Pipeline filter works:
1) Flow direction The filtered liquid from the pipe filter enters the pipe filter from the lower part of the barrel N2, passes through the lower fixing plate and enters the filter element, flows from the inside to the outside of the filter core, and flows out of the filter from the central N1 mouth of the barrel. The pollutants are discharged from the sewage outlet N3.
2) Filtration process of the pipeline filter During the flow of the liquid from the inside of the filter element to the outside of the pipeline filter, the solid particles are trapped inside the filter element. With the increase of pollutants, the pressure difference between the pollution side and the clean side of the filter also gradually increases. When the pressure difference reaches the set value (set value can be empirical or debugging value), the filter starts the automatic backwash process.
3) Pipeline filter backwashing process The pipe filter reducer rotates the rotating arm through an intermediate connecting shaft, which controls the angle of the rotating arm by infrared radiation to align it with the cleaned filter element.
Make pressure difference between the outside of the cleaned filter and the sewage outlet;
Pipeline filter under the pressure difference, the clean side of the flow from the outside of the filter element to the inner side of the wash, backwash, accumulate in the filter inside the pollutants are washed out and discharge through the sewage outlet N3 pipe filter;
The backwash time of each filter element can be automatically adjusted according to process changes, and the back sluice valve is closed. The backwash process of the filter element ends. The gear motor drives the rinsing arm to rotate again, backflushes the next filter element, and the drain valve opens again. Such push backwash for each filter element;
The number of groups for one cycle flushing of the pipeline filter during the entire backwashing process is N-1. At the end of one cycle, the rotating arm is left at the position of N-1. The automatic pipeline filter of Beijing Luolun Environmental Engineering Co., Ltd. waits for the next cycle. rinse;
Pipeline filter Since backflushing is a flushing process of a filter element of a filter element, the pipe filter maintains continuous flow filtration status during the back flushing process.
1. When the pipeline filter is filtered, the filter bag is gradually blocked by the impurities in the system due to impurities in the filter bag, and the pressure difference between the inlet and the outlet occurs. When the pressure difference increases to the set value, the sensor automatically turns on the signal to sound, reminding you to replace the filter bag!
2. The pipeline filter can perform light and buzzer at the same time and can be applied to different working environments.
Pipeline filter usage notes:
The pipeline filter has been debugged before leaving the factory, and the user can run it directly when it is used. When the operating parameters of the pipeline filter can not meet the requirements of the user, the user can set the parameters according to the actual operating conditions, and choose the manual control, automatic control mode to work accordingly.
When the pipeline filter is run for the first time, follow these steps:
1) Check whether the pipeline filter is in normal working condition. 2) Check whether the connections of the pipeline filter are firm.
3) Look at the pipe filter The electric control box section should be dry.
4) When the power is turned on, the green power indicator light is on. This indicates that the electronic control part of the pipeline filter is in normal working condition and the equipment can be put into trial operation.
Pipeline filter technology:
A. Pipeline filter has high filtration accuracy and stable effluent quality. B. The pipeline filter realizes automatic back flushing through its own retrieval and strain function, which can respond to unstable water quality fluctuations without manual intervention. C. Sensitive control system and precise operation. Can be based on different water sources and filtering accuracy. D, Cleaning It is highly efficient, thorough, and highly recoverable. Filters can be used for life without replacement. 5, backwash without interrupting normal water production, continuous operation, stable and reliable. F, anti-rinsing time is short, backwash water consumption is only 0.001 ~ 0.002% of normal water production, save water, save electricity, save energy. 7, compact and reasonable structural design, small footprint, flexible and convenient installation and movement. E. Less equipment wearing parts, no consumables, low operation and maintenance costs, and simple operation and management. 9, a wide range of applications, applicable to different raw water quality and water requirements.
1) Flow direction The filtered liquid from the pipe filter enters the pipe filter from the lower part of the barrel N2, passes through the lower fixing plate and enters the filter element, flows from the inside to the outside of the filter core, and flows out of the filter from the central N1 mouth of the barrel. The pollutants are discharged from the sewage outlet N3.
2) Filtration process of the pipeline filter During the flow of the liquid from the inside of the filter element to the outside of the pipeline filter, the solid particles are trapped inside the filter element. With the increase of pollutants, the pressure difference between the pollution side and the clean side of the filter also gradually increases. When the pressure difference reaches the set value (set value can be empirical or debugging value), the filter starts the automatic backwash process.
3) Pipeline filter backwashing process The pipe filter reducer rotates the rotating arm through an intermediate connecting shaft, which controls the angle of the rotating arm by infrared radiation to align it with the cleaned filter element.
Make pressure difference between the outside of the cleaned filter and the sewage outlet;
Pipeline filter under the pressure difference, the clean side of the flow from the outside of the filter element to the inner side of the wash, backwash, accumulate in the filter inside the pollutants are washed out and discharge through the sewage outlet N3 pipe filter;
The backwash time of each filter element can be automatically adjusted according to process changes, and the back sluice valve is closed. The backwash process of the filter element ends. The gear motor drives the rinsing arm to rotate again, backflushes the next filter element, and the drain valve opens again. Such push backwash for each filter element;
The number of groups for one cycle flushing of the pipeline filter during the entire backwashing process is N-1. At the end of one cycle, the rotating arm is left at the position of N-1. The automatic pipeline filter of Beijing Luolun Environmental Engineering Co., Ltd. waits for the next cycle. rinse;
Pipeline filter Since backflushing is a flushing process of a filter element of a filter element, the pipe filter maintains continuous flow filtration status during the back flushing process.
1. When the pipeline filter is filtered, the filter bag is gradually blocked by the impurities in the system due to impurities in the filter bag, and the pressure difference between the inlet and the outlet occurs. When the pressure difference increases to the set value, the sensor automatically turns on the signal to sound, reminding you to replace the filter bag!
2. The pipeline filter can perform light and buzzer at the same time and can be applied to different working environments.
Pipeline filter usage notes:
The pipeline filter has been debugged before leaving the factory, and the user can run it directly when it is used. When the operating parameters of the pipeline filter can not meet the requirements of the user, the user can set the parameters according to the actual operating conditions, and choose the manual control, automatic control mode to work accordingly.
When the pipeline filter is run for the first time, follow these steps:
1) Check whether the pipeline filter is in normal working condition. 2) Check whether the connections of the pipeline filter are firm.
3) Look at the pipe filter The electric control box section should be dry.
4) When the power is turned on, the green power indicator light is on. This indicates that the electronic control part of the pipeline filter is in normal working condition and the equipment can be put into trial operation.
Pipeline filter technology:
A. Pipeline filter has high filtration accuracy and stable effluent quality. B. The pipeline filter realizes automatic back flushing through its own retrieval and strain function, which can respond to unstable water quality fluctuations without manual intervention. C. Sensitive control system and precise operation. Can be based on different water sources and filtering accuracy. D, Cleaning It is highly efficient, thorough, and highly recoverable. Filters can be used for life without replacement. 5, backwash without interrupting normal water production, continuous operation, stable and reliable. F, anti-rinsing time is short, backwash water consumption is only 0.001 ~ 0.002% of normal water production, save water, save electricity, save energy. 7, compact and reasonable structural design, small footprint, flexible and convenient installation and movement. E. Less equipment wearing parts, no consumables, low operation and maintenance costs, and simple operation and management. 9, a wide range of applications, applicable to different raw water quality and water requirements.
Bike Helmet,Bicycle Helmet,Cycle Helmet,Cycling Helmet
Dongguan Yoloon Sports Goods Co.,LtD , https://www.yoloonprotections.com