OK-CQ12F Insect Situation Forecasting Light

Product ID:HZNSbchjc004

US$0.00 ~ US$1.00 PDF Format
Supply Ability:50 SETS/MON
Port:SHENZHEN
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  • Product Introduction
  • Consulting
  • Model NumberOK-CQ12F
    Brand NameOUKEQI
    Payment TermsTT,PAYPAL
    OK-CQ12F Insect Situation Forecasting Light
     
    Introduction:
    The automatic insect forecasting lamp is specially developed for the agricultural and forestry insect forecasting. The 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. It is widely used in agriculture, forestry, animal husbandry, vegetables, tobacco, tea, medicinal materials, gardens, orchards, urban greening, quarantine and other fields.
    Features:
    1. Meet the safety requirements and technical requirements in the GB/T 24689.1-2009 plant protection machinery pest situation monitoring lamp standard.
    2. The overall structure is made of stainless steel.
    3. It adopts optical, electrical and numerical control technology and automatic control.
    4. Color 7-inch Chinese LCD capacitive touch screen operation; can be set and controlled in time intervals, both automatic and manual photography can be taken; Android system intelligent control, environmental temperature, humidity and time display.
    5. The observation lamp has a built-in 1200W pixel camera image acquisition device, which can collect the insects on the conveyor belt in real time through the camera, and the sharpness of the captured image can meet the requirements of artificial identification of the insect species.
    6. The insects are evenly scattered and spread on the conveyor belt. The conveyor belt can accurately send all trapped insects to the shooting area of ​​the high-definition camera device, and the trapped insects are dispersed and flattened by vibration to ensure that each insect The features of the worms are clearly photographed.
    7. The instrument has a built-in counting device, which can record the number of bugs in real time and upload it to the platform.
    8. Remote setting working mode: remote wireless camera and remote setting of terminal device parameters.
    9. When a worm body falls from the image acquisition device, it will automatically take a photo and upload it. When there is no worm body, it will not be photographed and uploaded, which saves network traffic. Both remote automatic photo and manual photo can be taken.
    10. Equipped with automatic cleaning and separate storage devices for insects and insects, which can transport the photographed insects from the shooting area and collect them in the insect receiving bottle. The capacity of the insect receiving bottle is 1.5L, and the insect collecting device can meet the requirements for eight days. Store in separate days.
    11. The alarm parameters of various instruments and data can be uploaded to the remote server remotely through the network, which is convenient for maintenance and management.
    12. Built-in GPS positioning function, check the device site and other data in the map, the device can be tracked if it is stolen.
    13. It can also manually control the functions of turning warehouse, insect trap lamp switch, heating tube switch, insecticidal warehouse and drying warehouse emptying, vibration motor switch, conveyor belt switch, etc.
    14. The upper and lower layers of far-infrared insect body treatment bins can more effectively complete the insecticidal and drying work.
    15. The temperature control of the far-infrared insect body treatment chamber: the temperature reaches 90±5 after 15 minutes of work, and the treatment time can be adjusted arbitrarily.
    16. 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%.
    17. Insect trap light source: 20W insect trap lamp, main wavelength 365μm, lamp start-up time: less than 5 seconds.
    18. Light control control: automatically turn on the light at night and turn off the light automatically during the day (standby). In the working state at night, it is not subject to instantaneous strong light to change the working state.
    19. Time period control: Set the working time period according to the living habits of the target pests.
    20. Rain control system device: a separate drainage system structure automatically drains rainwater, effectively separates rainworms, so that there is no water in the box.
    Technical parameter:
    Power supply: applicable power supply voltage 220V±60V power supply voltage stabilizer isolator can guarantee the output voltage 220V±5V
    Power consumption: standby state ≤5W; whole lamp power ≤450W
    Insect trap light source: 20W black light tube (main wavelength 365nm)
    Impact screen: mutually form an angle of 120 degrees, single screen size: length 595±2mm, width 213±2mm, thickness 5mm
    Lamp start performance: start within 5S
    Temperature control of far-infrared insect body processing chamber: reach 85±5 after 15 minutes of work
    Insulation resistance: ≥2.5M
    Lamp body size: 650mm×650mm×2100mm
    Design life ≥10 years
  • Introduction:
    The automatic insect forecasting lamp is specially developed for the agricultural and forestry insect forecasting. The 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. It is widely used in agriculture, forestry, animal husbandry, vegetables, tobacco, tea, medicinal materials, gardens, orchards, urban greening, quarantine and other fields.
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