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3.6.7. Calibration of the water temperature measurement
3.6.7. Calibration of the water temperature measurement
SALTKLORATOR TYPE OCEANCLEAR LS
3.6.7. Calibration of the water temperature measurement
3.6.7. Calibration of the water temperature measurement
If the temperature sensor is disabled, the menu below does not appear.
If the temperature sensor is disabled, the menu below does not appear.
If the temperature sensor is disabled, the menu below does not appear.
If the temperature sensor is disabled, the menu below does not appear.
Menu
3.6.7. Calibration of the water temperature measurement
From - to + 5°C compared to the measurement displayed,
Menu
Menu
Menu
3.6.7. CALIBRATION OF THE WATER TEMPERATURE MEASUREMENT
in increments of 0.5.
If the temperature sensor is disabled, the menu below does not appear.
From - to + 5°C compared to the measurement displayed,
From - to + 5°C compared to the measurement displayed,
g If the temperature sensor is disabled, the menu below does not appear.
From - to + 5°C compared to the measurement displayed,
3.6.7. Calibration of the water temperature measurement
3.6.7. Calibration of the water temperature measurement
in increments of 0.5.
in increments of 0.5.
in increments of 0.5.
Menu
MENU
POSSIBLE SETTINGS
3.6.8. Calibration of the salt rate measurement
If the temperature sensor is disabled, the menu below does not appear.
If the temperature sensor is disabled, the menu below does not appear.
From - to + 5°C compared to the measurement displayed,
From - to + 5°C compared to the
3.6.8. Calibration of the salt rate measurement
in increments of 0.5.
3.6.8. Calibration of the salt rate measurement
measurement displayed, in increments of 0.5.
3.6.8. Calibration of the salt rate measurement
Menu
Menu
If the salt sensor is disabled, the menu below does not appear.
Possible settings
Possible settings
From - to + 5°C compared to the measurement displayed,
From - to + 5°C compared to the measurement displayed,
If the salt sensor is disabled, the menu below does not appear.
If the salt sensor is disabled, the menu below does not appear.
3.6.8. CALIBRATION OF THE SALT RATE MEASUREMENT
in increments of 0.5.
in increments of 0.5.
If the salt sensor is disabled, the menu below does not appear.
Menu
3.6.8. Calibration of the salt rate measurement
g If the salt sensor is disabled, the menu below does not appear.
Menu
From 1.5 to 8 g/L, in increments of 0.1.
Menu
Menu
MENU
POSSIBLE SETTINGS
3.6.8. Calibration of the salt rate measurement
3.6.8. Calibration of the salt rate measurement
If the salt sensor is disabled, the menu below does not appear.
From 1.5 to 8 g/L, in increments of 0.1.
From 1.5 to 8 g/L, in increments of 0.1.
From 1.5 to 8 g/L, in increments of 0.1.
From 1.5 to 8 g/L, in increments of 0.1.
If the salt sensor is disabled, the menu below does not appear.
If the salt sensor is disabled, the menu below does not appear.
Menu
3.6.9. Calibration of the pH measurement
3.6.9. Calibration of the pH measurement
From 1.5 to 8 g/L, in increments of 0.1.
Menu
Menu
Possible settings
Possible settings
3.6.9. Calibration of the pH measurement
3.6.9. Calibration of the pH measurement
3.6.9. CALIBRATION OF THE PH MEASUREMENT
Menu
From 1.5 to 8 g/L, in increments of 0.1.
From 1.5 to 8 g/L, in increments of 0.1.
Menu
Menu
From 6.5 to 7.5, in increments of 0.1.
MENU
POSSIBLE SETTINGS
3.6.9. Calibration of the pH measurement
Menu
From 6.5 to 7.5, in increments of 0.1.
From 6.5 to 7.5, in increments of 0.1.
3.6.9. Calibration of the pH measurement
3.6.9. Calibration of the pH measurement
From 6.5 to 7.5, in increments of 0.1.
From 6.5 to 7.5, in increments of 0.1.
Menu
3.6.10. Setting the inversion frequency of the current supplying the cell
Menu
Menu
Possible settings
Possible settings
3.6.10. SETTING THE INVERSION FREQUENCY OF THE CURRENT SUPPLYING THE CELL
3.6.10. Setting the inversion frequency of the current supplying the cell
From 6.5 to 7.5, in increments of 0.1.
