Onicon F-1000 SERIES - Page 26

F
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1000 SERIES TURBINE METER CONFIGURATION UTILITY AND INSTALLATION GUIDE
ONICON Incorporated 727.447.6140 Page 26 onicon.com
Damped Input Frequency Hz (Read Only)
Identical to the instantaneous frequency, but after the damping level has been
applied. The damping is congured in the “Flow Settings” tab.
Output Frequency Hz (Read Only)
This is the scaled frequency output available on the meter’s green wire referenced
to common (black). The output is scaled based on the Pipe ID and Pipe OD
congured in the “Pipe Selection” tab.
Base Flow Rate gps (Read Only)
This value shows the ow rate in gallons per second. This is the ow rate of the
meter based on the pipe ID programmed in the “Pipe Selection” tab.
Base Flow Rate gpm (Read Only)
This value shows the ow rate in gallons per minute. This is the ow rate of the
meter based on the pipe ID programmed in the “Pipe Selection” tab.
Application Flow Rate <units/minute> (Read Only)
This value shows the ow rate in the user’s designated volume unit per minute.
This is the ow rate of the meter based on the pipe ID programmed in the “Pipe
Selection” tab. If the meter is connected directly to a BMS via the analog output,
or connected to an ONICON display or BTU meter, it should be veried that the
reading in this parameter matches the BMS/ ONICON display or BTU meter. It
should also, be conrmed that the units of measurement match between turbine
meter and BMS/ONICON display or BTU meter.
Local Velocity fps (Read Only)
Shows the ow velocity, in feet per second, that the average turbine pulses is
equivalent to based on the pipe ID congured in the “Pipe Selection” tab. This
velocity is not corrected for the amount of pipe area the turbine meter acquires
from being inserted in the pipe.
Pipe Velocity fps (Read Only)
Shows the ow velocity, in feet per second, that the average turbine pulses is
equivalent to based on the pipe ID congured in the “Pipe Selection” tab. This
velocity is also corrected for the amount of pipe area the turbine meter acquires
from being inserted in the pipe to the “Gauge Length” position.