Professional conversion tool with comprehensive reference tables for HVAC, manufacturing, and engineering applications
1 CFM = 0.028316847 m³/min
1 m³/min = 35.3146662313 CFM
CFM | m³/min |
---|---|
1 | 0.02831683199881 |
2 | 0.05663366399763 |
3 | 0.08495049599644 |
4 | 0.1132673279953 |
5 | 0.1415841599941 |
6 | 0.1699009919929 |
7 | 0.1982178239917 |
8 | 0.2265346559905 |
9 | 0.2548514879893 |
10 | 0.2831683199881 |
20 | 0.5663366399763 |
30 | 0.8495049599644 |
40 | 1.1326732799526 |
50 | 1.4158415999407 |
60 | 1.6990099199289 |
70 | 1.982178239917 |
80 | 2.2653465599052 |
90 | 2.5485148798933 |
100 | 2.8316831998815 |
1000 | 28.316831998815 |
m³/h | CFM |
---|---|
16.99 | 10 |
33.98 | 20 |
50.97 | 30 |
67.96 | 40 |
84.95 | 50 |
101.94 | 60 |
118.93 | 70 |
135.92 | 80 |
152.91 | 90 |
169.90 | 100 |
203.88 | 120 |
254.85 | 150 |
305.82 | 180 |
339.80 | 200 |
424.75 | 250 |
475.72 | 280 |
509.70 | 300 |
594.65 | 350 |
679.60 | 400 |
764.55 | 450 |
849.51 | 500 |
1019.41 | 600 |
1359.21 | 800 |
1444.16 | 850 |
1699.01 | 1000 |
2038.81 | 1200 |
2548.52 | 1500 |
Understanding airflow measurements is essential for industries ranging from HVAC to automotive. Two key units, CFM and m³/min, help measure air volume accurately.
CFM stands for Cubic Feet per Minute. It measures the volume of air moving in one minute through a specific point. Widely used in the United States, CFM is an imperial unit critical for evaluating ventilation and airflow efficiency.
m³/min, or Cubic Meters per Minute, is a metric unit measuring the volume of air passing in one minute. It’s widely used internationally and in scientific settings.
Feature | CFM | m³/min |
---|---|---|
Measurement System | Imperial | Metric |
Common Use Regions | United States | International |
Example Application | HVAC sizing | Scientific experiments |
CFM and m³/min represent essential tools for airflow measurement, each suited to specific needs and standards.
CFM and m³/min are both units used to measure the volume of air flowing through a space in a given time. While they are used in different systems (imperial and metric), they are directly related to each other.
The conversion factor between CFM and m³/min is:
1 CFM = 0.028316847 m³/min
This means that one cubic foot of air per minute is equal to approximately 0.028316847 cubic meters of air per minute.
To better understand this relationship, let's consider a simple conversion example:
If an air compressor has an airflow rate of 100 CFM, we can calculate its equivalent in m³/min:
100 CFM × 0.028316847 m³/min/CFM = 2.8316847 m³/min
Therefore, an airflow rate of 100 CFM is equal to approximately 2.8316847 m³/min.
Converting CFM to m³/min is a straightforward process that requires only a basic understanding of the conversion formula and its application. This section will guide you through the step-by-step process of converting CFM to m³/min and provide examples for clarity.
The formula to convert CFM to m³/min is:
m³/min = CFM * 0.028316847
In this formula, you multiply the CFM value by the conversion factor of 0.028316847 to obtain the equivalent value in m³/min.
To convert CFM to m³/min, follow these simple steps:
For example, let's convert 500 CFM to m³/min:
m³/min = 500 CFM * 0.028316847
m³/min = 14.158423500
Therefore, 500 CFM is equal to approximately 14.1584 m³/min.
To convert m³/min to CFM, use the following formula:
CFM = m³/min * 35.3146662313
For example, let's convert 10 m³/min to CFM:
CFM = 10 m³/min * 35.3146662313
CFM = 353.1466623130
Therefore, 10 m³/min is equal to approximately 353.1467 CFM.
