Sealing machine

1. Medical drying cabinet
2. Product model: RC-D500
3. Boundary dimension: (L × W ×H) 937 × 665 × 2060mm
4. Drying chamber size:( L × W ×H) 600 ×555 × 1510mm
5. Drying chamber capacity: 500L
6. Machine weight: 270Kkg
7. Rated input power: 5.2kVA
8. Power supply: AC380V 50Hz
9. Environmental temperature: 5 ℃~35 ℃
10. Environmental humidity: When the ambient temperature is below 31 ℃, the maximum relative humidity is 80%, and when the ambient temperature is 35 ℃, the maximum relative humidity linearly decreases to 67%.
11. Atmospheric pressure: 80kPa~106kPa
12. Environmental pollution level: Pollution level 2, with no explosive gases, high concentration dust, or corrosive gases around.
13. Purpose: Use surgical instruments, glassware, respiratory therapy items, and other equipment or items with residual liquid on the surface or inside after cleaning for drying.
14. Machine material: The overall equipment is made of high-quality S30408 stainless steel, with a stable structure. It is made of hollow double-layer tempered glass and effectively insulated.
15. Double door interlocking: achieved through internal lock body device and push rod device, ensuring that only one door can be opened simultaneously for double doors.
16. Glass doors can be seen through: using hollow double-layer tempered glass, fixed and installed through glass pressure plates for easy insulation.
17. Close the door: After the equipment that needs to be dried is loaded into the drying chamber, close the door through the door opening and closing handle
18. Door opening and closing limit: When the door is locked tightly, trigger the door limit to ensure that the drying chamber is fully locked. If the door is not fully closed, running the drying program will pop up an alarm prompt
19. Display device: Adopting industrial touch screen as the human-machine interaction interface
20. Fully automatic control system: using human-computer interaction interface and Mitsubishi PLC, precise control, safe and reliable, one click start to end, automatic completion of the entire process, displaying temperature and drying time, and the system can be maintained and upgraded
21. Parameter settings: Click on the "System Settings" button on the main screen to enter the system settings screen. Enter the system settings screen to change the operating mode parameters, system parameters, alarm parameters, and view historical data
22. Time setting: The display time of the drying cabinet is controlled by the controller. If you need to adjust the drying cabinet display room, you need to enter the time setting screen, adjust the hour, minute, second, and specific time in sequence, then press to save the current screen setting parameters and exit the current operation screen.
23. Heating time: During the preheating stage, the temperature should not be less than 2 ℃ every 1 minute. After the drying is completed, the temperature of the drying chamber should be less than 50 ℃
24. Surface temperature: On any surface 80mm or more away from the box door frame, observation window, exhaust hole, motor shaft, etc., the surface temperature should be ≤ 35 ℃
25. Fault alarm display: drying cabinet temperature abnormal alarm, drying temperature too high alarm, heating fault alarm, cooling fault alarm, air inlet temperature abnormal alarm, communication abnormal alarm, etc. After the fault alarm, the equipment automatically terminates the drying operation cycle
26. Temperature sensor: Using PT100 platinum resistor as the temperature sensor, the temperature unit is ℃
27. Mode switching: Click the mode switching button to select high temperature mode, medium temperature mode, low temperature mode, or custom mode, and then click the start button to run the drying mode.
28. Printer: Using a high-performance thermal printer as the information recording device, the printed information is as follows: company name, product specifications and models, selected drying mode, operating drying temperature, time and results, and alarm information in case of failure
29. Information storage: The temperature, time, and working status of the drying chamber, the working mode and parameter settings of the drying chamber, the usage records and historical data records of the drying chamber, the screen saver interface and password protection interface of the drying chamber, and at least 300 drying records shall be stored
30. Exhaust pipeline: The air outlet of the drying cabinet leads out the high-temperature exhaust gas generated during operation to the outside. The drying cabinet is equipped with a steel wire hose at the factory and is installed on the air outlet above the drying cabinet using a hose clamp
31. Placement of dry items: Hang conduit items on the conduit hanger so that the outlet of the conduit hanger is facing the conduit opening; Non catheter items are laid flat on the instrument tray, with gaps between each instrument to facilitate air circulation in the drying chamber
32. Drying process

① Heating up stage: Turn on the fan and hot air box, heat the drying chamber to the predetermined temperature and enter the drying stage
② Drying stage: Use a predetermined temperature control program to fluctuate the drying temperature within a certain range, and enter the cooling stage after drying for a period of time
③ Cooling stage: Turn on the fan, close the hot air box, and continuously blow cold air into the drying chamber to lower it to the set temperature value

1. End drying program: If the work program has already ended, the display screen will give you a prompt that the drying is complete