I
3.6.10. Setting the inversion frequency of the current supplying the cell
From 6.5 to 7.5, in increments of 0.1.
From 6.5 to 7.5, in increments of 0.1.
Current inversion aims to prevent scale deposits on the cell. Current inversion must be set following the table
3.6.10. Setting the inversion frequency of the current supplying the cell
Current inversion aims to prevent scale deposits on the cell. Current inversion must be set following the table
below in order to ensure that the cell continues to operate correctly in the long term.
I
I
I
below in order to ensure that the cell continues to operate correctly in the long term.
Current inversion aims to prevent scale deposits on the cell. Current inversion must be set following the table
Current inversion aims to prevent scale deposits on the cell. Current inversion must be set following the table
3.6.10. Setting the inversion frequency of the current supplying the cell
3.6.10. Setting the inversion frequency of the current supplying the cell
3.6.10. Setting the inversion frequency of the current supplying the cell
Current inversion aims to prevent scale deposits on the cell. Current inversion must be set following the table
below in order to ensure that the cell continues to operate correctly in the long term.
Water hardness (°f)
0 to 5
below in order to ensure that the cell continues to operate correctly in the long term.
Water hardness (°f)
0 to 5
below in order to ensure that the cell continues to operate correctly in the long term.
I
I
I
Inversion frequency (h)
16
Inversion frequency (h)
16
Water hardness (°f)
Current inversion aims to prevent scale deposits on the cell. Current inversion must be set following the table
Current inversion aims to prevent scale deposits on the cell. Current inversion must be set following the table
0 to 5
Water hardness (°f)
Current inversion aims to prevent scale deposits on the cell. Current inversion must be set following the table
0 to 5
Water hardness (°f)
0 to 5
Inversion frequency (h)
16
below in order to ensure that the cell continues to operate correctly in the long term.
below in order to ensure that the cell continues to operate correctly in the long term.
Inversion frequency (h)
16
below in order to ensure that the cell continues to operate correctly in the long term.
Inversion frequency (h)
16
Menu
MENU
POSSIBLE SETTINGS
Water hardness (°f)
Water hardness (°f)
0 to 5
0 to 5
5 to 12
5 to 12
Water hardness (°f)
0 to 5
Menu
From 2 to 24 h, in increments of 1.
Inversion frequency (h)
Inversion frequency (h)
Menu
16
16
From 2 to 24 h, in increments of 1.
Menu
Inversion frequency (h)
16
From 2 to 24 h, in increments of 1.
From 2 to 24 h, in increments of 1.
Menu
Menu
From 2 to 24 h, in increments of 1.
Possible settings
Possible settings
3.6.10. SETTING THE INVERSION FREQUENCY OF THE CURRENT SUPPLYING THE CELL
Menu
3.6.11. Selecting the chlorinator operating mode
From 2 to 24 h, in increments of 1.
From 2 to 24 h, in increments of 1.
Current inversion aims to prevent scale deposits on the cell. Current inversion must be set following the table
below in order to ensure that the cell continues to operate correctly in the long term.
3.6.11. Selecting the chlorinator operating mode
From 2 to 24 h, in increments of 1.
3.6.11. Selecting the chlorinator operating mode
3.6.11. Selecting the chlorinator operating mode
Possible settings
Menu
3.6.11. Selecting the chlorinator operating mode
3.6.11. Selecting the chlorinator operating mode
MENU
POSSIBLE
(depending on model)
Possible settings
Possible settings
SETTINGS
Menu
Menu
Possible settings
3.6.11. Selecting the chlorinator operating mode
(depending on model)
(DEPENDING
(depending on model)
Menu
%
Possible settings
Possible settings
Menu
Menu
(depending on model)
ON MODEL)
(depending on model)
(depending on model)
%
%
Possible settings
Continual production, following the
Continual production, following the
%
%
%
%
Menu
production setpoint.
production setpoint.
(depending on model)
ORP
Inspection of production using the
Inspection of production using the
ORP
ORP
%
ORP probe, according to the ORP
ORP probe, according to the ORP
ORP
ORP
ORP
ORP
setpoint and the ORP production
setpoint and the ORP production
OFF
setpoint.
setpoint.
OFF
OFF
OFF
OFF
Deactivation of the chlorinator cell.
Deactivation of the chlorinator cell.
