Overview
The SMART SENSOR AS836 anemometer is a multifunctional measuring instrument for accurate measurement of wind speed and temperature. It has a wide wind speed measurement range (0.3~ 45m/s) and wind temperature measurement range (0~ 45 ° C), supports multiple unit conversions, and is suitable for wind speed monitoring in various environments.
Features
1. Wide wind speed measurement range, from 0.3m/s to 45m/s, covering a variety of application scenarios.
2. Support a variety of wind speed unit options, including m/s, Ft/min, Knots, km/h, and Mph.
3. Equipped with Average, Max/MIN Minimum measurement functions for easy data analytics.
4. Integrated air temperature measurement, range 0~ 45 ℃, unit can be converted ℃/F.
5. Equipped with backlight display and low power prompt function to enhance the convenience of use.
6. High resolution of 0.001m/s, high measurement accuracy, small error.
Principle
The SMART SENSOR AS836 anemometer detects the airflow speed through the built-in Sensor, converts the wind speed signal into an electrical signal, and displays it in digital form after processing. At the same time, the temperature transducer measures the wind temperature of the environment to realize the simultaneous monitoring of wind speed and wind temperature.
Applications
Electricity, steel, petrochemical, energy saving, fishing industry, various fan manufacturing industries, industries that require exhaust systems, sailing competitions, rowing competitions, field shooting competitions
Steps
1. Turn on the power of the device and check the battery power.
2. Select the desired wind speed unit (e.g. m/s).
3. Place the anemometer Probe in the air flow to be measured to ensure that the Sensor is exposed.
4. Read the wind speed and temperature data on the display.
5. Use Average, Max/MIN Minimum functions to record measurement results.
6. Turn off the power after use and clean the Probe.
Notice
• Avoid use in extreme temperature or humidity environments to prevent damage to the Sensor.
• Make sure Probe is not occluded during measurement to ensure data accuracy.
Periodically calibrate equipment to maintain measurement accuracy.
• Pay attention to the low power prompt and replace the battery in time.
Store properly after use to avoid falling or strong vibration.
