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29
Salt electrolysis
28.5.1.1 Anti-freeze
The menu anti-freeze can be used to activate a frost protection
can be used to activate a frost protection
function for solar control.
Sub-menu Anti-freeze
Ambient temperature
The temperature input used for measuring air
The temperature input used for measuring air
input
temperature
(optional for frost protection):
for frost protection):
• None (function inactive)
• Temp. input 1 [3]
• Temp. input 2 [4]
• Temp. input 3 [5]
Anti-freeze
Solar control (frost protection) does not trigger at air
Solar control (frost protection) does not trigger at air
temperature
temperatures below this threshold value
temperatures below this threshold value
Temperature sensor
Type and function of temperature sensors.
Type and function of temperature sensors.
configuration
28.5.2
Safety settings
HAZARD!
Hazard via remote access
In some circumstances, hazards may be yielded via
In some circumstances, hazards may be yielded via
remote access to the solar control system, e.g.
remote access to the solar control system, e.g.
scalding.
Potential consequence: Injury,
Potential consequence: Injury,
material damage.
• Release of remote access to solar control is
Release of remote access to solar control is
expressly PROHIBITED for all applications in which
expressly PROHIBITED for all applications in which
the safety of persons, animals, and property is not
the safety of persons, animals, and property is not
completely guaranteed at all times and under all
completely guaranteed at all times and under all
circumstances; especially for remote access.
circumstances; especially for remote acces
• Safety is exclusively in the system operator's
Safety is exclusively in the system operator's
sphere of responsibility.
• The device manufacturer disclaims all liability.
The device manufacturer disclaims all liability.
The following security settings are available:
Sub-menu Safety settings
Allow solar remote
Potential settings:
access
• Inactive
• Local network
• Local network & Web
Display in
Yes / no
Mode menu
28.6
Electrical connection
Requisite user qualification:
ELECTRICAL SPECIALIST
Electrical connection of the solar control system may
Electrical connection of the solar control system may
only be performed by an ELECTRICAL SPECIALIST as
only be performed by an ELECTRICAL SPECIALIST as
defined in the chapter User qualification.
IMPORTANT NOTICE!
Observe maximum flows
Observe the maximum permissible currents for each
Observe the maximum permissible currents for each
individual relay switch output (max. 4A) and for the sum
switch output (max. 4A) and for the sum
of all relay switch outputs being used in 230V~ (in sum,
of all relay switch outputs being used in 230V~ (in sum,
max. 4A)
Please also refer to the Chapter
Please also refer to the Chapter 230V~ Power supply.
Depending on the type and model of the solar heating system, there
Depending on the type and model of the solar heating system, there
are various options for establishing the electrical connection (potential
ablishing the electrical connection (potential
free, 230V~,...).
In general, the connection options already described for the universal
In general, the connection options already described for the universal
switch outputs are available, see Universal switch output
connection options.
User qualification.
Universal switch output
User Manual PoolManager
29
Salt electrolysis
®
PoolManager
offers the capacity to trigger an external salt
e capacity to trigger an external salt
electrolysis system.
®
For PoolManager
Cl, the current calculated dosing output for
Cl, the current calculated dosing output for
disinfection (redox (mV)) is converted into a trigger signal for the salt
disinfection (redox (mV)) is converted into a trigger signal for the salt
electrolysis system. Triggering can be optionally realised w
electrolysis system. Triggering can be optionally realised with control
pulses or via a current output 0/4-
The control system adjusted the salt electrolysis system's production
The control system adjusted the salt electrolysis system's production
as needed. The higher PoolManager
eeded. The higher PoolManager
higher the salt electrolysis system's production is as well.
higher the salt electrolysis system's production is as well.
INFO
Suitable salt electrolysis systems
Suitable salt electrolysis systems
In order for this function to be used, the salt electrolysis
In order for this function to be used, the salt electrolysis
system used has to have the corresponding input for
system used has to have the corresponding input for
external triggering, optionally for trigger pulses or for a
external triggering, optionally for trigger pulses or for a
0/4-20mA current signal.
20mA current signal.
29.1
Menu Salt electrolysis
electrolysis
The configuration menu for triggering the salt electrolysis system is
The configuration menu for triggering the salt electrolysis system is
called up with the following icon:
Salt electrolysis
The following settings are available:
The following settings are available:
Menu Salt electrolysis
Salt electrolysis
Active / inactive
Basic configuration
Basic settings for salt electrolysis.
29.1.1
Basic configuration
Basic configuration
The menu Basic configuration is used to configure the basic settings
for triggering salt electrolysis. This is generally done once at the start
for triggering salt electrolysis. This is generally done once at the start-
up.
The following settings are available:
available:
Sub-menu Basic configuration
• Inactive (salt electrolysis not used)
Inactive (salt electrolysis not used)
Operating mode Salt
electrolysis
• Trigger pulses
Trigger pulses
(a pulse triggers a production cycle in the salt
(a pulse triggers a production cycle in the salt
electrolysis system)
electrolysis system)
• Power output 0/4
Power output 0/4-20mA
For the operating mode Control pulse
Relay output
The relay switch output used for pulse control:
The relay switch output used for pulse control:
(None / OUT 1 [26] / OUT 2 [27] / OUT 3 [30] /
(None / OUT 1 [26] / OUT 2 [27] / OUT 3 [30] /
OUT 4 [31] / pH+ [22] / pH- [21]).
OUT 4 [31] / pH+ [22] / pH
None
Controling is inactive
Control
Salt electrolysis
Duration of one salt electrolysis system production
Duration of one salt electrolysis
working cycle
cycle. After that period has passed, PoolManager
cycle. After that period has passed, PoolManager
generates a control pulse if the current dosing output
generates a
is 100%.
For lower dosing outputs, the time between two
For lower dosing outputs, the time between two
control pulses extends accordingly.
pulses extends accordingly.
In order to reduce production in general, a larger
In order to reduce production in general,
value can be entered for the operating cycle.
value can be entered for the operating cycle.
Pulse length of the
Duration of control
trigger pulse
Only for operating mode Power output 0/4
Power output 0/4-20mA
Power output used
Power output for
Power output for controling salt electrolysis.
Min. power
Minimum current emitted at 0% dosing output.
Minimum current emitted at 0% dosing output.
(at 0% dosing output)
Max. power
Maximum current emitted at 100% dosing output.
Maximum current emitted at 100% dosing output.
(at 100% dosing
output)
®
-20mA.
®
current dosing output is, the
is used to configure the basic settings
pulse only
control pulse in [ms].
®
65
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