Measurement principle of pipeline anemometer: Generally, the airflow velocity is measured through methods such as hot film, hot wire, differential pressure, etc. For example, a hot film anemometer measures airflow velocity through the principle of heat transfer, while a differential pressure anemometer measures airflow velocity through the pressure difference caused by airflow passing through a specific structure.
Pipeline anemometer(Also known as a pipeline anemometer or pipeline wind speed sensor) is an instrument used to measure the flow velocity of air or gas inside a pipeline. It is commonly used in industrial pipelines, ventilation systems, air conditioning systems, and other places to monitor airflow velocity to ensure the normal operation and efficiency of the system.
Pipeline anemometerThe main characteristics are:
Measurement principle:Pipeline anemometerGenerally, airflow velocity is measured through methods such as hot film, hot wire, and differential pressure. For example, a hot film anemometer measures airflow velocity through the principle of heat transfer, while a differential pressure anemometer measures airflow velocity through the pressure difference caused by airflow passing through a specific structure.
Pipeline anemometerApplication areas:
HVAC (Heating, Ventilation, and Air Conditioning) system.
Airflow monitoring of industrial pipelines and exhaust systems.
Fluid mechanics experiments and research.
Environmental monitoring.
Pipeline anemometerThe structure:
It generally includes sensors, display screens (some with digital displays or analog pointers), and control units.
Some models are also equipped with data recording, alarm, and remote monitoring functions.
Installation method:
This type of anemometer usually needs to be installed at a specific location in the pipeline to ensure representative data of airflow velocity, and usually requires certain modifications or installation of joints in the pipeline.
Pipeline anemometerAdvantages:
Capable of accurately measuring changes in wind speed.
Suitable for high flow rate and high pressure environments.
Provide real-time data for easy control and regulation of the system.
