Overview
The AMITTARI AA-136C 3 Cup Anemometer is a multi-function wind speed measuring instrument that uses a 3 Cup Sensor and low friction direction pointer to accurately measure parameters such as wind speed, wind direction, wind temperature, wave height, wind level and air volume. The device supports multi-unit conversion, Data storage and USB/Bluetooth communication for data collection in a variety of environments.
Features
1. Measurement unit conversion.
2. With MAX Maximum Hold function.
3. With storage function, it can store 24 sets of data.
4. Sensitivity and accurate measurement, Sensor uses ultra-low friction bearings.
5. Wind speed measurement handle can be separated from the fuselage, convenient measurement.
6. Not only can the wind speed and wind direction be measured, but also the wind temperature, wave height, wind level and air volume can be measured.
7. You can set the automatic shutdown function by yourself (adjustable from 0 to 9 minutes).
8. Use USB data cable output to communicate with PC.
9. In addition, optional configuration Bluetooth data output selection is provided.
Principle
The Anemometer detects wind speed through a three-cup Sensor, uses a low-friction direction pointer to measure wind direction, and uses a thermal resistance Sensor to Measure temperature. Data is sampled and stored through an internal processing unit, supporting real-time display and communication output.
Applications
Boiler, cooling, HVAC, ventilated piping, environment monitoring, nautical measurement data collection, weather forecasting, field operations, fire department data collection
Steps
Install four 1.5V AAA batteries.
2. Connect Wind Speed Sensor and Direction Pointer (if applicable).
3. Turn on and select Measurement unit and automatic shutdown time.
4. Measuring location of Sensor for data collection.
5. Use MAX Maximum to maintain functionality or store data.
6. Transfer data via USB or Bluetooth connection to PC.
Notice
* Operating Temperature range is -10 ° C to 50 ° C, Humidity does not exceed 80% RH.
* Avoid use in extreme environments to prevent damage to the Sensor.
Regularly check the battery level to ensure normal power supply.
When storing data, be careful not to exceed the 24-group limit.
* Clean Sensor after use to maintain low friction performance.
