Evoqua DEPOLOX - Page 45

DEPOLOX
®
Pool Operation
WT.050.570.000.DE.IM.0714 45
1.3
Cl
2
settings
(menu 1.1)
Basic display Refer to main menu
Menu select Display of all available menus
Menu Cl
2
Display of all available Cl
2
settings
Cl
2
actuator  Control output 
 Ty 10 s ... 180 s
 Tp  010 ... 180 s
 Ym Calibration Auto / -
 Ym Calibration 0/100 % manual calibration
 max. Pulses /min100 / 120
Cl
2
parameters  Setpoint  0.10 mg/l ... End of measuring range
 Xp  0001 ... 1000 %
 Tn  000.0 ... 100.0 min
 Ymin, Ymax  000.0 ... 100.0 %
 Hysteresis  0.01 ... 0.5 mg/l
 min ON  for dosing contact 1...59 min.
Cl
2
parameters ECO  Setpoint
ECO
 0.10 mg/l ... End of measuring range
 Xp
ECO
 0001 ... 1000 %
 Tn
ECO
 000.0 ... 100.0 min
 Circul.
ECO
ON  limit value for switching to ECO mode
for dynamic circulation reduction, 0 ... 100%
Cl
2
limit values  Min / Max setpoint min / max setpoint for cedox mode
 MIN / Max  0.00 mg/l ... End of measuring range
 Hysteresis  0.01 ... 0.25 mg/l or 0.1 ... 2.5 mg/l
Cl
2
measuring range  Measuring range0 ... 1 mg/l to 0 ... 20 mg/l
 Upot  0 ... 1000 mV (chlorine measuring cell)
 µA range 0 µA, 100 µA, 200 µA, 1000 µA
Cl
2
adaption  Tu  dead time, 1 ... 3600 s
 Ts  rise time, 0.1 ... 480.0 min
 Tu
ECO
during ECO mode, 1 ... 3600 s
 Ts
ECO
 during ECO mode, 0.1 ... 480.0 min
 Circulation  circulation, during which Tu and TS are evaluated
 Circul.
ECO
On  circulation, during which Tu
ECO
and TS
ECO
are eval.
 ADAPT  Start adaption or check last adaption
Cl
2
Peak chlorination  Time  max. 5 times per week
 Interval  weekly, every 2, 3, 4 weeks
 Cl2 value  chlorine value during peak chlorination, 0...10/20 mg/l
 Duration  duration of the peak chlorination, 0...10 h
 Max delay  max. time until the peak chlorine value is reached
 alarm/Cl-N Dos  alarms and Cl-N controller switched on/off
during peak chlorination
 Electr.Pos.w.Ym
 Dosing pump 2P
 Analog output.2P
 Electr.Pos.wo.Ym
 Pulse pump 2P
 Dosing contact for Cl2 dosing with hysteresis and
min swith-on time (e.g. for OSEC-A)