ProMinent Splash Control Pro 2 Assembly And Operating Instructions Manual page 50

Operating concept and operation
Area: Metering
Area: Alarm threshold
"Control" area for the input variable:
Flow
"Control" area for the input variable:
Volume
"Calibration" area
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List of metrics assigned to the parameter:
FO1: output number
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▼: feeder assembly
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PFM: operating mode of the system
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P.I.D: mode for calculation of metering
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Setpoint key: used to change the parameter setpoint.
Max. time key: used to change the maximum metering time.
List of alarm threshold values:
Key: Upper alarm threshold, used to change the upper alarm
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threshold.
Key: Lower alarm threshold, used to change the lower alarm
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threshold.
Stop metering: Allows you to choose whether metering is to be
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stopped when the relevant threshold value is transgressed.
The function is enabled here.
The box with the checkmark
the alarm threshold is enabled.
List of control thresholds:
Key: Lower alarm threshold, used to change the lower alarm
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threshold.
Key: Upper alarm threshold, used to change the upper alarm
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threshold.
Key: Stop metering threshold is used to change the metering
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stop threshold.
List of control thresholds
Key: Stop metering threshold is used to change the metering
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stop threshold.
List of the different calibration parameters associated with the
input.
Offset: Indicates that the offset value has been set.
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Slope: Displays the slope percentage that has been set.
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Calibration button: This is used to change the calibration value.
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Offset (illustrated by the pH value):
display of the status sensor's offset calibration.
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The redder the bar diagram becomes, the closer the calibration
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limit becomes. This information can indicate the ageing of the
sensor.
The offset is expressed in the unit of the physical sensor input.
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The minimum and maximum values vary according to the
sensor.
Slope (illustrated by the pH value):
Display of the calibration status of the sensor's slope
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The redder the bar diagram becomes, the closer the calibration
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limit becomes. This information can indicate the ageing of the
sensor.
The slope is expressed as a percentage and can vary between
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0 % ... 200 %. 100 % represents an uncalibrated slope.
'Stop metering' is only visible when