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27
Heating
Example 1
Temperature setpoint
•
Temperature hysteresis
•
Turn-on temperature
24.5°C
Turn-off temperature
25.5°C
Example 2
Temperature setpoint
•
Temperature hysteresis
•
Turn-on temperature 24.9°C (value rounded)
on temperature 24.9°C (value rounded)
Turn-off temperature 25.2°C (value rounded)
off temperature 25.2°C (value rounded)
The hysteresis setting can be used to optimally adjust the control
The hysteresis setting can be used to optimally adjust the control
system to the local circumstances.
27.4
Display in home view
The operating state of the heating system or solar heating system is
The operating state of the heating system or solar heating system is
displayed in home view in the temperature module.
displayed in home view in the temperature module.
Pos. Content
Notes
1
Temperature setpoint
Display of temperature setpoint on the
Display of temperature setpoint on the
measured value scale
measured value scale
2
Status of heating
Status display of heating
and/or solar heating
and/or solar heating.
and/or solar heating.
When heating is running, the LED symbol
When heating is running, the LED symbol
illuminates.
27.5
Menu Heating
The configuration menu for heating control is called up with the
The configuration menu for heating control is called up with the
following icon:
Heating
The following settings are available:
Menu Heating
• Inactive (heating control not used)
Inactive (heating control not used)
Operating mode
pool heating
• Heating off (heating control used, but turned off)
Heating off (heating control used, but turned off)
• Always heat (regardless of temperature!)
Always heat (regardless of temperature!)
• Automatic (automatic temperature control)
Automatic (automatic temperature control)
Pool temperature
Desired pool temperature in [°C]
Desired pool temperature in [°C]
setpoint
Temperature
Permissible tolerance range for temperature control in
Permissible tolerance range for temperature control in
hysteresis
[°C]
Basic configuration
Basic settings for heating control.
Safety settings
Safety settings for heating control.
INFO
Allocation of a relay switch output
Allocation of a relay switch output
Heating control can only be activated if you have
Heating control can only be activated if you have
allocated a relay switch output to it beforehand.
allocated a relay switch output to it beforehand.
25.0°C
1.0°C
25.0°C
0.3°C
heating
User Manual PoolManager
27.5.1
Basic configuration
Basic configuration
The menu Basic configuration is used to configure the basic settings
for heating control. This is generally done once at the start
generally done once at the start-up.
The following settings are available:
The following settings are available:
Sub-menu Basic configuration
Pool Temperature
Temperature input used for measuring pool
Temperature input used for measuring pool
input
temperature:
temperature:
• None (function inactive)
None (function inactive)
• Temp. input 1 [3]
Temp. input 1 [3]
• Temp. input 2 [4]
Temp. input 2 [4]
• Temp. input 3 [5]
Relay output 'heating' Relay switch output used for activating heating
Relay switch output used for activating heating
(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
Heating control is inactive
Heating control is inactive
Blocked if solar
Yes / no
heating is active
Yes
Heating is not turned on when solar heating
Heating is not turned on when solar heating
is active (solar priority).
is active (solar priority).
Blocking by input.
Yes
The output is turned off if the selected input is
The output is turned off if the selected input is
in the state indicated.
in the state indicated.
Anti-freeze
See anti-freeze
freeze.
Temperature sensor
Type and function of temperature sensors.
Type and function
configuration
27.5.1.1 Anti-Freeze
The menu anti-freeze can be used to activate a frost protection
can be used to activate a frost protection
function for heating control.
Sub-menu Anti-freeze
Temperature input
The temperature input used for measuring air
The temperature input used for measuring air
Air
temperature
temperature
(optional for frost protection):
(optional for frost
• None (function inactive)
None (function inactive)
• Temp. input 1 [3]
Temp. input 1 [3]
• Temp. input 2 [4]
Temp. input 2 [4]
• Temp. input 3 [5]
Temp. input 3 [5]
27.5.2
Safety settings
HAZARD!
Hazard via remote access
Hazard via remote access
In some circumstances, hazards may be yielded via
In some circumstances, hazards may be yielded via
remote access to the heating control system, e.g.
remote access to the heating control system, e.g.
scalding.
Potential consequence: Injury,
Potential consequence: Injury,
material damage.
• Release of remote access to heating control is
Release of remote access to heating 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.
ances; especially for remote access.
• Safety is exclusively in the system operator's
Safety is exclusively in the system operator's
sphere of responsibility.
sphere of responsibility.
• The device manufacturer disclaims all liability.
The device manufacturer disclaims all liability.
The following security settings are available:
The following security settings are available:
Sub-menu Safety settings
Allow remote access
Potential settings:
Potential settings:
• Inactive
• Local network
Local network
• Local network & Web
Local network & Web
Display in
Yes / no
Mode menu
®
is used to configure the basic settings
input 3 [5]
63
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