The WQ submersible sewage pump is a pump product used in the environmental protection industry to transport solid-liquid mixed liquids such as solid particles, fibers, such as domestic sewage, industrial wastewater, mud, and the like. ![Sewage pump]()
First, the basic principle
The WQ submersible sewage pump is a pump product used in the environmental protection industry to transport solid-liquid mixed liquids such as solid particles, fibers, such as domestic sewage, industrial wastewater, mud, and the like. The WQ submersible sewage pump consists of a sewage pump, a sealing system, a submersible Motor, a control and protection system, and an automatic installation system. Different from the general sewage pump, the pump and the motor rotate coaxially in the WQ submersible sewage pump and simultaneously submerged into the liquid. The pump's sealing system effectively prevents liquid from entering the motor cavity to protect the motor from safe operation. The control and protection system causes the pump to alarm and stop for maintenance in the event of water leakage, oil leakage, overload, overheating, and lack of equal failure.
Second, the key to technology
The automatic installation system of the WQ submersible sewage pump is connected to the pipeline system by the coupling device, so that the pump is automatically connected or disconnected during installation and disassembly. The WQ submersible sewage pump is an indispensable equipment in water treatment. Its safe operation directly affects the safe operation of the entire water treatment system. Therefore, the most important problem in the WQ submersible sewage pump is to ensure the reliability of the pump. The key problem affecting the reliability of the sewage pump is the pump. Sealing performance and no overload performance, as well as the service life of important components, the new sealing technology combining the impeller fluid dynamic seal and mechanical seal in the pump seal, the sealing reliability has been greatly improved. In the no-overload performance, the full-field theory is used to design the hydraulic design of the pump. At the same time, the dual-channel impeller is used, so that the pump not only has a large passing capacity but more importantly, the pump does not exceed the rated power of the motor over the entire lift range. And use the motor overload. Article from: http://NewsDetail267T2.html China Hardware Business Network http://news.chinawj.com.cn Editor: (Hardware Business Network Information Center) http://news.chinawj.com.cn
First, the basic principle
The WQ submersible sewage pump is a pump product used in the environmental protection industry to transport solid-liquid mixed liquids such as solid particles, fibers, such as domestic sewage, industrial wastewater, mud, and the like. The WQ submersible sewage pump consists of a sewage pump, a sealing system, a submersible Motor, a control and protection system, and an automatic installation system. Different from the general sewage pump, the pump and the motor rotate coaxially in the WQ submersible sewage pump and simultaneously submerged into the liquid. The pump's sealing system effectively prevents liquid from entering the motor cavity to protect the motor from safe operation. The control and protection system causes the pump to alarm and stop for maintenance in the event of water leakage, oil leakage, overload, overheating, and lack of equal failure.
Second, the key to technology
The automatic installation system of the WQ submersible sewage pump is connected to the pipeline system by the coupling device, so that the pump is automatically connected or disconnected during installation and disassembly. The WQ submersible sewage pump is an indispensable equipment in water treatment. Its safe operation directly affects the safe operation of the entire water treatment system. Therefore, the most important problem in the WQ submersible sewage pump is to ensure the reliability of the pump. The key problem affecting the reliability of the sewage pump is the pump. Sealing performance and no overload performance, as well as the service life of important components, the new sealing technology combining the impeller fluid dynamic seal and mechanical seal in the pump seal, the sealing reliability has been greatly improved. In the no-overload performance, the full-field theory is used to design the hydraulic design of the pump. At the same time, the dual-channel impeller is used, so that the pump not only has a large passing capacity but more importantly, the pump does not exceed the rated power of the motor over the entire lift range. And use the motor overload. Article from: http://NewsDetail267T2.html China Hardware Business Network http://news.chinawj.com.cn Editor: (Hardware Business Network Information Center) http://news.chinawj.com.cn
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