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Ultrasonic Wind Speed and Direction Sensor Noise Temperature and Humidity Detector Integrated Weather Station图1Ultrasonic Wind Speed and Direction Sensor Noise Temperature and Humidity Detector Integrated Weather Station图2Ultrasonic Wind Speed and Direction Sensor Noise Temperature and Humidity Detector Integrated Weather Station图3Ultrasonic Wind Speed and Direction Sensor Noise Temperature and Humidity Detector Integrated Weather Station图4Ultrasonic Wind Speed and Direction Sensor Noise Temperature and Humidity Detector Integrated Weather Station图5Ultrasonic Wind Speed and Direction Sensor Noise Temperature and Humidity Detector Integrated Weather Station图6

Ultrasonic Wind Speed and Direction Sensor Noise Temperature and Humidity Detector Integrated Weather Station

Price $92.80
Min Order 1 Piece  
Shipping from Guangdong, China
Quantity
-+
Product details
YF-CSB-V2
One-Year Warranty
One-Year Warranty
Anemometer, Vehicle, Ultrasonic Speed
Pointer
Contact
Wire
Without Pressure Resistance
Anti-jamming
Shakeproof
Without Noctilucence
Waterproof
>100g
DC12-24V
RS485
Modbus
9600
-40-80ºC
yifan
Carton
112mm*220mm*66mm
China
5302
Product Description


Product Introduction
Soundwave integrated sensor is a fully digital detection and high-precision sensor, which integrates ultrasonic principle wind speed and direction sensor, high-precision digital temperature, humidity, and air pressure sensor. It can accurately and quickly detect wind speed, wind direction, atmospheric temperature, atmospheric humidity, and atmospheric pressure. The built-in signal processing unit can output corresponding signals according to user needs. The high-strength structural design can work reliably in harsh weather environments. The appearance structure is compact, the integration degree is high, the weight is light, and the durability is strong; It can be widely used in fields such as meteorology, oceanography, environment, airports, ports, laboratories, industry, agriculture, and transportation.
working principle
Measure the transmission time of ultrasonic waves from N sensor to S sensor and compare it with the transmission time from S sensor to N. Similarly, compare the time it takes for ultrasound to travel from W to E and from E to W. (N=North, S=South, E=East, W=West) For example, if the wind blows from the north, the time it takes for ultrasonic waves to travel from N to S will be shorter than the time it takes for them to travel from S to N, while the transmission time from W and E will be the same as the transmission time from E to W. By calculating the transmission time difference of ultrasound between two points. You can calculate the wind speed and direction. This calculation method is not related to other factors such as temperature.
Product Parameters
Supply voltage DC12-24V
OUT RS485
Communication MODBUS
Baud rate9600
Average power consumption0.3W
Working temperature-40-80ºC
Working humidity0-95%RH
MaterialABS
Protection levelIP65
Wind speedrange0-40m/s
Measurement accuracy±0.5+2%FS
Resolution0.01m/s
Wind directionMeasurement accuracy0-359°
Resolution±3°
Measurement accuracy
TemperatureMeasurement accuracy-40-100ºC
Resolution±0.5ºC
Measurement accuracy0.1ºC
HumidityMeasurement accuracy0-100%RH
Resolution±5%RH
Measurement accuracy0.1%RH
PressureMeasurement accuracy10-1100hPa
Resolution±1.5hPa
Measurement accuracy0.1hPa

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Shenzhen Yifan Technology Co., Ltd.

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