| Intelligent Micro-light Wave Integrated Tea Fixing Machine Technical Parameters | |||
| Equipment Name | Intelligent micro-light wave integrated tea fixing machine | Equipment specifications and models | 6c-DASWG-300 |
| Equipment dimensions | 6400mm*1250mm*1650mm (Length, Width, Height) | ||
| Rated input power of power supply | Three-phase five-wire cable, 380V±5%, 50Hz±1%. | ||
| (Variable frequency) transmission speed | 0.5-5 M/min | Conveyor bandwidth | 1200MM |
| Ambient temperature | -10 to 40℃ | Relative humidity ≤80% | |
| Work environment | There are no corrosive gases or fluids, conductive dust, explosive gases, or high-temperature flammable materials in the vicinity. | ||
| Structural form | The feeding elevator, main unit, cooling mechanism, and discharge unit are a complete single-layer integrated system. | ||
| microwave feed method | Top feed plus side feed | Hot air feed method | Side feed plus bottom feed |
| Microwave power supply cooling methods | air-cooled | Magnetron cooling methods | Water cooling + air cooling |
| Temperature measurement range and accuracy | 0-300℃ | Temperature control intelligent high-precision sensor probe | |
| Control method | PLC program control, high-sensitivity touch screen operation, and visual operation monitoring | Security Protection | High temperature resistant and flame retardant material |
| Technical characteristics of Di'an Optoelectronics' micro-light wave equipment | |||
| 1. Large touchscreen PLC control; the equipment has a tea processing capacity of approximately 75-100 kg/hour. | |||
| 2. Power output: Apparent total power 100KW; | |||
| Three: Industrial-grade frequency converter; the entire unit needs to be equipped with an independent integrated water-cooling and air-cooling system; | |||
| 4. Automatic sensor program controls temperature, humidity, and speed; | |||
| 5. The intelligent integrated microwave and light wave fixation method results in high fixation efficiency, green tea leaves with rich aroma and flavor. | |||
| Six: The cabinet is made of 5mm thick alloy plate, with a flush door sill structure, making cleaning quick and easy without dead corners, and multiple cleaning doors are set on both sides; | |||
| 7. The control panel is integrated into the main unit with a recessed structure, making it simple and aesthetically pleasing. | |||
| 8. Independent dehumidification system, each box can be controlled individually; the dehumidification and exhaust system adopts a water-air separation device, and is equipped with PVC pipes to collect the water and air inside the equipment; | |||
| Nine: Utilizing big data and IoT technology, the device can be optionally equipped with a mobile app for remote control; | |||
| 10. It adopts cooling methods such as air cooling and water cooling, and the integrated module has multiple composite cooling modes; | |||
| 11. The lifting, conveying, storage, and leveling mechanism adopts an electric structure with precise digital display. It can be electrically adjusted up and down independently or moved left and right in conjunction. | |||
| 12. The overall design of the equipment is a simple, integrated system that improves material uniformity, uses microwave light wave sterilization, and discharges the material. | |||
| 13. The door is made of 5mm thick alloy plate, with 5mm fixed reinforcing plates on both the inside and outside of the door opening, and the door is sealed with hinges on 3 sides. | |||
| 14. The material-contacting sidewalls and process return pipes are made of food-grade PVC or 304 stainless steel. | |||
| 15. The power supply layout adopts a left-right distributed structure, located on both sides of the cabinet, ensuring even heat dissipation; | |||
