Intelligent era high-precision micro meteorological station

Zhiyi Era high-precision micro meteorological station is a compact intelligent device with a precision of 200K, supporting multi-dimensional meteorological data monitoring such as wind speed, wind direction, temperature, humidity, atmospheric pressure, rainfall, and illumination. It adopts advanced sensing technology and precision algorithms to provide users with accurate and stable meteorological information, meeting the professional monitoring needs in different scenarios.

【Product Introduction】Intelligent era high-precision micro meteorological station

01high precision02miniaturization03multi-functional

Product Introduction

Intelligent era high-precision micro meteorological stationIt is a compact intelligent device with a precision of 200K, supporting multi-dimensional meteorological data monitoring such as wind speed, wind direction, temperature, humidity, atmospheric pressure, rainfall, and illuminance. It adopts advanced sensing technology and precision algorithms, and is committed to providing users with accurate and stable meteorological information to meet professional monitoring needs in different scenarios.

Product Selection

ZWIN-WS1006-P2 high-precision micro meteorological station with two parameters

monitoring factorWind speed, wind direction, temperature, humidity, atmospheric pressure (choose two out of five)

Whole machine output signalRS485 interface, MODBUS protocol

Whole machine power supply：DC12V

ZWIN-WS1006-P5 Five Parameter High Precision Micro Meteorological Station

monitoring factorWind speed, wind direction, temperature, humidity, atmospheric pressure

Whole machine output signalRS485 interface, MODBUS protocol

Whole machine power supply：DC12V

Overall power consumption：3.36W

ZWIN-WS1006-P6 six parameter high-precision micro meteorological station

monitoring factorWind speed, wind direction, temperature, humidity, atmospheric pressure, rainfall

Whole machine output signalRS485 interface, MODBUS protocol

Whole machine power supply：DC12V

Overall power consumption：4.8W

ZWIN-WS1006-P7 seven parameter high-precision micro meteorological station

monitoring factorWind speed, wind direction, temperature, humidity, atmospheric pressure, rainfall, light intensity

Whole machine output signalRS485 interface, MODBUS protocol

Whole machine power supply：DC12V

Overall power consumption：6W

Core meteorological parameters

Wind speed:The ultrasonic time difference method is used for measurement, with a range of 0-70m/s, an accuracy of ± 0.3m/s (3% of the measured value when ≥ 10m/s), a resolution of 0.1m/s, no mechanical rotating parts, strong anti-interference ability, and suitable for high wind speed environments.

Wind direction:Based on the ultrasonic time difference method, the measurement range is 0-360 °, the accuracy is ± 3 °, the resolution is ± 1 °, the response speed is fast, and it can accurately capture subtle changes in wind direction.

temperatureUsing high-precision digital sensing technology combined with ceramic modeling technology, the measurement range is -20~90 ℃, with an accuracy of ± 0.3 ° C and a resolution of ± 0.3 ° C. It has good stability and is less affected by environmental fluctuations.

humidityAdopting digital sensing and ceramic modeling technology, with a measurement range of 0-100% RH, accuracy of ± 1% RH, resolution of ± 2% RH, anti condensation and anti pollution, suitable for humid or harsh environments.

Atmospheric pressure:Adopting capacitive pressure sensor technology, with a measurement range of 30kPa-110kPa, accuracy of 1%, resolution of 1kPa, rapid response, and real-time reflection of pressure changes.

Rainfall:Optical measurement through infrared spectrum interferometry, with a range of 0-1440mm/h, a resolution of 0.1mm, no mechanical wear, and high accuracy can be maintained in rainstorm days.

Illuminance:Based on photodiode technology, the measurement range is 0-200000 Lux, with an accuracy of 1 Lux and a resolution of ± 7%. It accurately perceives changes in light intensity and is suitable for agricultural, scientific research, and other scenarios.

technical advantage

This product can be equipped with any meteorological parameter, integrating advanced technologies such as ultrasound, high-precision digital sensing, capacitive pressure sensing, infrared spectroscopy interference, etc., to achieve a design without mechanical components and reduce maintenance costs;

Ceramic modeling technology is used for temperature and humidity to enhance stability and anti-interference ability;

Optical measurement of rainfall avoids the wear problem of traditional tipping bucket sensors and ensures long-term reliability.

Widely applicable scenarios

Agriculture:Agricultural meteorological monitoring and adjustment of planting strategies;

Forestry:Forest fire prevention and ecological protection;

environment protectionAir quality analysis and environmental decision-making;

Transportation:Road weather warning and travel safety assurance;

Research:Meteorological research and experimental data support;

smart city:Microclimate monitoring, urban planning, and other fields.

This product, characterized by high precision, miniaturization, and multifunctionality, has become a reliable meteorological monitoring tool in fields such as agriculture, forestry, and environmental protection. Whether it is professional scientific research or daily application, accurate and timely meteorological data can be provided to assist in decision-making optimization and risk prevention.