ZD-NLE6 High-Altitude Intelligent Pest Monitoring System

I. Product Introduction

The ZD-NLE6 High-Altitude Intelligent Pest Monitoring System is a plant protection device developed by our company specifically for high-altitude migratory pests. It uses a special light source to attract pests by projecting light into the air. Under unattended conditions, it can automatically complete system operations such as trapping, killing, photographing, collecting, packaging, and draining. Utilizing wireless transmission technology and IoT technology, it uploads pest data in real-time to the IoT cloud platform, meeting the needs for high-altitude pest prediction and specimen collection. The device features a triangular glass lamp cover, effectively preventing damage to the light source caused by harsh weather. During use, it should be placed away from tall surrounding objects to avoid reduced trapping effectiveness and impact on the accuracy of pest forecasting.

This device is commonly used to monitor high-altitude migratory pests such as meadow moths and two-spotted noctuid moths. It can be installed in relatively open areas such as rooftops or high platforms and is widely used in agriculture, forestry, horticulture, animal husbandry, and more.

Common Pest Monitoring Applications:

Vegetable Gardens: Spodoptera litura, beet armyworm, etc.;

Rice Fields: Rice leaf roller, etc.;

Forestry: Meadow moth, etc.;

Wheat Fields: Armyworm, etc.;

Corn: Armyworm, cotton bollworm, two-spotted noctuid moth, etc.;

II. Technical Parameters

1. Overall structure made of spray-coated stainless steel;

2. Utilizes optical, electrical, and numerical control technologies. Trapping light source power: 1000W;

3. Illumination height: ≥800 meters;

4. Input voltage: 220V, operating voltage: AC220V;

5. Voltage fluctuation range: 220V±40V, with a power stabilizer ensuring output voltage of 220V±5V;

6. Power consumption: ≤1200W, standby ≤10W;

7. Lamp full startup time: ≤3 minutes;

8. Device dimensions: 800×800×1453mm (excluding glass);

9. Equipped with 4 L-shaped tempered glass panels, overall dimensions: 375*450mm±2 (impact screens at 90° to each other);

10. Light control function: Automatically turns on at night and off during the day (standby). During nighttime operation, it is not affected by sudden strong light changes;

11. Time control function: Allows arbitrary setting of start and end times;

12. Far-infrared pest treatment chamber temperature control: Reaches 85±5°C within 15 minutes of operation, adjustable from 30°C to 90°C;

13. Far-infrared pest treatment mortality rate ≥98%, pest body integrity rate ≥95%;

14. Rain control device: Automatically controls the lamp operation based on external rainfall;

15. Drainage device: Effectively separates rain and pests;

16. Full machine functions: Light control, time control, rain control, infrared pest treatment, ambient temperature and humidity, device information LCD display;

17. Customizable modes: Adjust trapping time, killing time, and killing temperature according to regional conditions to balance effectiveness and energy efficiency;

18. Networking function: Connects to the smart agriculture IoT platform via 4G IoT card, enabling remote viewing of device status and information, and remote configuration of parameters such as work mode, operation time, collection time, heating time, and heating temperature;

19. Photographic device: Equipped with a 12-megapixel camera for automatic imaging, with pest images automatically uploaded to the smart agriculture IoT system platform for monitoring and early warning;

20. Structural design includes a 1000W metal halide lamp;

21. Operates normally in temperatures from 0°C to 70°C and humidity ≤95% RH. Storage in temperatures from -40°C to 70°C does not affect normal use;

22. Built-in positioning function allows viewing of device location and operational status on the platform map;

23. Common pests monitored by the device include but are not limited to: Rice leaf roller, Spodoptera litura, beet armyworm, cotton bollworm, two-spotted noctuid moth, etc.