CHARACTERISTICS

The automatic insect detection and reporting lamp is specially developed for agricultural and forestry insect detection and reporting. The lamp uses modern light, electricity, and numerical control technology to achieve functions such as automatic far-infrared processing of insect bodies, automatic conversion of insect bags, and automatic operation of the entire lamp. In the absence of supervision, it can automatically complete system operations such as insect attraction, pest control, collection, packaging, and drainage. Multiple sensor interfaces such as wind speed and direction, environmental temperature and humidity, and lighting can be added, and data can be uploaded through GPRS to monitor the relationship between the environment and pests and diseases. Widely used in agriculture, forestry, animal husbandry, vegetables, tobacco, tea, medicinal herbs, gardens, orchards, urban greening, quarantine and other fields.

2、 Performance characteristics

1. Meet the safety and technical requirements of GB/T 24689.1-2009 standard for insect detection and alarm lights in plant protection machinery.

2. The overall structure is made of stainless steel.

3. Adopting optical, electrical, and numerical control technologies for automatic control.

4. Color 7-inch Chinese LCD capacitive touch screen operation; Can be set and controlled in different time periods, both automatic and manual photography are available; Android system intelligent control, displaying environmental temperature, humidity, and time.

5. The warning light is equipped with a 1200W pixel camera image acquisition device, which can capture the real-time situation of insects on the conveyor belt through the camera. The clarity of the captured images can meet the requirements for manual identification of insect species.

6. The insect bodies are evenly scattered and laid flat on the conveyor belt. The conveyor belt can accurately deliver all the collected insect bodies to the high-definition camera shooting area, and perform vibration dispersion and leveling treatment on the collected insect bodies to ensure that the characteristics of each insect body are clearly captured.

7. The instrument has a built-in counting device that can record the number of insects in real time and upload it to the platform.

8. Remote setting work mode: remote wireless photography and remote setting of terminal device parameters.

9. When there are insect bodies falling, the self image acquisition device automatically takes photos and uploads them. When there are no insect bodies, no photos are taken and uploaded, saving network traffic. Remote automatic photography and manual photography are both available.

10. Equipped with an automatic cleaning and daily storage device for insect bodies, the captured insect bodies can be transported away from the shooting area and collected into a collection bottle with a capacity of 1.5L. The collection device can store insects for eight days.

11. Various instruments and data alarm parameters can be remotely uploaded to a remote server through the network for easy maintenance and management.

12. Built in GPS positioning function, view device site and other data in the map, and track device theft.

13. It is also possible to manually control functions such as the transfer bin, insect trap light switch, heating tube switch, insecticide and drying bin emptying, vibration motor switch, conveyor belt switch, etc.

14. The upper and lower layers of far-infrared insect body processing chambers are more effective in completing insecticidal and drying work.

15. Temperature control of far-infrared insect body processing chamber: After working for 15 minutes, the temperature reaches 90 ± 5 ℃, and the processing time can be adjusted arbitrarily.

16. The mortality rate of far-infrared insect body treatment is not less than 98%, and the integrity rate of the insect body is not less than 95%.

17. Insect lure light source: 20W insect lure lamp tube, main wavelength 365 μ m, lamp tube start-up time: less than 5 seconds.

18. Light controlled control: Automatically turn on the lights at night and turn off the lights during the day (standby). In the working state at night, it is not affected by momentary strong light exposure to change the working state.

19. Time period control: Set working time periods based on the living habits of target pests.

20. Rain control system device: a separate drainage system structure that automatically discharges rainwater, effectively separates rain insects, and prevents water accumulation inside the box.

21. Power supply: Voltage fluctuation range: 220V ± 60V, equipped with leakage protection device (AC type) or optional solar power supply: solar energy is used in combination with batteries (DC type).

22. Lightning protection device: effectively prevents lightning strikes.

23. Multiple environmental parameter interfaces such as wind speed and direction, ground temperature and humidity, light intensity, and rainfall can be added.

24. Network mode: Multiple networking methods including 4G/WIFI/wired can be freely selected, allowing for network management anytime and anywhere.

25. Identification and filtering of large and small insects: A filter is installed around the capture port to prevent non target large insects from entering the device and affecting the automatic identification of small insects (optional).

3、 Technical parameters

1. Power supply: Suitable for power supply voltage of 220V ± 60V. The power stabilizer isolator can ensure an output voltage of 220V ± 5V

2. Power consumption: standby state ≤ 5W; whole lamp power ≤ 450W

3. Insect attracting light source: 20W black light tube (main wavelength 365nm)

4. Impact screen: 120 degree angle to each other, single screen size: 595 ± 2mm long, 213 ± 2mm wide, 5mm thick

5. Lamp start-up performance: start within 5 seconds

6. Temperature control of far-infrared insect body processing chamber: reach 85 ± 5 ℃ after 15 minutes of operation

7. Insulation resistance: ≥ 2.5M

8. Lamp body size: 650mm × 650mm × 2100mm

9. Design lifespan ≥ 10 years