and dyeing, slaughtering, leather making, papermaking, sugar production, brewing, and food processing.
main features
Compact structure, simple electrical control, easy to achieve automation; Excellent corrosion resistance, low energy consumption, and low noise; The decontamination action is continuous, the discharge is clean, and the separation efficiency is high.
Working principle
This device is made of special shaped rake teeth made of ABS engineering plastic, nylon or stainless steel, which are arranged in a certain order on the rake shaft to form a closed rake tooth chain, and its lower part is installed in the inlet canal water. When the transmission system drives the sprocket to rotate uniformly and directionally, the entire rake chain moves from top to bottom, carrying solid debris and separating it from the liquid. The fluid flows out through the clearance between the rake teeth, and the entire working state continues. Due to the special structural shape of the rake teeth, when the rake tooth chain carries debris to the upper end and moves in reverse, a relative self-cleaning motion occurs between the front and rear rakes, causing the debris to fall off by gravity. A rotating cleaning brush can be installed at the back of the equipment to further remove the debris trapped in the rake teeth. If it is necessary to place an order, it should be noted.
Technical Parameter
According to the width of the B0 grid machine, it can be divided into single unit GSHZ300-1500 and parallel unit GSHZ1400-3000. The selection is determined by the water flow rate and lifting height, and different grilles are selected according to the size of the separated debris.