The choice of operating mode can be seen on the initial display («
OFF
ORP
OFF
The choice of operating mode can be seen on the initial display («
The choice of operating mode can be seen on the initial display («
The choice of operating mode can be seen on the initial display («
g The choice of operating mode can be seen on the initial display («
The choice of operating mode can be seen on the initial display («
The choice of operating mode can be seen on the initial display («
OFF
The choice of operating mode can be seen on the initial display («
102
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Possible settings
Possible settings
Possible settings
Measurement displayed
Possible settings
Measurement displayed
Measurement displayed
Measurement displayed
Possible settings
DEFAULT SETTING
Measurement displayed
Measurement displayed
Default setting
Default setting
Measurement displayed
Measurement displayed
Possible settings
Possible settings
Measurement displayed
Possible settings
Possible settings
DEFAULT SETTING
Measurement displayed
Measurement displayed
Measurement displayed
Measurement displayed
Possible settings
Measurement displayed
Default setting
Default setting
Possible settings
Measurement displayed
Measurement displayed
Possible settings
Possible settings
Measurement displayed
DEFAULT SETTING
Possible settings
Measurement displayed
Measurement displayed
Measurement displayed
Measurement displayed
Possible settings
Default setting
Default setting
Measurement displayed
Measurement displayed
Measurement displayed
5 to 12
12 to 20
20 to 40
40 to 60
5 to 12
12 to 20
20 to 40
10
8
6
4
10
8
6
5 to 12
12 to 20
20 to 40
5 to 12
12 to 20
20 to 40
5 to 12
12 to 20
20 to 40
10
8
6
10
8
6
10
8
6
Possible settings
DEFAULT SETTING
12 to 20
12 to 20
20 to 40
20 to 40
40 to 60
40 to 60
5 to 12
12 to 20
20 to 40
Possible settings
10
10
Possible settings
8
8
6
6
4
4
6 h
Possible settings
10
8
6
Default setting
Default setting
Possible settings
6 h
6 h
Meaning
MEANING
DEFAULT SETTING
Meaning
Continual production, following the
Meaning
Meaning
production setpoint.
Meaning
Meaning
Default setting
Default setting
Continual production, following the
Continual production, following the
Inspection of production using the
Continual production, following the
For UNO and DUO models : %.
Continual production, following the
production setpoint.
production setpoint.
ORP probe, according to the ORP
Meaning
production setpoint.
production setpoint.
Inspection of production using the
Inspection of production using the
For UNO and DUO models : %.
For PRO model : ORP.
For UNO and DUO models : %.
setpoint and the ORP production
Inspection of production using the
Inspection of production using the
For UNO and DUO models :
For UNO and DUO models : %.
ORP probe, according to the ORP
For UNO and DUO models : %.
For UNO and DUO models : %.
ORP probe, according to the ORP
Continual production, following the
ORP probe, according to the ORP
setpoint.
For PRO model : ORP.
%.
ORP probe, according to the ORP
For PRO model : ORP.
setpoint and the ORP production
production setpoint.
setpoint and the ORP production
For PRO model : ORP.
For PRO model : ORP.
setpoint and the ORP production
For PRO model : ORP.
For PRO model : ORP.
Deactivation of the chlorinator cell.
setpoint and the ORP production
setpoint.
setpoint.
setpoint.
Inspection of production using the
For UNO and DUO models : %.
setpoint.
Deactivation of the chlorinator cell.
ORP probe, according to the ORP
Deactivation of the chlorinator cell.
Deactivation of the chlorinator cell.
» as a %, or «
Deactivation of the chlorinator cell.
For PRO model : ORP.
setpoint and the ORP production
» as a %, or «
» as a %, or «
» as a %, or «
» in mV).
» in mV).
» as a %, or «
» as a %, or «
» in mV).
setpoint.
» as a %, or «
Deactivation of the chlorinator cell.
