[Free test available] Devices that "create wind" and "measure wind." They can easily generate an appropriate amount of wind and accurately measure the wind blowing from existing equipment or being drawn in.
■Free testing available If you would like to test whether the airflow of air purifiers, dust collectors, air conditioners, blowers, small cooling fans, etc., is correct, testing is possible at our in-house test center. Please contact us for conditions and details. The "Wind Watcher α (WWA)" is a device that can easily generate an appropriate amount of wind and accurately measure the wind blowing from existing equipment or being sucked in. The anemometer is equipped with a built-in rectifying grid and adopts the "Air Measure," which has excellent installation characteristics. By selecting an anemometer suitable for the airflow being measured, the reliability of the measurement values is enhanced. 【Features】 ■ Capable of performing two roles: "creating wind" and "measuring wind" ■ Displays the amount of wind created, measured airflow, air temperature, and air density ■ Operation is via a touch panel, with numerical displays for normal airflow and mass flow, as well as trend graph displays ■ Equipped with 3-channel analog output (4-20mA) ■ CSV data can be copied to USB ■ NETIS registration number: KT-240015-A *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Specifications】 ■ Airflow Measurement - Air Meter: Air meter with optimal diameter (verified with JIS B8330 suction nozzle) - Differential Pressure Gauge: Standard 50Pa/500Pa (with inspection certificate) ■ Static Pressure Measurement - Differential Pressure Gauge: Standard ±50Pa (with inspection certificate) ■ Temperature Measurement - Pt100: With inspection certificate *For more details, please refer to the PDF document or feel free to contact us.
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◇ Utilization in buildings → Confirming whether the amount of outdoor air intake, ventilation volume, and suction airflow of smoke exhaust outlets meet building code standards. → Evaluation of airtightness (to eliminate waste in heating and cooling). *Examples: Single-family homes, multi-family residences, kitchens, garages, hot water supply rooms, smoke exhaust systems. ◇ Utilization in the development stage of equipment with heat sources → Easily obtaining selection criteria for cooling fans built into the equipment. (The temperature rise inside the equipment can lead to performance degradation and reduced product lifespan.) → Verification that the selected cooling fan meets the specified performance. *Examples: Display devices for stores, video equipment such as projectors, medical devices like MRI and electrocardiograms, control panels for indoor and outdoor use, arc welding machines, and other construction manufacturing equipment. ◇ Utilization for prototype evaluation and performance verification of heat exchangers → By generating a constant airflow, the airflow conditions can be repeatedly reproduced, allowing for the exploration of better shapes for heat dissipation and heat absorption fins. (The performance of heat exchangers is governed by the shape of the fins and the surrounding airflow conditions.) *Examples: Indoor and outdoor units of air conditioning systems, car radiators, etc. ◇ Performance evaluation of equipment that generates airflow → The amount of airflow is also an important governing factor for air purifiers, dryers, hair dryers, etc. *Examples: Air conditioners, dust collectors, ventilation fans, etc.
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Company information
As a specialized company focused on airflow measurement, we manufacture and sell the airflow meter "Air Measure," which incorporates a uniquely designed rectifying grid and a porous Pitot tube, and we have enabled on-site measurements of various ducts through the establishment of the "Gas Trace Method (Mixed Dilution Method)," which differs from conventional airflow measurement methods.