Internet of Things Pest Monitoring Lamp / Pest Monitoring System / Pest Monitoring Equipment

Internet of Things Pest Monitoring Lamp / Pest Monitoring System / Pest Monitoring Equipment

1. Complies with the national standard GB/T24689.1-2009 for plant protection machinery pest monitoring lamps;

2. Platform system availability must reach 99.9% or higher;

3. The overall structure is made of stainless steel with spray coating;

4. The trapping light source should use a black light tube with a power of 20W and a main wavelength of 365nm;

5. Operates normally in environments with temperatures of 0°C to 70°C and humidity not exceeding 95% RH. Storage in ambient temperatures of -40°C to 70°C does not affect normal use;

6. Power supply system: AC 220V;

7. The lamp start-up time should not exceed 5 seconds. After 15 minutes of operation, the temperature in the far-infrared insect treatment chamber should reach 80°C to 90°C;

8. The power consumption of the pest monitoring lamp should not exceed 100W, with standby power not exceeding 5W;

9. The light control sensor should automatically control the operation of the monitoring lamp based on changes in external light. Under normal nighttime operation, sudden exposure to strong external light should not alter its working state;

10. The rain control sensor should automatically control the operation of the monitoring lamp based on changes in external rainfall;

11. The drainage device should separate rain and insects, with no significant accumulation of water inside the chamber;

12. The far-infrared insect treatment should achieve a mortality rate of no less than 98% and an insect integrity rate of no less than 95%;

13. Safety requirements: The insulation resistance of the power voltage stabilizer isolator should be no less than 2.5MΩ and capable of withstanding a voltage withstand test of 1500V at 50Hz for 1 minute without breakdown;

14. The external surface of the structure should not have defects such as sharp corners, edges, or burrs that could cause injury. Welds should be smooth, firm, bright, and free of burrs. The appearance should be neat and aesthetically pleasing, with a smooth and clean surface, uniform color, and no cracks or other defects. The overall structure should be sturdy and free from looseness;

15. The smart touchscreen control system should be capable of collecting, processing, and storing information from light control sensors, rain control sensors, and positioning sensors, and should control functions such as timing, trapping light sources, far-infrared insect treatment, drainage, and time-based storage;

16. Imaging device: Equipped with a 12-megapixel camera that automatically captures pest images, which are then uploaded to the smart agricultural IoT system platform for monitoring and early warning;

17. The insect collection tray should feature self-shaking and cleaning functions twice;

18. The system automatically identifies pest species from uploaded images with an accuracy rate of over 99.7% and automatically counts the number of different pest types. Users can monitor pest disaster situations in real-time on the system platform;

19. The system builds a pest database for real-time viewing and comparison of insect specimens, allowing queries of device report data, sensor data, and image details;

20. Lamp dimensions: 550mm * 550mm * 1820mm (±2mm);

21. Possesses a computer software copyright registration certificate for the IoT pest monitoring and early warning system.

23. Solar power supply system

(1) 80W monocrystalline solar panels, 2 units;

(2) 100AH gel battery, 1 unit, with a discharge depth of ≥90% and built-in overcharge protection;

(3) Operating temperature: -30°C to 50°C;