Introduction: The solar automatic insect forecasting lamp is specially developed for the agricultural and forestry insect forecasting. The light uses modern light, electricity, and numerical control technology to realize the functions of automatic far-infrared processing of the insect body, automatic conversion of the insect bag, and automatic operation of the whole lamp. In the case of unsupervised, it can automatically complete system operations such as trapping, killing insects, collecting, repacking, and draining. Various sensor interfaces such as wind speed and direction, environmental temperature and humidity, and light can be added, and data can be uploaded via GPRS to monitor the relationship between the environment and pests. Widely used in: agriculture, forestry, animal husbandry, vegetables, tobacco, tea, medicinal materials, gardens, orchards, urban greening, quarantine and other fields. Features: 1. Comply with the standard of GB/T24689.1-2009 insect situation detection lamp; 2. The overall structure of stainless steel is adopted; 3. Using optical, electrical and numerical control technology, automatic control, compatible with ATCSP disease and insect detection and prevention system; 4. Color 7-inch LCD touch screen control, environmental temperature, humidity and time LED display; 5. Time control can be set separately, both automatic and manual transfer can be done; 6. It can also manually control the functions of turning warehouse, insect trap lamp switch, heating tube switch, insecticidal warehouse and drying warehouse emptying; 7. The insect catcher is automatically converted, and the eight-position automatic conversion system ensures that the insects trapped in 8 time periods are not confused; 8. The upper and lower layers of far-infrared insect body treatment bins can more effectively complete the insecticidal and drying work; 9. The temperature control of the far-infrared insect body processing chamber: after working for 15 minutes, it will reach 85±5℃, and the processing time can be adjusted arbitrarily; 10. The lethal rate of far-infrared insect body treatment is not less than 98%, and the intact rate of insect body is not less than 95%; 11. Far-infrared insect body treatment and storage in separate days (no poison bottle required); 12. Automatically turn on the lights at night, and automatically turn off the lights during the day (standby). In the night working state, it will not change the working state without being exposed to instantaneous strong light; 13. Time period control: set the working time period according to the living habits of the target pests; 14. Rain control device switch: automatically drains rainwater to effectively separate rainworms, and can also be added to automatically control the working state according to changes in external rainfall; 15. Solar power supply system, without external power supply; 16. Lightning protection device: effectively prevent lightning strikes; 17. Various interfaces such as wind speed and direction, ground temperature and humidity, sunlight, rainfall, etc. can be added. Technical parameter: 1. Solar panel: power: ≥240W, battery: DC12V 200Ah/maintenance-free 2. Power consumption: standby state ≤5W; whole lamp power ≤450W 3. Insect trap light source: 20W black light tube (main wavelength 365nm) 4. Impact screen: mutually form an angle of 120 degrees, single screen size: length 595±2mm, width 213±2mm, thickness 5mm 5. Lamp start performance: start within 5S 6. The temperature control of the far-infrared insect body treatment chamber: reach 85±5℃ after 15 minutes of work 7. Insulation resistance: ≥2.5M 8. Lamp body size: 650mm×650mm×2000mm 9. Design life ≥10 years
Introduction: The solar automatic insect forecasting lamp is specially developed for the agricultural and forestry insect forecasting. The light uses modern light, electricity, and numerical control technology to realize the functions of automatic far-infrared processing of the insect body, automatic conversion of the insect bag, and automatic operation of the whole lamp. In the case of unsupervised, it can automatically complete system operations such as trapping, killing insects, collecting, repacking, and draining. Various sensor interfaces such as wind speed and direction, environmental temperature and humidity, and light can be added, and data can be uploaded via GPRS to monitor the relationship between the environment and pests. Widely used in: agriculture, forestry, animal husbandry, vegetables, tobacco, tea, medicinal materials, gardens, orchards, urban greening, quarantine and other fields.
