Introduction: The high-altitude observation lamp (standard model) is specially developed for the observation and reporting of migratory pests. This lamp 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 entire 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. Features: 1. The overall structure of stainless steel is adopted. 2. The use of light, electricity, and numerical control technology, automatic control. 3. Ambient temperature, humidity and time LED display. 4. Type of trap light source: According to the demand, it can be selected to adapt to the target insect light source-high pressure mercury lamp, metal halide light source; light source power: 125W, 250W, 400W, 1000W optional 5. Light source wavelength: different waveband frequency vibration light source 1#～20# 6. Insulation resistance: ≥2.5MΩ 7. Electrical performance: electrical strength The power input terminal of the high-altitude observation lamp and the accessible conductive parts of the shell can withstand a withstand voltage test of 1500V 50HZ for 1min, and the leakage current value is less than 5mA. There should be no breakdown or flashover during the experiment; 8. Automatically turn on and turn off the equipment according to the day and night environmental changes. 9. Far-infrared insect body treatment: the temperature in the far-infrared insect body treatment chamber is adjustable from 30°C to 90°C, and the equipment can reach 85±5°C after about 15 minutes after starting up. The treatment time is adjustable, and the lethal rate of the insect body treatment is not less than 98. %, the completeness rate of the insect body is not less than 95%; 10. Drainage device: Automatically control the work of the whole lamp according to the change of external rainfall, which can effectively separate rain and insects, and there should be no obvious water accumulation in the box; 11. To ensure the trapping rate of insects, the impact area should not be less than 0.58 square meters. 12. Stainless steel insect box, the size of insect body can be separated; 13. When the power is 1000W, the vertical illumination height of the high-altitude lamp is ≥500m, and the radius of the top of the light beam is ≥450m. 14. The equipment should have lightning protection function. When the structure design cannot guarantee effective lightning protection, lightning protection devices should be installed. 15. Compatible with early warning remote control system, can receive wireless remote control commands, and realize unattended continuous automatic work all-weather Batch switch, positioning, troubleshooting and other functions, while transmitting insect-related data to the monitoring and reporting center. Technical parameter: 1. Power supply: applicable power supply voltage 220V±60V power supply stabilizer isolator can guarantee the output voltage 220V±5V 2. Power consumption: standby state ≤30W; whole lamp power ≤1200W 3. Insect trap light source: 1000W halogen searchlight light source 4. Impact screen: mutually form an angle of 120 degrees, single screen size: length 595 ± 2mm, width 213 ± 2mm, thickness 5mm 5. The temperature control of the far-infrared insect body processing chamber: reach 85±5℃ after 15 minutes of work 6. Insulation resistance: ≥2.5M 7. Lamp body size: 650mm×650mm×2100mm
Introduction: The high-altitude observation lamp (standard model) is specially developed for the observation and reporting of migratory pests. This lamp 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 entire 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.
