Since every water has different Redox values (even with the same chlorine
concentration) we are not able to give a basic setting. It will thus not necessarily
correspond to the factory setting of the setpoint. After about 2-3 weeks or every refill,
the setpoint must be compared with the desired chlorine value and adjusted as required
since the effective Redox value is only established when the system is under operation.
If the actual value undercuts the setpoint, the system automatically doses chlorine until
the setpoint is achieved. Then the dosing pump switches itself off.
5.3 Rx p band: [20 mV]
The value in figures gives the proportional band, thus the regulation slope. The usual
value is 100 mV.
Meaning: With a p band of 100 mV, the dosing pump operates at maximum performance
with a deviation of the measured value compared to the setpoint of Δ 100 mV. When
the actual value approaches the setpoint in the p band, the dosing performance is
reduced proportionally. Thus, for a deviation of e.g. Δ 50 mV, the pump only operates
with 50 % of the maximum performance.
5.4 Minimum alarm (↑): [550 mV]
Minimum alarm value which, when undercut, will trigger an alarm.
5.5 Maximum alarm (↑): [750 mV]
Maximum alarm value which, when exceeded, will trigger an alarm.
6
Test mode
Functional test of all inputs and outputs - Only to be used by authorised specialist
staff!
WARNING!
-
Pump for pH
-
Salt electrolysis
-
Relay alarm
-
Level pH
-
Level disinf
-
Flow sensor
-
Flow rate
-
Input pH
-
Input Rx
-
Input Temp
-
Input CL (CLE 3)
-
Input CL (CLB 2)
This is a functional test!
Activating the pumps for pH or salt electrolysis
may result in dangerous over-dosing!
Activate using the arrow buttons
Activate using the arrow buttons
Activate using the arrow buttons
Close/open display
Close/open display
Close/open display
Functional test of connection for flow meter
Display pH value in pH and mV
Display Rx value in mV
Display of temperature in °C
Not relevant for pH/Rx
Not relevant for pH/Rx
49