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3590EXTLWBCIO, CPWELW series indicator
E-LW_01_14.03_EN_U
37
12.3.6 FLIGHT MATERIAL AT END OF DOSAGE
It’s possible to set a FLIGHT weight, in other words, the quantity of material which, by inertia, is normally added to the
dosage when it is stopped, in order to stop previously the dosage and reach correctly the set target, if one is working on it.
The function foresees that the instrument stop the dosage (analogue output and output liked to the STOP function) in the
moment in which the TARGET minus the MATERIAL WEIGHT IN FLIGHT is reached. The quantity of material in flight is
set in the
<<FLY.WEI>>
.
After this a wait time starts equal to the FLIGHT WAIT TIME in which one presumes that some Material is still unloading,
therefore the material is still added to the dosage, and the TARGET will be reached. The flight time is set in the
<<FLY.TIM.>>
.
During this time the instrument totalizes the material in transit on the weighing system and the dosage output remain active.
Once the wait time is finished also the dosage output is disabled.
12.3.7 FLOW RATE GRAPHIC DISPLAY
At the end of the dosage it is possible to display a graphic of the flow rate:
In which:
X-axis: time
Y-axis: flow rate
T: Flow rate target (In the regulator mode)
m: Min. measured flow rate during the last dosage
A: Average flow rate of the dosage
M: Max. measured flow rate during the last dosage
The time interval (from 0 onwards) between each 2 data to be displayed can be set in the
<<INT.F.R.>>
step between 1
sec, 5 sec, 10 sec, 30 sec, 1 min, 5 min and 10 min.
The graphic can be displayed:
- automatically at the end of the dosage, if the automatic display has been enabled in the
<<INT.F.R.>>
.
- manually, out of the dosage cycle, through the function
308
combinable with the desired key (
<< F.KEYS >>
.
12.4 SPECIFIC FUNCTIONS OF THE READER MODE
12.4.1 ANALOGUE OUTPUT (OPTIONAL)
The analogue output can take on a fixed value in order to manage an automatism which must function at a fixed speed
during the dosage or can be programmed to supply a value proportional to the instantaneous hourly flow. Refer to the
[ kg/h ]
T 500.0
m 0.0 A
0.1 M
0.4
y
x