Maintenance
| No. | Maintenance |
| 1 | After the first debugging, the user removed all nozzles and thoroughly cleaned the inner chamber and pipelines with purified water. |
| 2 | Remove the nozzle and nozzle, use a diameter of 8–10mm gas pipe, and use 0.4–0.8 MPa compressed air to blow and remove blockages from the nozzle and nozzle in the opposite direction of water flow. |
| 3 | When the nozzle and nozzle are not installed, use purified water to effectively clean the cleaning tube on the screen using the manual cleaning function. |
| 4 | Purge the filter screen at the bottom of the inner chamber of the cleaning machine with compressed air from one side of the large hole to the other side of the small hole to remove any blockages. |
| 5 | In the future production process, the time interval for regularly blowing the nozzle with compressed air depends on the blockage of the nozzle. |
| 6 | The cut of the fan-shaped nozzle on the rotating arm is 10mm, and the direction of the cut is the direction of the water flow on the fan surface. When installing, the cut direction is required to be parallel to the rotating arm, so that the spraying efficiency is high. |
| 7 | Nozzle installation: The direction of the fan-shaped incision is parallel to the axial direction of the water pipe length. |
Operational Principle
This machine adopts a multi-stage pump and valve linkage and a PLC+touch screen method to automatically control the cleaning process. Use the impact of water flow and a cleaning agent to clean the dirt on the surface of the cleaned item.
Equipment internal cleaning: The working room is designed according to the preset size of the cleaned items (usually mobile storage tanks);
The control system opens the inlet valve to inject water into the box and heat it. After reaching the specified temperature, the water pump (which can control the water volume through frequency conversion) is started. The rotating arm is moved by the impact of the water flow, and at the same time, it cooperates with the nozzle on the cleaning rack to achieve the function of cleaning items.
Hot air drying: The equipment is equipped with a hot air drying heating package (including fans, heating systems, filters, pipelines, etc.), and the control system can automatically start drying during this process. The interior of the item is dried by hot air.
This machine uses multi-stage pumps and corresponding valves, utilizing various nozzles and rotating arms, to perform comprehensive cleaning of the inner and outer walls of the appliance, enabling the dirt between irregular surfaces, slits, fine holes, and grooves of the appliance to quickly peel off. The cleaned sewage and cleaning solution is discharged from the discharge outlet, and the residual water is blown dry by compressed air after cleaning.
Specification And Model Table
| Product Model | SQX-2.5m³ |
| Volume（m³） | 2.5 |
| Chamber Dimension（W*D*H） | 1300*1360*1400 |
| Overall Dimension（W*D*H） | 2600*1628*2600 |
| Air electric heating (KW) | 14 |
| Water pump power (KW) | 15 |
| Steam Consumption (Water Heating) (kg/h) | DN25,25 |
| Pure Water (kg/batch) | DN25 0.2-0.3MPa 340-550 |
| Injected Water (kg/batch) | DN25 0.2-0.3MPa 225-340 |
| Running Water (kg/batch) | DN150.2-0.3MPa 140-210 |
| Door Opening Mode | Outward winding |
| Cleaning Discharge Port | DN50 |
| Fresh Air Collection in the Clean Area before Cleaning (m2/h) | 470 |
| Drying and Dehumidifying Port (External Connection) | DN200 |
| Aggregate Capacity（kW） | 19 |
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