PH-SD1 (Wind Speed and Direction Indicator)

Product Introduction:

A anemometer is a meteorological instrument used to measure and record wind speed and direction in the atmosphere. This instrument uses a high-definition LCD display to show the current date and time, as well as wind speed and direction values; The built-in large capacity FLASH storage chip can automatically store meteorological data for at least one year; The instrument is equipped with three communication interfaces (RS232/RS485/USB) for establishing communication connections with computers. Through the accompanying upper computer software, real-time wind speed and direction can be remotely observed. Users can also use the fully functional meteorological software to further process and analyze meteorological data. This instrument can be widely used in fields such as meteorology, agriculture and forestry, environmental protection, oceanography, airports, ports, scientific research, etc.

Technical parameters:

Power supply: AC220V/DC12V

Range: Wind speed: 0-45m/s Wind direction: 0-360 °;

Accuracy: Wind speed: ± (0.3+0.03V) m/s Wind direction: ± 3 °;

Start wind speed: ≤ 0.5m/s

Long term stability: Wind speed:<0.1m/s/y Wind direction: 0 °/y

Internal storage: 4M bits (57344 meteorological data);

Record interval: continuously adjustable from 1 minute to 240 minutes;

Communication methods: RS232, RS485, USB, GPRS

Host working environment: -40 ℃~50 ℃; 5％RH～95％RH；

Product size: 165 mm × 125 mm × 75mm

Functional features:

1. High definition character LCD display screen, user-friendly human-machine interface;

2. The measurement accuracy of wind speed and direction is high, and the system is stable and reliable;

3. Large capacity data storage, capable of storing up to 57344 meteorological data (data recording intervals can be set between 1-240 minutes);

4. Humanized design of communication interface, three types of communication interfaces can be selected according to needs;

5. Powerful upper computer software, convenient for remote monitoring and meteorological data processing and analysis;

6. Scientific and reasonable structural design, easy installation;