1 psi = 0.068947572932 bar http://online.unitconverterpro.com/unit-conversion/convert-alpha/pressure.html Eric Serdahl
1 bar is 14.5038 psi. Scroll down to related links and look at "Conversion of pressure or stress units".
A common unit conversion in engineering is from velocity meters for a pump head to pressure bars. This conversion is done by multiplying the pressure by 10.197 and dividing this value by the specific gravity.
To convert 2.4 bar to psi (pounds per square inch), you can use the conversion factor where 1 bar is approximately equal to 14.5038 psi. Therefore, 2.4 bar is equal to about 34.8 psi (2.4 bar × 14.5038 psi/bar ≈ 34.8 psi).
To convert from barG (gauge pressure) to barA (absolute pressure), you simply add atmospheric pressure to the gauge pressure. Assuming standard atmospheric pressure is around 1 bar, the conversion would be -0.02 barG + 1 bar = 0.98 barA.
To convert bar to psi (pounds per square inch), you can use the conversion factor that 1 bar is approximately equal to 14.5038 psi. Therefore, to convert 2.4 bar to psi: 2.4 bar × 14.5038 psi/bar ≈ 34.8 psi. So, 2.4 bar is approximately 34.8 psi.
To convert bar (pressure unit) to liters per second (flow rate unit), you would need additional information such as the fluid being measured, temperature, and pipe diameter, as these factors affect the conversion. It is not a direct conversion and would require knowledge of fluid dynamics and engineering principles.
To convert bar (pressure) to kW (power), you need additional information such as the flow rate of the fluid and the efficiency of the system. The formula to calculate power (kW) from pressure (bar) is Power (kW) = (Pressure (bar) x Flow Rate (L/min) x Specific Gravity) / (600 x Efficiency). Specific Gravity is the density of the fluid compared to water, and Efficiency is the efficiency of the system converting pressure to power. Without these additional details, a direct conversion from bar to kW is not possible.
To convert bar to psia (pounds per square inch absolute), you need to add the atmospheric pressure in psia to the pressure in bar. 1 bar is approximately equal to 14.5038 psia (standard atmospheric pressure at sea level).
Initially, a minimum of 5.2 bar is needed to convert air to liquid under pressure. This pressure is for the initial process. For the final process, less than 1.7 bar is needed.
1 bar = 100,000 newton/square meter See related links for conversion calculator.
You cannot. Bar is a measure of pressure whereas m3 per minute is a measure of flow rate. The two measure different things and, according to basic principles of dimensional analysis, conversion from one to the other is not valid.
Generally, NM (Newton Meter) is a force times the length of the arm. Bar is Pressure (force per unit of area). The conversion is not possible to calculate because of the difference in extensions (NM or N/m²). However, in engine design the load of the engine can be given in bar (cylinder pressure) but converted into torque (N-m) by the following conversion: Cylinder Pressure (bar) = Torque (N-m) * nrev * 2 * pi / Cylinder displacement (cubic meters) / 100,000 where: nrev = number of revolutions per cycle (2 for a 4-stroke engine, 1 for a 2-stroke)