SCFH depends on the standard reference temperature and pressure.
LPM to SCFH Calculator
Convert LPM into SCFH for gas equipment, burners, and compressed-air specifications.
Gas flow changes with reference pressure and temperature.
The conversion assumes compatible standard reference conditions.
LPM to SCFH Formula
The conversion assumes compatible standard reference conditions.
How the LPM to SCFH Works
Enter the required inputs: Litres Per Minute.
The calculator applies: SCFH = LPM x 2.11888.
The result updates instantly in SCFH.
Use the displayed assumption before applying the result to engineering work.
LPM to SCFH Conversion Table
| Litres Per Minute (LPM) | SCFH |
|---|---|
| 10 | 21.19 |
| 25 | 52.97 |
| 50 | 105.94 |
| 100 | 211.89 |
| 250 | 529.72 |
| 500 | 1059.44 |
Where LPM to SCFH is Used
What is LPM to SCFH?
The LPM to SCFH calculator uses litres per minute to calculate standard cubic feet per hour. It is designed for fast comparison work across pumps, plumbing, gas flow, HVAC, and industrial systems.
Example: 100 LPM = 211.89 SCFH
Questions About LPM to SCFH
What does the LPM to SCFH calculator calculate?
It converts the entered value into SCFH using the formula and assumptions shown on the page.
What assumption is used for this LPM to SCFH calculator?
It converts standard litres per minute to standard cubic feet per hour.
Where is the LPM to SCFH calculator used?
It is used for burner sizing, gas meters, compressed-air equipment, and hourly gas-flow specifications.
Is the LPM to SCFH calculator accurate for engineering design?
The math is useful for fast estimation, but engineering-critical work should be checked against manufacturer data, fluid properties, pipe geometry, temperature, pressure, and local standards.
Can I use the LPM to SCFH calculator for gases and liquids?
Use it only when the displayed assumptions match your medium and reference conditions. Gas, fuel, and pressure-drop calculations can change significantly with density, pressure, temperature, and system geometry.