» as a %, or «
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3.6.12. Setting the production setpoint
SALTKLORATOR TYPE OCEANCLEAR LS
Chlorinator
Default setting
operating mode
3.6.12. Setting the production setpoint
3.6.12. Setting the production setpoint
Default setting
Default setting
3.6.12. Setting the production setpoint
Default setting
%
Chlorinator
3.6.12. SETTING THE PRODUCTION SETPOINT
Chlorinator
operating mode
CHLORINATOR
Chlorinator
operating mode
Default setting
OPERATING MODE
ORP
operating mode
%
%
%
%
3.6.13. Setting the pH setpoint
ORP
ORP
Default setting
ORP
ORP
Menu
Default setting
3.6.13. Setting the pH setpoint
Default setting
Default setting
3.6.13. Setting the pH setpoint
3.6.13. SETTING THE PH SETPOINT
3.6.13. Setting the pH setpoint
Menu
Default setting
3.6.14. Setting the ORP setpoint
Menu
MENU
Menu
Menu
Default setting
3.6.14. Setting the ORP setpoint
Default setting
3.6.14. SETTING THE ORP SETPOINT
3.6.14. Setting the ORP setpoint
Default setting
Default setting
3.6.14. Setting the ORP setpoint
Menu
MENU
3.6.15. Boost mode
Menu
Default setting
Menu
Boost mode :
- sets the production setpoint up to 125 %, for a fixed period.
3.6.15. Boost mode
3.6.15. BOOST MODE
- can be manually stopped at any time.
3.6.15. Boost mode
3.6.15. Boost mode
- can be used when chlorine is urgently needed.
Boost mode :
Boost mode :
> 60
I
Boost mode :
- sets the production setpoint up to 125 %, for a fixed
- sets the production setpoint up to 125 %, for a fixed period.
40 to 60
> 60
period.
Boost mode :
- sets the production setpoint up to 125 %, for a fixed period.
Boost mode cannot replace a conventional shock treatment in cases of water not fit for bathing.
2
- can be manually stopped at any time.
4
2
40 to 60
> 60
- can be manually stopped at any time.
40 to 60
> 60
- sets the production setpoint up to 125 %, for a fixed period.
- can be manually stopped at any time.
- can be used when chlorine is urgently needed.
40 to 60
> 60
- can be used when chlorine is urgently needed.
4
2
- can be manually stopped at any time.
4
2
- can be used when chlorine is urgently needed.
If the Boost mode is restarted manually while it is already running, the Boost mode resets for the duration displayed.
I
4
2
Default setting
- can be used when chlorine is urgently needed.
Boost mode cannot replace a conventional shock
I
Boost mode cannot be switched on if an alarm has been triggered. After having resolved and dismissed this alarm,
Boost mode cannot replace a conventional shock treatment in cases of water not fit for bathing.
> 60
> 60
treatment in cases of water not fit for bathing.
40 to 60
> 60
I
Default setting
wait a few moments in order to be able to activate the Boost mode.
Boost mode cannot replace a conventional shock treatment in cases of water not fit for bathing.
6 h
Default setting
2
2
• If the Boost mode is restarted manually while it is
Default setting
4
2
Boost mode cannot replace a conventional shock treatment in cases of water not fit for bathing.
When the Boost mode ends or is manually stopped, production continues according to the initial setpoint.
If the Boost mode is restarted manually while it is already running, the Boost mode resets for the duration displayed.
already running, the Boost mode resets for the
6 h
6 h
If the Boost mode is restarted manually while it is already running, the Boost mode resets for the duration displayed.
duration displayed.
Boost mode continues after powering off the electronics unit.
6 h
Boost mode cannot be switched on if an alarm has been triggered. After having resolved and dismissed this alarm,
• Boost mode cannot be switched on if an alarm has
If the Boost mode is restarted manually while it is already running, the Boost mode resets for the duration displayed.
Boost mode cannot be switched on if an alarm has been triggered. After having resolved and dismissed this alarm,
Default setting
wait a few moments in order to be able to activate the Boost mode.
Operation with a cover sensor :
Boost mode cannot be switched on if an alarm has been triggered. After having resolved and dismissed this alarm,
wait a few moments in order to be able to activate the Boost mode.
When the Boost mode ends or is manually stopped, production continues according to the initial setpoint.
Boost mode cannot be switched on with the cover shut.
6 h
wait a few moments in order to be able to activate the Boost mode.
When the Boost mode ends or is manually stopped, production continues according to the initial setpoint.
Boost mode continues after powering off the electronics unit.
If the cover is closed with Boost mode switched on, Boost mode automatically stops.
When the Boost mode ends or is manually stopped, production continues according to the initial setpoint.
Default setting
Boost mode continues after powering off the electronics unit.
Operation with a cover sensor :
Boost mode continues after powering off the electronics unit.
MENU
Default setting
Operation with a cover sensor :
Default setting
Boost mode cannot be switched on with the cover shut.
Menu
Default setting
Operation with a cover sensor :
Boost mode cannot be switched on with the cover shut.
