This utility model provides an in-situ cleaning
machine for a positive
electrode material heat exchange device. Its
medicine tank and water tank are mounted on a frame. A water outlet
pipe connects to a water pump and the bottom of the
medicine tank and water tank, and a cleaning
pipe connects to the heat exchange device. A return
water pipe connects to the
heat exchanger and the upper end of the
medicine tank and water tank. A drain
pipe connects to a pneumatic pump and the bottom of the medicine tank and water tank. A
water delivery pipe connects to the pneumatic pump. An air blowing pipe connects to the cleaning pipe. The control box is equipped with a touch screen and a PLC controller. This application includes a medicine tank, water tank, water pump, pneumatic pump, pipes, an air blowing pipe, and a control box. The cleaning
machine is directly connected to the
heat exchanger to be cleaned. The medicine from the medicine tank is injected into the
heat exchanger for soaking and circulating cleaning, followed by
water circulation cleaning. Finally, air blowing is used to expel the internal liquid. This equipment achieves automatic cycle switching cleaning, has a high degree of
automation, and achieves in-situ cleaning without disassembling the entire
machine, increasing cleaning speed, reducing labor intensity, improving cleaning efficiency, saving labor and time costs, and reducing equipment
failure rate.