Direct mass meters require that a mass
meter factor be derived by mass proving.
The most significant result of these investigations is the identification of universal pattern, which links
meter factor with rotation frequency and kinematic viscosity [11, 12] as well as acceptance of Re number as distinctive parameter for the process characterization.
Operators can easily change
Meter Factor, K Factor, perform a meter prove and read and change other process parameters.
The verified results show an average stable
meter factor and a repeatability of less than +/- 0.1 per cent and the flowmeters proven range go up to 12".
meter factor, shifts due to fault in the meter's operating elements (i.e.
The baseline curves were used to determine an average
meter factor (output multiplier) that could be used to correct the meter output to match that of the MRF critical flow reference.
The amount of pulses produced by the meter, per barrel or cubic meter, as fluid passes through the meter is known as the "
meter factor."