Estación meteorológica ultrasónica 7 en 1 para controlar la velocidad y dirección del viento, la temperatura y la hu···

The micro-meteorological 7-parameter sensor is a fully digital detection, high-precision sensor, which is integrated by ultrasonic principle wind speed and direction sensor, high-precision digital temperature, humidity, air pressure sensor, illuminance sensor, piezoelectric rainfall sensor, can accurately and quickly detect wind speed, wind direction, atmospheric temperature, atmospheric humidity, atmospheric pressure, illuminance, rainfall, built-in signal processing unit can output according to user needs The built-in signal processing unit can output the corresponding signal according to user requirements.

The high-strength structure is designed to work reliably in harsh climatic environments and has a compact, highly integrated, lightweight and durable appearance. It can be widely used in the fields of meteorology, environment, airport, port, laboratory, industry and agriculture and transportation.

The piezoelectric rain sensor uses piezoelectric ceramic kinetic rain monitoring to identify raindrops according to the strength of their falling strikes, from light rain to pounding rain, and to measure individual raindrops and thus calculate the rainfall.

The raindrops are subjected to the weight of the raindrops and air resistance during the descent and reach the ground at a constant velocity. According to P=mv, the measurement of the impact can be used to find the weight of the raindrops, which in turn gives the amount of continuous rainfall.

Outdoor 7 elements(7 in 1) Ultrasonic Weather Station Sensor for Wind speed,Wind direction,Temperature, humidity, pressure,Illumination,Rainfall Integration

Power supply voltage:DC12V

Signal output: RS485

Communication protocol: Standard MODBUS protocol

Baud rate:9600

Average power consumption: 0.3W

Operating temperature:-40-80℃

Working humidity:0-95%RH

Standard cable length:2.5m

Material: ABS

Protection class:IP65

Wind speed :

Measuring range: 0-40m/s

Measurement accuracy: ±0.5+3%FS

Resolution: 0.01m/s

Wind direction:

Measuring range: 0-359°

Measurement accuracy: ±3°

Resolution: 1°

Temperature:

Measuring range: -50 to 100°C

Measurement accuracy: ±0.5°C

Resolution: 0.1°C

Humidity:

Measurement range: 0-100%RH

Measurement Accuracy: ±5%RH

Resolution: 0.1%RH

Barometric Pressure:

Measuring range: 500-1100hPa

Measurement Accuracy: ±1.5hPa

Resolution: 0.1hPa

Rainfall:

Measuring range: 0-8mm/min (mm/min)

Measurement Accuracy: ±10%

Resolution: 0.01mm

Illuminance:

Measuring range: 0~200000Lux

Measurement Accuracy: ±10%

Resolution: 1Lux

The ultrasonic weather sensor innovatively combines wind speed, wind direction, temperature, humidity, and atmospheric pressure through a highly integrated structure that allows for 24-hour continuous online monitoring of outdoor weather parameters.

The device uses advanced sensing technology to measure in real time, without starting wind speed.

Ultrasonic wind speed and direction sensor monitors wind speed and direction in real time, and can be used in conjunction with cloud platform to monitor weather conditions together.

The 7-in-1 ultrasonic weather station uses 7 ultrasonic probes to measure wind speed, wind direction, temperature and humidity, and atmospheric pressure without any moving parts, making the instrument more durable and the data more reliable. The built-in temperature, humidity and barometric pressure sensors can forecast weather changes.

Ultrasonic weather stations can meet the growing need for real-time on-site weather information. Accurate data can help organizations make important decisions about weather conditions that affect safety and operations.

Traditional weather instruments are composed of several sensors including wind cups. The ultrasonic weather station contains a variety of weather sensors with no moving parts and is a compact instrument.

It has been widely used in meteorology, marine, environment, airport, port, laboratory, industry, agriculture and transportation, meteorological monitoring, urban environmental monitoring, wind power generation, sailing ships, airports, bridges and tunnels, etc.