#HVAC ANEMOMETER SOFTWARE#
#HVAC ANEMOMETER FREE#

In this way, the collected data can be stored and retrieved at any time. The internal measured value memory of the tailpipe anemometer offers storage options for up to 99 measured values per parameter. In order to be able to read the measurement results optimally even under unfavorable light conditions, the manufacturer has provided the tailpipe anemometer with a large, backlit LC display. The two pressure hoses of 85 centimeters each are attached to the upper side of the tailpipe anemometer and can then be connected to the L-shaped Pitot tube.

#HVAC ANEMOMETER FREE#

In this combination with two free hands, the user has greater flexibility in handling the tailpipe. To mount it on a tripod, the tailboom anemometer has a thread on the underside. The manufacturer PCE Instruments has equipped the measuring instrument with a few practical functions, which make it versatile. The 33.5 cm long Pitot tube with a diameter of only eight millimeters, which is mounted on the tailpipe anemometer, allows it to be used in confined work areas, small openings and pipe systems. When measuring the flow speed, this tailpipe anemometer can be used with different units (m/s, knots, km/h, mph, ft/min). Thanks to its design, the anemometer equipped with an angled Pitot tube is particularly suitable for fast and precise determination of high air speeds of up to 80 m/s.

#HVAC ANEMOMETER SOFTWARE#

Simple, rugged designĮmprise anemometers can withstand the harsh conditions of race car testing and provide high levels of precision over a wide range of measurement.Tailpipe anemometer for high flow rates with Pitot tube for flow speeds up to 80 m/s / also detects differential pressure, volume flow, temperature / with data memory / software for real-time transmission including the PCE-HVAC-2 is a Pitot tube anemometer from PCE Instruments for measuring differential pressure, air flow, air velocity and temperature. Reverse flow detectionĮmprise anemometers include circuitry to detect reverse turbine rotation indicating reverse airflow. This yields better overall accuracy when compared to pinpoint measurements made with “hot wire” thermal type anemometers or differential pressure “pitot” probes. Turbine anemometers measure the average velocity over the area swept by the turbine. Advantages of Emprise Anemometers Better overall accuracy The turbine blade rotates on high precision ABEC 5 bearings that are easily replaceable if they become damaged or contaminated. The anemometer turbine and support ring are machined from aluminum alloy billet using an extremely accurate 3D CNC machining process. The sensors also output a digital bit to indicate the direction of flow. Turbine speed is sensed by infrared sensors which output a TTL square wave signal at a frequency proportional to speed. As air passes through the anemometer, the turbine blade rotates at a speed proportional to the air velocity. The Emprise anemometer uses a helical turbine to measure air velocity. Whenever an accurate and wide-ranging flow measurement is required, Emprise turbine anemometers will provide years of reliable service. The design has proven ideally suited for a variety of air flow measurement applications including radiators, condensers, intercoolers and other heat exchangers, vehicle and building ventilation (HVAC) ducts, cabin airflow, engine compartment airflow, intake manifolds, brake cooling ducts, wind tunnels and under vehicle airflow. Over the past 30 years the Emprise anemometer has evolved into a precise and rugged instrument used in the automotive and aerospace industries as well as race teams over the world. Initial development was carried out at the Lockheed-Martin Low Speed Wind Tunnel. The Emprise anemometer was originally developed in 1985 for mapping airflow of heat exchangers during vehicle wind tunnel testing.

Hvac anemometer