FuelsManager Defense
366 Administrator Manual
VSW SUBTRACTION
This parameter is only available when a Japanese correction type is selected. The VSW subtraction options are
None, Gross Volume, and Net Volume. VSW is defined as the Volume associated with the percent BSW
(Bottoms Sediment and Water). This parameter defines the method of VSW compensation. VSW is either; not
subtracted; subtracted in the calculation of Gross Volume; or subtracted in the calculation of Net Volume,
respectively.
NET MASS
This parameter is only available when a Japanese correction type is selected. The Net Mass options are Mass,
Weight, Weight in a Pressure Tank, Idemitsu, and Food Oil. This parameter defines the method of Weight
calculation
MOLE CONSTANT
This parameter is only available when Idemitsu is selected for the Net Mass calculation. This parameter defines
the Mole Constant value used in the Idemitsu weight calculation
SAMPLES
This parameter is used, along with the 'Sample Time' and 'Deadband' parameters, in the averaging calculation
of Flow, Level Rate, Mass Flow, and Net Flow. It defines the amount of samples to be included in the average.
The same Sample parameter is used for Flow, Level Rate, Mass Flow, and Net Flow calculations
SAMPLE TIME
This parameter is used, along with the 'Samples' and 'Deadband' parameters, in the averaging calculation of
Flow, Level Rate, Mass Flow, and Net Flow. It defines the amount of time, in seconds, between the samples in
the average. The same Sample Time parameter is used for the Flow, Level Rate, Mass Flow, and Net Flow
calculations
DEADBAND
This parameter is used, along with the 'Samples' and Sample Time' parameters, in the averaging calculation of
Flow, Level Rate, Mass Flow, and Net Flow. The sample value must be greater than the deadband value
otherwise a sample value of zero will be used. The deadband parameter can be set independently for the Flow,
Level Rate, Mass Flow, and Net Flow calculations
FILTER
This parameter is used, to enable the averaging calculation of Flow, Level Rate, Mass Flow, and Net Flow. If the
filter parameter is not set, FuelsManager calculates the instantaneous value for the Flow, Level Rate, Mass Flow,
and Net Flow values. Averaging can be set independently for the Flow, Level Rate, Mass Flow, and Net Flow
calculations
LANDED HEIGHT
This parameter defines the height at which the floating roof is fully landed on it legs. At this point the volumetric
effect of the floating roof is zero, since it is no longer floating. The area between the Landed Height and the
Floating Height is known as the 'Critical Zone'. FuelsManager only uses this parameter if the Roof type, Roof
Mass not in Strap is selected, otherwise this parameter is ignored
FLOATING HEIGHT
Tank Configuration Data
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