Digital Air Velocity & Airflow Meter for Livestock Farms

• Handheld digital vane anemometer
• Large integrated airflow impeller
• Backlit digital LCD display
• ABS and TPE protective housing
• Multi-function control keypad
• Portable carrying case and battery configuration

• Air Velocity Measurement: Measures air movement for ventilation inspection in barns, animal houses and duct systems.
• Airflow Measurement: Calculates airflow after the ventilation opening or duct area is entered.
• Multiple Velocity Units: Supports six commonly used air-speed units for international applications.
• Backlit LCD: Clear digital display supports measurements in poorly illuminated livestock buildings.
• MAX/MIN Function: Allows operators to monitor maximum and minimum air-velocity readings during inspection.
• Data Hold: Freezes the displayed measurement for easier recording in field applications.
• Optional Environmental Measurement: PM6252B configuration also supports air temperature and relative humidity measurement.
• USB Data Transmission: PM6252B configuration supports real-time data transfer to a computer through USB.
• Portable Farm Design: Compact handheld housing is convenient for checking multiple pens, fans and ventilation zones.
• Low-Power Operation: Powered by a standard 9V battery with automatic power-off and low-battery indication.

• Pig house ventilation inspection
• Poultry house airflow measurement
• Dairy and cattle barn ventilation testing
• Ventilation fan performance checks
• Air inlet and outlet velocity measurement
• Ventilation duct airflow measurement
• Cooling and environmental control system testing
• Livestock-level air movement evaluation
• Farm ventilation commissioning and maintenance

• Install a suitable 9V battery before operation and check the low-battery indicator regularly.
• Hold the vane facing directly into the airflow and keep the impeller unobstructed during measurement.
• Allow the reading to stabilize before recording the air-velocity result.
• Measure several representative points when evaluating airflow distribution inside livestock buildings.
• Enter the correct duct or opening area before using the volumetric airflow calculation function.
• Use livestock-level measurement positions when evaluating animal-zone air movement.
• Keep the impeller free from dust, feathers, feed particles and other debris.
• Do not apply excessive force to the vane or allow foreign objects to enter the impeller.
• Avoid water immersion, strong impact and corrosive environments.
• Remove the battery before long-term storage and keep the instrument in its protective case.

Q: What does this digital anemometer measure?
A: The basic function measures air velocity and volumetric airflow. Depending on the configuration, additional measurements can include air temperature and relative humidity.

Q: What is the air-velocity range?
A: The PM6252B configuration measures approximately 0.80 to 30.00 m/s.

Q: Which wind-speed units are available?
A: The meter supports m/s, ft/min, km/h, mph, knots and ft/s.

Q: Can the meter calculate airflow?
A: Yes. After entering the cross-sectional area of the duct or opening, the meter can calculate volumetric airflow.

Q: Does it measure wind direction?
A: The PM6252-series vane configuration measures air velocity and airflow but does not provide a 0–360° wind-direction measurement. A separate directional sensor is required when wind direction must be measured.

Q: Does the meter measure temperature and humidity?
A: These environmental functions are available on the PM6252B configuration. Specifications should be confirmed according to the model supplied.

Q: Can measurement data be transferred to a computer?
A: The PM6252B configuration includes a USB interface for real-time data transmission.

Q: Is it useful for commercial livestock farms?
A: Yes. It can help technicians check fan performance, air-inlet velocity, duct airflow and animal-level air movement in pig, poultry and cattle facilities.

Q: How should ventilation performance be evaluated?
A: Take measurements at multiple representative locations and operating conditions rather than relying on a single point measurement.