If the cover is closed with Boost mode switched on, Boost mode automatically stops.
Boost mode cannot be switched on with the cover shut.
If the cover is closed with Boost mode switched on, Boost mode automatically stops.
If the cover is closed with Boost mode switched on, Boost mode automatically stops.
Default setting
Menu
Menu
Menu
» in mV).
» in mV).
» in mV).
» in mV).
» in mV).
9
9
9
9
9
9
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Menu
Specific instructions
Directly select a value using
Default display
the
buttons (no
Menu
Specific instructions
confirmation required).
Menu
Specific instructions
MENU
SPECIFIC
POSSIBLE SETTINGS
Directly select a value using
Menu
Specific instructions
INSTRUCTIONS
-
Directly select a value using
Default display
the
buttons (no
Directly select a value
Directly select a value using
Default display
the
buttons (no
confirmation required).
• From 10 to 100 %, in
using the buttons (no
Default display
the
buttons (no
Default display
increments of 1.
confirmation required).
confirmation
• 10 % or OFF
confirmation required).
-
required).
(depending on the
-
operating mode of
-
Type
Possible settings
the chlorinator).
From 6.8 to 7.6, in increments of 0.1.
Possible settings
Possible settings
POSSIBLE SETTINGS
From 6.8 to 7.6, in increments of 0.1.
Possible settings
From 6.8 to 7.6, in increments of 0.1.
From 6.8 to 7.6, in increments of 0.1.
From 6.8 to 7.6, in increments of 0.1.
Possible settings
From 200 to 900 mV, in increments of 10.
Possible settings
POSSIBLE SETTINGS
Possible settings
From 200 to 900 mV, in increments of 10.
From 200 to 900 mV, in increments of 10.
Possible settings
From 200 to 900 mV, in increments of 10.
From 200 to 900 mV, in increments of 10.
been triggered. After having resolved and dismissed
this alarm, wait a few moments in order to be able to
activate the Boost mode.
• When the Boost mode ends or is manually stopped,
production continues according to the initial
setpoint.
• Boost mode continues after powering off the
electronics unit.
Operation with a cover sensor :
Boost mode cannot be switched on with the cover shut.
If the cover is closed with Boost mode switched on,
Boost mode automatically stops.
POSSIBLE
DEFAULT
SWITCHING ON
Possible
SETTINGS
Default
SETTING
Switching on
settings
setting
Automatic as soon
Possible
Default
12 h
Automatic as soon as the
Switching on
• 12 h
as the duration
Possible
Default
24 h
settings
setting
24 h
Switching on
24 h
• 24 h
duration setting is confirmed.
setting is
Possible
Default
settings
setting
Switching on
confirmed.
settings
setting
12 h
Automatic as soon as the
24 h
12 h
Automatic as soon as the
duration setting is confirmed.
24 h
24 h
12 h
Automatic as soon as the
duration setting is confirmed.
24 h
24 h
24 h
duration setting is confirmed.
Possible settings
Default setting
From 10 to 100 %, in
EN
increments of 1.
Possible settings
Default setting
100 %
10 % or OFF (depending
Possible settings
Default setting
DEFAULT SETTING
From 10 to 100 %, in
on the operating mode of
Possible settings
Default setting
DE
From 10 to 100 %, in
the chlorinator).
increments of 1.
From 10 to 100 %, in
increments of 1.
100 %
10 % or OFF (depending
increments of 1.
100 %
10 % or OFF (depending
on the operating mode of
100 %
100 %
10 % or OFF (depending
on the operating mode of
the chlorinator).
NL
on the operating mode of
the chlorinator).
Default setting
the chlorinator).
7.2
FR
Default setting
DEFAULT SETTING
Default setting
7.2
Default setting
7.2
7.2
DK
Default setting
7.2
670 mV
DEFAULT SETTING
Default setting
SE
Default setting
670 mV
670 mV
Default setting
670 mV
670 mV
OPERATION
INDICATOR
(SPECIFIC
SWITCHING OFF
Operation indicator
DISPLAY
Switching off
(specific display variants)
VARIANTS)
Bo 12 h
Operation indicator
Bo 24 h
Switching off
Operation indicator
Press on
.
(specific display variants)
Press on
.
Switching off
Operation indicator
(specific display variants)
Boost 12 h
Switching off
(specific display variants)
Boost 24 h
Press on
.
Press on
.
Press on
.
10
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