Converting CFM to m³/min is not just a theoretical exercise; it has numerous practical applications across various industries.
In the world of Heating, Ventilation, and Air Conditioning (HVAC), accurate airflow measurements are paramount. Proper airflow ensures comfort, maintains indoor air quality, and optimizes energy efficiency. HVAC professionals use CFM and m³/min to:
By converting between CFM and m³/min, HVAC technicians can work with different system specifications and international standards, ensuring the best possible performance.
Manufacturing and industrial facilities rely heavily on proper ventilation and air quality control. CFM and m³/min play a vital role in:
Industrial engineers and facility managers must be well-versed in converting between CFM and m³/min to ensure that their ventilation systems are functioning effectively and meeting all necessary standards.
In the automotive sector, CFM is commonly used to measure engine air intake. A higher CFM value indicates that an engine can take in more air, which generally translates to better performance. However, as the industry becomes more globalized, there is a growing need to convert these measurements to m³/min for international standards and collaboration.
Automotive engineers and technicians must be able to convert between CFM and m³/min to:
Beyond these industries, the ability to convert between CFM and m³/min is valuable in many other fields, such as:
In any situation where airflow measurement and management are critical, understanding how to convert between CFM and m³/min is an essential skill.
Using the conversion formula is straightforward:
m³/min = CFM × 0.028316847
100 × 0.028316847 = 2.8317 m³/min
.Engineers often work on global projects requiring compatibility between imperial and metric systems. Conversions ensure:
Yes, a standard calculator works perfectly:
For reverse conversions, multiply the m³/min value by 35.3146662313. Specialized tools provide added convenience for frequent use.
Most online converters are highly accurate when reputable sources are used. They:
Double-check results for critical calculations, especially in engineering or manufacturing.
Yes, SCFM (Standard Cubic Feet per Minute) differs from CFM due to standard conditions:
When converting SCFM to m³/min, factor in temperature, pressure, and humidity variations. This ensures precise results in research or controlled environments.
Product Name: 15kw pm vsd screw air compressor
Type: Oil-injected/lubricated
Power Range: 15kW/20Hp
Air Flow Range: 1.9m3/min - 2.5m3/min
Pressure Range: 7bar - 12bar
Cooling System: Air Cooling or Water Cooling
Power Source: AC Power 380V/3P/50HZ, can be customied.
Structure Type: Closed Type
Trademark: aivyter , OEM
Color:according to your needs
Certificate: CE, SGS...
Min. Order: 1 piece
Lead Time:7~30 Day
Warranty: One Year
Transport Package: Wooden box
Trade term: CIF, CFR, FOB..
7.5kW 10Hp permanent magnet variable frequency rotary screw air compressor is equipped with a dedicated inverter with a wider variable frequency range. Using a permanent magnet synchronous motor, maximum energy saving can be achieved. Our screw compressors or sometimes called screw air compressors are available in a variety of power pressure voltage, etc. to meet your industrial compressed air needs. The compressor is equipped with an optional mounting receiver and an integrated dryer to reduce installation costs and meet space requirements. With ALUP air screw compressors, you can rest assured that your production will continue to operate at a higher productivity.
High Efficiency Permanent screw compressor equipped with a dedicated frequency converter, a wider frequency range. The use of permanent magnet synchronous motors can achieve the greatest energy saving effect.Efficient and energy-saving, with an output of 20% -30% more gas flow than general air compressors under the same exhaust pressure; Low noise. Long service life up to 100000 hours of use. Features of low vibration, low noise, and high reliability
Aivyter is a a professional manufacturer of advanced compressed air systems. We specialize in producing high-quality Oil Injected Rotary Twin Screw Air Compressors that deliver exceptional performance for industrial applications. Our innovative technology ensures efficient and reliable operation at competitive prices. We have a comprehensive range of models to meet diverse compression needs.