How to innovate DPF cleaning machine products? Why should we choose a vibrating magnetic circuit during the application process? When should we first understand what the vibrating magnetic circuit is? The vibration and sweep frequency circuit mainly originates from the circuit technology of the company’s business process. In the analog machine, ideal models and models are selected based on the content of the customer’s application range. The interface between them, with some parameter values indicated as standard models, has practical operations.
Working voltage: 380V, 50Hz indicates whether the power supply voltage used in the control system meets the requirements.
Preparation before cleaning: After completing the operating system, the workpiece to be cleaned should be cleaned. The preparation of the materials used and the spare parts of the cleaning machine can be gathered to complete the cleaning of the workpiece.
Many customers often encounter such problems when using DPF cleaning machines for cleaning work. How can we solve them?
After a period of operation, the pressure of a high-pressure cleaning machine for cleaning suddenly or slowly decreases, which greatly affects the cleaning efficiency. There are several reasons for this manifestation.
It may be due to its prolonged use or accidental damage to the nozzle, resulting in an increase in water consumption.
It may be because the nozzles of the dry ice cleaning machine cannot work properly due to different nozzles placed, or because the pressure is too high, resulting in an increase in subsequent processing costs.
It may be because the nozzle of the dry ice cleaning machine cannot reach the service life of the equipment as long as it is not adjusted properly and the high-pressure particles generated are not adjusted.
Dry ice cleaning machine is a type of cleaning machine mainly used for cleaning casting molds on products such as molds, compressors, and automotive components.
The cleaning system of the dry ice cleaning machine uses high-pressure air to spray the dry ice particles of the machine onto the working surface that needs to be cleaned, and uses the physical reflection of temperature difference to cause different substances to detach at different contraction rates. When dry ice particles at -78 degrees Celsius come into contact with the surface of dirt, they will undergo embrittlement and explosion, causing the dirt to contract and loosen. Subsequently, the dry ice particles will instantly vaporize and expand 800 times. The strong peeling force of the product will quickly and completely detach the dirt from the surface of the object, achieving a fast, efficient, safe, and environmentally friendly cleaning effect. The carbon dioxide used for dry ice cleaning comes from industrial waste gas, high-altitude air separation, etc. Dry ice cleaning itself does not produce carbon dioxide< Eod>.