Pitot tube flow velocity and flow rate measurement system (catalog)
This is an introduction to a flow velocity and flow rate measurement system that flexibly responds to on-site conditions. Automatic compensation for temperature and static pressure, automatic zero point correction, and automatic purging functions are available. The system can be configured according to your requirements.
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basic information
■□■Features■□■ □ The measurement method for flow velocity and flow rate is the Pitot tube method. □ It is a simple measuring instrument that captures the differential pressure from the Pitot tube and performs calculations. □ It is easy to install, has good durability and reproducibility, and has been used for measuring flow velocity and flow rate for a long time. □ It has low pressure loss, allowing for a lower setting of exhaust fan capacity, which significantly contributes to reducing operational power in plants (energy saving). ● For more details, please request materials or download the catalog ●
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Applications/Examples of results
This is a system aimed at being incorporated into continuous monitoring systems for measuring exhaust gas flow rates from incinerator chimneys and exhaust ducts of semiconductor and chemical plants, as well as flow measurement of low-pressure loss in plants and equipment (energy conservation, power management). □■□Main Applications□■□ ■Continuous flow velocity and flow rate measurement of exhaust gases related to environmental monitoring ■Flow measurement of local exhaust outlets, adjustment of blower flow velocity and flow rate ■Flow velocity and flow rate adjustment of various supply gases within factories ■Flow velocity and flow rate adjustment of air for powder transport ■Flow velocity and flow rate adjustment of blower test systems ■Flow velocity and flow rate adjustment of various drying and air conditioning systems
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Company information
Since our founding, we have been dedicated to vacuum measurement and environmental measurement as a measuring instrument manufacturer. Leveraging this extensive experience, we believe that pursuing technological capabilities, as well as providing speedy and more flexible responses to our customers, are our most important challenges.
