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The principle of internal flow fine grid is to convert the flow direction of the gear chain into rotational motion driven by the motor reducer. Due to the bending direction of the pulley and track, the upward chain of the conveying equipment causes relative motion between the rake teeth and the cleaner, as well as the gravity of most solid materials. The other part relies on the reverse movement of cleaning debris from the cleaning rake.
The internal inflow type fine grid can select the side clearance component of the front blade teeth according to the flow direction of the grid tooth chain and the usage conditions. When the inclination of suspended solids in a fluid decreases, the liquid can pass through. The entire work process is continuous or intermittent. The main advantages of the power grid are high automation, high separation efficiency, low power consumption, no noise, good corrosion resistance, continuous and stable operation under unmanned conditions, overload safety protection devices, and equipment fault automation.
Turn off to avoid overload. Special note: The internal inlet fine grid can be adjusted according to the requirements of the user's equipment operation interval to achieve regular operation, and can be automatically controlled according to the different liquid levels and power grids. The manual control function is convenient. strength. Users can choose different jobs according to their own needs.
The main body is made of 304 stainless steel. The drive sprocket has excellent wear resistance and self-lubricating properties, as well as good rigidity, mechanical strength, and medium stability. It has good acid and alkali resistance, oil resistance, and cold resistance, making it suitable for use in sewage environments. The guide rail is made of high molecular weight polyethylene and has good wear resistance and self-lubricating properties.
The structure and working principle of the internal inflow fine grid sewage treatment equipment are widely used in modern industry. Therefore, the advantages of the internal inflow fine grid are introduced as follows: adopting technology, stable and reliable operation, low investment, small footprint, and convenient operation and management. The structure of the internal inflow fine grid equipment refers to the advantages of the rotating grid cleaning machine and adopts a unique working principle, that is, the rake chain rotates before and after the grid. When the rake teeth reach the water surface of the grid, they insert into the gaps of the grid and perform cleaning actions from bottom to top. The rake chain is closed to prevent foreign objects from entering, making the equipment run more smoothly.
Internal inlet fine grid is a water treatment equipment that can continuously and automatically intercept and remove various shaped impurities in the fluid. It is a mechanical filtration device used for solid-liquid separation. The motor and reducer driving mechanism of the equipment are installed on the top plate of the frame, and the sprocket on the reducer drives the main chain wheel of the drag chain traction mechanism to rotate, thereby driving the rake teeth installed between the two drag chains to rotate together.
The function of the driven sprocket is to tension the rake tooth chain installed at the rear of the frame and rotate it through the chain with rake teeth. When the dirt captured on the rake teeth assembly is transported to the upper limit position of the frame, the rake teeth rotate downwards with the chain, and the dirt on the rake teeth will automatically fall into the garbage truck or other transportation facilities and be transported away, thus completing a cleaning cycle. The internal inflow type fine grid is widely used.
The internal inflow fine grid is widely used for automatic cleaning and slag removal of sewage outlets in urban sewage treatment plants, sewage pumping stations, power plants, communities, and mines. It can also be used as a front-end automatic screening equipment in wastewater treatment processes in industries such as slaughtering, aquaculture, papermaking, and chemical engineering.
Workshop display
Strict detail presentation quality
Non-standard customization
Set R & D, production, sales, construction in one of the environmental protection equipment service provider.
Strict selection
Years of industry experience, with rich practical experience in production.
Physical factory
Welcome to visit the site and provide professional and feasible programs.
After-sale caring
Pre-sale, sale and after-sales service are completed by special personnel.
Video
The principle of internal flow fine grid is to convert the flow direction of the gear chain into rotational motion driven by the motor reducer. Due to the bending direction of the pulley and track, the upward chain of the conveying equipment causes relative motion between the rake teeth and the cleaner, as well as the gravity of most solid materials. The other part relies on the reverse movement of cleaning debris from the cleaning rake.
The internal inflow type fine grid can select the side clearance component of the front blade teeth according to the flow direction of the grid tooth chain and the usage conditions. When the inclination of suspended solids in a fluid decreases, the liquid can pass through. The entire work process is continuous or intermittent. The main advantages of the power grid are high automation, high separation efficiency, low power consumption, no noise, good corrosion resistance, continuous and stable operation under unmanned conditions, overload safety protection devices, and equipment fault automation.
Turn off to avoid overload. Special note: The internal inlet fine grid can be adjusted according to the requirements of the user's equipment operation interval to achieve regular operation, and can be automatically controlled according to the different liquid levels and power grids. The manual control function is convenient. strength. Users can choose different jobs according to their own needs.
The main body is made of 304 stainless steel. The drive sprocket has excellent wear resistance and self-lubricating properties, as well as good rigidity, mechanical strength, and medium stability. It has good acid and alkali resistance, oil resistance, and cold resistance, making it suitable for use in sewage environments. The guide rail is made of high molecular weight polyethylene and has good wear resistance and self-lubricating properties.
The structure and working principle of the internal inflow fine grid sewage treatment equipment are widely used in modern industry. Therefore, the advantages of the internal inflow fine grid are introduced as follows: adopting technology, stable and reliable operation, low investment, small footprint, and convenient operation and management. The structure of the internal inflow fine grid equipment refers to the advantages of the rotating grid cleaning machine and adopts a unique working principle, that is, the rake chain rotates before and after the grid. When the rake teeth reach the water surface of the grid, they insert into the gaps of the grid and perform cleaning actions from bottom to top. The rake chain is closed to prevent foreign objects from entering, making the equipment run more smoothly.
Internal inlet fine grid is a water treatment equipment that can continuously and automatically intercept and remove various shaped impurities in the fluid. It is a mechanical filtration device used for solid-liquid separation. The motor and reducer driving mechanism of the equipment are installed on the top plate of the frame, and the sprocket on the reducer drives the main chain wheel of the drag chain traction mechanism to rotate, thereby driving the rake teeth installed between the two drag chains to rotate together.
The function of the driven sprocket is to tension the rake tooth chain installed at the rear of the frame and rotate it through the chain with rake teeth. When the dirt captured on the rake teeth assembly is transported to the upper limit position of the frame, the rake teeth rotate downwards with the chain, and the dirt on the rake teeth will automatically fall into the garbage truck or other transportation facilities and be transported away, thus completing a cleaning cycle. The internal inflow type fine grid is widely used.
The internal inflow fine grid is widely used for automatic cleaning and slag removal of sewage outlets in urban sewage treatment plants, sewage pumping stations, power plants, communities, and mines. It can also be used as a front-end automatic screening equipment in wastewater treatment processes in industries such as slaughtering, aquaculture, papermaking, and chemical engineering.
Workshop display
Strict detail presentation quality
Non-standard customization
Set R & D, production, sales, construction in one of the environmental protection equipment service provider.
Strict selection
Years of industry experience, with rich practical experience in production.
Physical factory
Welcome to visit the site and provide professional and feasible programs.
After-sale caring
Pre-sale, sale and after-sales service are completed by special personnel.
Video
