In sewage treatment equipment, the K107 reducer plays an important role to support the stable operation and efficient processing of the equipment. When a new urban sewage treatment plant is a reduction in the mixing device of the biochemical reaction pool when the reducer Selection is comprehensively considered the size of the pool body, the characteristics of the mixing medium, and the process requirements. After calculation, it is determined that a reducer that can provide about 500 N · m torque and speed at a speed of 30-60 RPM. In the end, the K107 reducer was selected and the horizontal installation method was used. In actual operation, the reducer performed well and the mixing effect was good, which provided a strong guarantee for the stable operation of the sewage treatment plant. In the following, our Guangdong Xiangru Electromechanical Equipment will explain its application scenarios and Selection in detail in combination with examples.
1. The application scenario of the K107 reducer in the sewage treatment equipment
1, stirring device
In the biochemical reaction pool of sewage treatment, it is necessary to fully contact the sewage with microorganisms to promote the reaction. The K107 reducer can provide a suitable speed and torque to the mixer to ensure that the stirring is evenly. For example, in the anaerobic reaction pool of a large urban sewage treatment plant, the mixing device driven by the K107 reducer can fully mix the sludge and sewage, improve the reaction efficiency, and accelerate the decomposition of organic matter.
2. Small back pump
Flow the precipitated sludge to the front -end processing unit to maintain the microbial concentration in the biological treatment system. The K107 reducer can provide stable impetus for the sludge back pump to ensure its normal operation under different operating conditions. At a sewage treatment station in a industrial park, the K107 reducer effectively drives the sludge back pump to ensure the stability and efficiency of the processing process.
3, a water heater
In the sequential activity sludge method (SBR) process, the water heater is used to discharge the clearance liquid after treatment. The K107 reducer can accurately control the actions of the water heater and achieve a stable and efficient drainage process. For example, in a medium -sized sewage treatment plant with SBR process, the K107 reducer ensures the accurate operation of the water heater and improves water out of water.
2. K107 reducer in the sewage treatment equipment Selection Key points
1. Torque and speed requirements
Calculate the torque and speed required according to the process requirements and load characteristics of the processing equipment. For example, a large mixing device requires larger torque to overcome the resistance; for the water heater, it may pay more attention to the precise control of the speed. In a daily sewage treatment plant with a large daily processing volume, with sufficient torque output was selected by a detailed analysis of the load of the mixer . a K107 reducer
2. Working environment
Consider the wet environmental conditions such as the humidity and corrosive gases of the sewage treatment plant. Select the K107 with good protection level and corrosion resistance . deceleration model In a sewage treatment plant in a coastal area, due to the high salt in the air, the K107 reducer with special anticorrosive treatment is selected to prevent corrosion damage.
3. Installation method and space limit
According to the structure and installation space of the device, choose the appropriate installation method (such as horizontal, vertical) and size. At a compact small sewage treatment station, by selecting the appropriate K107 reducer installation method, the limited space is fully used to achieve the normal installation and operation of the equipment.
, 4, reliability and maintenance needs
Choose a reliable and easy -to -maintain K107 reducer. For example, at Selection, a sewage treatment plant is given priority to the brand with good reputation and after -sales service to ensure the stability of the reducer in long -term operation and facilitate later maintenance and maintenance.
