1、 Product Introduction

The TYQ-LYZ field microclimate meteorological station is used for long-term timed collection and recording of field environmental temperature, humidity, light, soil moisture, wind speed, wind direction, and rainfall. (Basic configuration includes light, temperature, and humidity, while others require additional equipment). Can provide a basis for agricultural planning and rational crop layout. At the same time, it can also assist relevant departments to make timely early warning and scheduling arrangements in advance for disastrous weather, such as drought, flood, low temperature and frost, so as to minimize the economic losses caused by disastrous weather.

2、 Product Usage

Suitable for agricultural production and scientific research purposes;

2、 Product Features

It can simultaneously measure seven indicators including temperature, relative humidity, photosynthetically active radiation, wind speed, wind direction, rainfall, and soil moisture.

Intelligent micro meteorological multi in one sensors and flexible combination of extended elements;

Integrating data collection and wireless communication, the collection density can be set by oneself;

● Can be used as a single station application or networked for wireless data transmission;

● Support communication/solar power supply methods;

Built in large capacity data storage, capable of continuously storing over 20000 pieces of data;

The bracket adopts anti-corrosion protection treatment, with good salt spray resistance and no rusting in corrosive climate environments.

3、 Product Features

1. It can connect up to 16 meteorological sensors, including wind speed, direction, rainfall, temperature, humidity, air pressure, radiation, etc;

2. The core adopts a 16 bit microprocessor, and the system clock can reach up to 36MHz, with ultra fast execution speed;

3. Can remotely burn programs, facilitating system improvement and upgrades;

4. A friendly human-machine interface that allows for direct parameter settings on the panel;

5. The input and output adopt optoelectronic isolation, with strong anti-interference ability;

6. Using 12 bit A/D for analog-to-digital conversion, with high conversion accuracy and small errors;

7. The acquisition device has a time calibration function to minimize the time difference between the acquisition device and Beijing time;

8. Communication with the upper computer can be achieved through various methods such as RS232, RS48, GPRS5, USB, and data transmission radio;

9. Customizable USB external data storage for massive data storage;

10. Display format: Graphic dot matrix LCD 192X64;

11. Data storage capacity: 12M

Save once every minute for 30 days;

Save every 10 minutes for 300 days;

Save once every hour for 1800 days;

12. Number of serial ports: 3;

13. Can connect 16 analog channels and 16 digital channels;

14. Working power supply: AC220V, DC12V-36V, solar battery;

15. Power consumption: The overall power consumption of the machine shall not exceed 2W;

16. Environmental temperature -20-70

4、 Product parameters

Power supply system: optional between solar energy, DC, and mains power;

Communication system: RS232, RS485, USB, RJ45, GPRS, optional data transmission radio;

Installation bracket: 2.5m galvanized pipe;

Working environment: -50~+50 ℃, 0-100% RH;

Reliability: Mean time between failures>6000 hours

Protection level: IP65, lightning protection, electromagnetic interference protection, salt spray corrosion protection;

Collector: Embedded operating system collector, multi-channel data acquisition;

Data storage: 4M FLASH data storage, expandable USB flash drive storage;

Timekeeping accuracy: Real time clock, accuracy better than 20 seconds/month

System power supply: solar/AC/DC power supply mode;

System power consumption: calibrated according to configuration;

Collection function: Sampling and storage can be remotely upgraded;

Communication method: GPRS/CDMA/satellite remote transmission center station and on-site direct connection;

Data output: meteorological specifications/user customization