Exemplos de uso de Airflow rate em Inglês e suas traduções para o Português
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High airflow rate and cooling capacity.
It reduces the exhaust airflow rates by up to 64.
The degree of atomization can be adjusted by regulating the airflow rate.
Strong suction, high airflow rate, excellent suction function.
It is calculated as the difference in pressure between the alveolus and the mouth,divided by the airflow rate.
Ambient air temperature for airflow rates of 0 LFM through.
The producers had already tried this but the cooling system was unreliable andcouldn't maintain the airflow rates required.
Optimize melter and gun performance with accurate airflow rates, improving product quality and reducing product rejects.
Figure 3: Maximum output power derating curves vs. ambient air temperature for airflow rates of 0 LFM.
Figure2: Efficiency at nominal output voltage and 60% rated power vs. airflow rate for ambient air temperatures of 25°C, 40°C, and 55°C nominal Vin.
The producers had already tried this but the cooling system was unreliable andcouldn't maintain the airflow rates required.
Figure 2: Efficiency at nominal output voltage and 60% rated power vs. airflow rate for ambient air temperatures of 25°C, 40°C and55°C nominal input voltage.
Advantage of COX filter bag 1. High separation at start up& during operation 2. High separation efficiency at high air to cloth ratio allows for large increase in productivity 3. Low resistance to flow generates high airflow rate& low-pressure build up.
If the controller is"independent", i.e. able to adjust the exhaust airflow rate without"external intervention", it informs, in real time, one central calculator of its position. M.A.R.V.E.L.
Figure 4: Power dissipation at nominal output voltage and 60% rated power vs. airflow rate for ambient air.
Is the only technology able to adjust the exhaust airflow rate of every hood, independently and in real time, while keeping the balance between exhaust and supply, whatever the number of cooking zones or the number of fans.
The variables operating studied were drying air temperature, drying airflow rate and maltodextrin concentration.
Figure 4: Power dissipation at nominal output voltage and 60% rated power vs. airflow rate for ambient air temperatures of 25°C, 40°C, and 55°C nominal input voltage.
Figure 2: Efficiency at nominal output voltage and60%rated power vs. airflow rate for ambient airtemperatures of 25°C.
Figure 7: Maximum output power-derating curves vs. ambient air temperature for airflow rates of 0 LFM through400 LFM with air flowing from input to output nominal input voltage.
Figure 3: Maximum output power derating curves vs. ambient air temperature for airflow rates of 0 LFM through 400 LFM with air flowing from pin 3 to pin1nominal input voltage.
Figure 4: Power dissipation at nominal output voltage and60% rated power vs. airflow rate for ambient airtemperatures of 25°C, 40°C, and 55°C nominal inputvoltage.
Figure 3: Maximum output power derating curves vs. ambient air temperature for airflow rates of 0 LFM through400 LFM with air flowing from pin 1 to pin3nominalinput voltage.
Figure 5: Maximum output power derating curves vs. ambient air temperature for airflow rates of 0 LFM through800 LFM with air flowing from pin 1 to pin 4 nominal input voltage.
Figure 6: Maximum output power-derating curves vs. ambient air temperature for airflow rates of 0 LFM through400 LFM with air flowing from input to output nominalinput voltage.
Figure5:Maximum output power derating curves vs. ambient air temperature for airflow rates of 0 LFM through 400 LFM with air flowing from pin 3 to pin 1 derating input voltage.
Figure 5: Maximum output power derating curves vs. ambient air temperature for airflow rates of 0 LFM through400 LFM with air flowing from pin 1 to pin 3 rating inputvoltage.
Figure 3: Maximum output power derating curves vs. ambient air temperature for airflow rates of 0 LFMthrough 400 LFM with air flowing from pin 3 to pin 1nominal input voltage.