26
Selecting the operating mode
It is possible to choose from four operating modes to match irradiation of algae and germs to
the requirements of the situation.
The duration of irradiation is automatically controlled on the basis of the measured water tem-
perature and the selected operating mode. The ratio of the switch-on time to the switch-off
time of the UVC lamps is dependent upon the operating mode. The higher the percentage value,
the longer the switch-on time in relation to the switch-off time.
In 100% operating mode, the UVC lamps are permanently switched on.
Function
Proceed as follows
Note
Selecting the oper-
ating mode
Press
until you reach the
desired operating mode.
•
Switching sequence: 50 % – 75 % – 90 % – 100 % –
Off.
•
UVC lamps on: LED is lit blue:
•
UVC lamps off: LED is lit green (energy-saving
phase in Eco mode).
•
Select Eco mode 50 % if the water is only slightly
soiled.
•
Select Eco mode 75 % or 90 % if the water is more
soiled.
•
Select operating mode 100 % if the water is very
soiled.
How to proceed if the water is green:
•
Start with operating mode 100 %. As soon as the
desired result is achieved, change to Eco mode
50 %. If the water becomes green again, choose
the next higher Eco mode until you achieve the
desired result permanently.
How to proceed if the water is clear:
•
Start with Eco mode 50 %. If the water starts to go
green, select the next higher Eco mode until you
achieve the desired result permanently.
Switching times
Operating mode 50 %
High saving in energy (50 %)
Operating mode 75 %
Medium saving in energy
(25 %)
Operating mode 90 %
Low saving in energy (10 %)
Water tem-
perature
[°C]
On
[h]
Off
[h]
Irradiation du-
ration
[%]
On
[h]
Off
[h]
Irradiation du-
ration
[%]
On
[h]
Off
[h]
Irradiation du-
ration
[%]
4
12
72
14
12
12
50
24
12
67
5 … 9
12
36
25
24
12
67
48
12
80
10 … 14
12
12
50
36
12
75
96
12
89
15 … 19
12
0
100
12
0
100
12
0
100
≥
20
12
12
50
36
12
75
12
0
100
Summary of Contents for Bitron Eco 120W
Page 2: ...A BTN0018 B BTN0008 C BTN0004 D BTN0013...
Page 3: ...3 E BTN0015 F BTN0017...
Page 4: ...4 G BTN0005 H BTN0016...
Page 201: ...BG 201 PDF www oase com manual 30 mA...
Page 202: ...202 UVC UVC...
Page 204: ...204 BTN0007 1 UVC UVC 2 UVC 3 UVC 9001 12000 6001 9000 3001 6000 1 3000 UVC UVC 4 C UVC...
Page 205: ...BG 205 pH 7 2 7 6 7 5 8 5 0 3 0 6 0 3 0 2 200 3 5 4 30 C 4 25 C A 2 B...
Page 209: ...BG 209 1 bar 3 4 10 C UVC 36 OFF 36...
Page 210: ...210 Eco 50 UVC 100 UVC 50 75 90 100 OF...
Page 212: ...212...
Page 213: ...UK 213 UK 8...
Page 215: ...UK 215 30...
Page 216: ...216...
Page 218: ...218 BTN0007 1 2 3 9001 12 000 6001 9000 3001 6000 1 3000 4 C...
Page 219: ...UK 219 pH 7 2 7 6 7 5 8 5 0 3 0 6 0 3 0 2 200 3 5 4 30 C 4 25 C A 2 B...
Page 223: ...UK 223 50 100 50 75 90 100 Off OF...
Page 225: ...UK 225 50 50 75 25 90 10 20 12 12 50 36 12 75 12 0 100...
Page 227: ...RU 227 PDF www oase com manual 30...
Page 228: ...228...
Page 230: ...230 BTN0007 1 2 3 9001 12 000 6001 9000 3001 6000 1 3000 4 C...
Page 231: ...RU 231 p 7 2 7 6 7 5 8 5 0 3 0 6 0 3 0 2 200 3 5 4 30 C 4 25 C A 2 B...
Page 235: ...RU 235 1 3 4 10 C 36 OFF 36...
Page 236: ...236 50 100 50 75 90 100 OF 100...
Page 239: ...CN 239 PDF www oase com manual 30 mA...
Page 240: ...240...
Page 246: ...246 1 bar 3 4 10 C UVC 36 OFF 36 Eco 50 UVC UVC 100 50 75 90 100 OFF...