The CFH to PSI calculator is a handy tool used in various industries, especially in fields like engineering, gas distribution, and HVAC systems. Its primary function is to convert flow rates from cubic feet per hour (CFH) to pounds per square inch (PSI). This conversion is crucial for ensuring accurate pressure measurements in gas systems, where PSI is a common unit of pressure and CFH represents the flow rate of gas in cubic feet per hour.
Formula of cfh to psi Calculator
The formula used by the CFH to PSI calculator is:
psi = (cfh / 60) * specific_gravity * 0.413
Where:
- cfh: Flow rate in cubic feet per hour.
- specific_gravity: Specific gravity of the gas.
This formula takes into account the flow rate in CFH and the specific gravity of the gas to determine the corresponding pressure in PSI. It's a straightforward calculation but can be time-consuming if done manually. Hence, the calculator simplifies the process and provides quick results.
Table of General Terms
To assist users further, below is a table of general terms related to gas flow and pressure, which users may find helpful for quick reference:
Term | Description |
---|---|
CFH | Cubic Feet per Hour; a measure of gas flow rate |
PSI | Pounds per Square Inch; a unit of pressure |
Specific Gravity | Ratio of the density of a gas to the density of air |
SCFM | Standard Cubic Feet per Minute; a standardized flow rate |
PSIG | Pounds per Square Inch Gauge; pressure relative to atmospheric pressure |
Example of cfh to psi Calculator
Let's consider an example to illustrate the practical use of the CFH to PSI calculator:
Suppose we have a gas flow rate of 500 CFH and a specific gravity of 0.6. Using the formula mentioned earlier, we can calculate the pressure in PSI as follows:
psi = (500 / 60) * 0.6 * 0.413 ≈ 3.475 PSI
So, a gas flow rate of 500 CFH with a specific gravity of 0.6 corresponds to approximately 3.475 PSI.
Most Common FAQs
CFH stands for Cubic Feet per Hour and is a measure of gas flow rate. It's essential in gas-related industries for determining the amount of gas passing through a system over time.
You can use the formula: PSI = (CFH / 60) * specific_gravity * 0.413. Simply input the CFH and specific gravity values into the formula to get the corresponding PSI.