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(Formula 1-16) denotes the gas throughput in a vacuum pump as a function of inlet pressure. It is expressed in Pa · m3 · s-1 or hPa · l · s-1 = mbar · l · s-1. In the case of pumping stations that consist of gas-displacement pumps, all pumps connected in series have an identical throughput.
Gas load is a mass flow rate and is measured in units of volume × pressure per unit time, such as: Torr.liters per second: T.L/s.
(Formula 1-16) denotes the gas throughput in a vacuum pump as a function of inlet pressure. It is expressed in Pa · m3 · s-1 or hPa · l · s-1 = mbar · l · s-1. In the case of pumping stations that consist of gas-displacement pumps, all pumps connected in series have an identical throughput.
Throughput is defined as the volume of gas moving through a plane, per unit time, multiplied by the pressure at the plane, and is also known as Gas Load.
Throughput is defined as the volume of gas moving through a plane, per unit time, multiplied by the pressure at the plane, and is also known as Gas Load.
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Gas load is a mass flow rate and is measured in units of volume × pressure per unit time, such as: Torr.liters per second: T.L/s.
Definition of Conductance The conductance between two points is defined as the gas flow rate flowing through a device divided by the pressure drop that is driving it.
In simple terms, vacuum may be defined as: A space or container from which the air has been completely or partially removed. The first basic concept that the reader needs to understand is that of gas pressure. If you fill a balloon with gas, it is the pressure of the gas within the balloon that keeps it inflated.
Gas transfer types of vacuum pumps work by mechanically removing gasses through positive displacement or momentum transfer. Positive displacement vacuum pumps have chambers that alternately expand and contract with check or non-return valves to draw and eject flow.
Gas Load = Pumping Speed x Pressure. You can easily see that if a system has a given pumping speed, which is usually the case, the pressure in the system will be dependent upon the relative size of the gas load.

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