Anemometer, also known as anemometer, is an instrument for measuring air flow rate. It can be widely used in various fields, such as electric power, steel, petrochemical, energy conservation, etc. In daily life, many industries need to use anemometers, such as fan manufacturing. Wind, wind and air volume measurements are required to ensure normal operation.
First, anemometer use precautions
1. Do not expose the probe and the anemometer body to the rain. Otherwise, there may be electric shock, fire and personal injury.
2. Do not touch the sensor part of the probe while the anemometer is energized. Otherwise, it will affect the measurement results or cause damage to the internal circuit of the anemometer.
3. When the anemometer is not used for a long time, remove the internal battery. Otherwise, the battery may leak and the anemometer may be damaged.
4. Do not wipe the anemometer with volatile liquids. Otherwise, it may cause deformation and discoloration of the anemometer housing. When there is stain on the surface of the anemometer, use a soft fabric and a neutral detergent to wipe.
5. Do not place the anemometer in a place subject to high temperatures, high humidity, excessive dust and direct sunlight. Failure to do so may result in damage to internal components or deterioration of anemometer performance.
6. Do not drop or press the anemometer. Failure to do so will result in malfunction or damage to the anemometer.
7. It is forbidden to use an anemometer in a flammable gas environment.
8. Please use the anemometer correctly according to the requirements of the instruction manual. Improper use can result in electric shock, fire, and damage to the sensor.
9. In use, if the anemometer emits an unusual smell, sound or smoke, or if liquid flows into the anemometer, shut down the battery immediately. Otherwise, there is a danger of electric shock, fire and damage to the anemometer.
10. Do not disassemble or modify the anemometer. Failure to do so may result in electric shock or fire.
11. Do not touch the internal sensor part of the probe.
12. Do not place the anemometer probe in a flammable gas. Failure to do so may result in fire or even explosion.
Second, the classification of anemometer
According to the principle: thermal anemometer, ultrasonic anemometer, impeller anemometer, three-cup anemometer, windmill anemometer, pitot tube anemometer, etc.
According to the shape of the probe: there is a pointing anemometer, a non-directional anemometer
According to the test range and test parameters: medium and high temperature anemometer, micro wind speed meter, multi-parameter environmental test meter, etc.
Third, anemometer product application field
It can measure wind speed and air temperature. This anemometer can be used in indoor air quality/industrial health environment, environmental testing in pipelines, performance tuning of HVAC equipment, etc.
Wind Sensor 