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Operating manual
REMKO Smart-Control Touch
For the heat pump series
HTS, WKF, WKF-compact, WKF NEO LWM and LWM Duo
Specialist and user manual
0203-2019-09 Edition 3, en_GB
Read the instructions prior to performing any task!
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Read these operating instructions carefully before commissioning / using this device!
These instructions are an integral part of the system and must
always be kept near or on the device.
Subject to modifications; No liability accepted for errors or misprints!
Translation of the original operating manual
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Table of contents
1 Safety and usage instructions............................................................................................................. 4
1.1 General safety notes....................................................................................................................... 4
1.2 Identification of notes...................................................................................................................... 4
1.3 Personnel qualifications.................................................................................................................. 4
1.4 Dangers of failure to observe the safety notes................................................................................ 4
1.5 Safety-conscious working............................................................................................................... 4
1.6 Safety notes for the operator........................................................................................................... 5
1.7 Safety notes for installation, maintenance and inspection.............................................................. 5
1.8 Unauthorised modification and changes......................................................................................... 5
1.9 Intended use................................................................................................................................... 5
1.10 Warranty........................................................................................................................................ 5
1.11 Transport and packaging............................................................................................................... 6
1.12 Environmental protection and recycling........................................................................................ 6
2 Technical data........................................................................................................................................ 7
3
Operation - General notes.................................................................................................................... 8
4 Operation - User level ........................................................................................................................ 10
4.1 Menu structure ............................................................................................................................. 10
4.2 Setting the heating/cooling operating mode.................................................................................. 23
4.3 Changeover summer/winter mode................................................................................................ 30
4.4 WLAN function.............................................................................................................................. 35
4.5 Emergency-heat operation............................................................................................................ 43
5 Operation - Expert level ..................................................................................................................... 47
5.1 Menu structure.............................................................................................................................. 47
5.2 Commissioning wizard.................................................................................................................. 84
5.3 Hygiene function/legionella circuit................................................................................................. 95
5.4 Activate heating and cooling cycle, examples............................................................................... 97
6 Template hydraulics with installation parameters........................................................................... 98
7 Error messages on the Smart Control............................................................................................ 101
8 Index................................................................................................................................................... 111
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REMKO Smart-Control Touch
1 Safety and
usage instructions
1.1 General safety notes
Carefully read the operating manual before commissioning the units for the first time. It contains
useful tips and notes such as hazard warnings to
prevent personal injury and material damage.
Failure to follow the directions in this manual not
only presents a danger to people, the environment
and the system itself, but will void any claims for
.
liability
Keep this operating manual and the refrigerant
data sheet near to the units.
1.2 Identification of notes
This section provides an overview of all important
safety aspects for proper protection of people and
safe and fault-free operation.The instructions and
safety notes contained within this manual must be
observed in order to prevent accidents, personal
injury and material damage.
Notes attached directly to the units must be
observed in their entirety and be kept in a fully
legible condition.
Safety notes in this manual are indicated by symbols. Safety notes are introduced with signal words
which help to highlight the magnitude of the danger
in question.
DANGER!
Contact with live parts poses an immediate
danger of death due to electric shock. Damage
to the insulation or individual components may
pose a danger of death.
DANGER!
This combination of symbol and signal word
warns of a situation in which there is immediate
danger
cause serious injury.
, which if not avoided may be fatal or
CAUTION!
This combination of symbol and signal word
warns of a potentially hazardous situation,
which if not avoided may cause injury or material and environmental damage.
NOTICE!
This combination of symbol and signal word
warns of a potentially hazardous situation,
which if not avoided may cause material and
environmental damage.
This symbol highlights useful tips and recommendations as well as information for efficient
and fault-free operation.
1.3 Personnel qualifications
Personnel responsible for commissioning, operation, maintenance, inspection and installation must
be able to demonstrate that they hold a qualification which proves their ability to undertake the
work.
1.4
Dangers of failure to observe the safety notes
Failure to observe the safety notes may pose a risk
to people, the environment and the units. Failure to
observe the safety notes may void any claims for
damages.
In particular, failure to observe the safety notes
may pose the following risks:
n The failure of important unit functions.
n The failure of prescribed methods of mainte-
nance and repair
n Danger to people on account of electrical and
mechanical effects.
.
WARNING!
This combination of symbol and signal word
warns of a potentially hazardous situation,
which if not avoided may be fatal or cause
serious injury
.
1.5 Safety-conscious working
The safety notes contained in this manual, the
existing national regulations concerning accident
prevention as well as any internal company
working, operating and safety regulations must be
observed.
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1.6 Safety notes for the operator
The operational safety of the units and components is only assured providing they are used as
intended and in a fully assembled state.
n The units and components may only be set up,
installed and maintained by qualified personnel.
n Protective covers (grille) over moving parts
must not be removed from units that are in
operation.
n Do not operate units or components with
obvious defects or signs of damage.
n Contact with certain unit parts or components
may lead to burns or injury
n The units and components must not be
exposed to any mechanical load, extreme
levels of humidity or extreme temperature.
n Spaces in which refrigerant can leak sufficient
to load and vent. Otherwise there is danger of
suffocation.
n All housing parts and device openings, e.g. air
inlets and outlets, must be free from foreign
objects, fluids or gases.
n The units must be inspected by a service tech-
nician at least once annually. Visual inspections and cleaning may be performed by the
operator when the units are disconnected from
the mains.
.
1.7 Safety notes for installation, maintenance and inspection
n The units and components must be kept at an
adequate distance from flammable, explosive,
combustible, abrasive and dirty areas or
atmospheres.
n Safety devices must not be altered or
bypassed.
Unauthorised modification
1.8
and changes
Modifications or changes to units and components
are not permitted and may cause malfunctions.
Safety devices may not be modified or bypassed.
Original replacement parts and accessories
authorised by the manufactured ensure safety
use of other parts may invalidate liability for
resulting consequences.
. The
1.9 Intended use
The units are designed depending on the model
and equipment exclusively as a control unit for the
heat pump and the heating system.
Any different or additional use shall be classed as
non-intended use. The manufacturer/supplier
assumes no liability for damages arising from such
use. The user bears the sole risk in such cases.
Intended use also includes working in accordance
with the operating and installation instructions and
complying with the maintenance requirements.
Under no circumstances should the threshold
values specified in the technical data be exceeded.
n Appropriate hazard prevention measures must
be taken to prevent risks to people when performing installation, repair
cleaning work on the units.
n The setup, connection and operation of the
units and its components must be undertaken
in accordance with the usage and operating
conditions stipulated in this manual and comply
with all applicable regional regulations.
n Local regulations and laws such as Water
Ecology Act must be observed.
n The power supply should be adapted to the
requirements of the units.
n Units may only be mounted at the points pro-
vided for this purpose at the factory. The units
may only be secured or mounted on stable
structures, walls or floors.
n Mobile units must be set up securely on suit-
able surfaces and in an upright position. Stationary units must be permanently installed for
operation.
n The units and components should not be oper-
ated in areas where there is a heightened risk
of damage. Observe the minimum clearances.
, maintenance or
1.10 Warranty
For warranty claims to be considered, it is essential
that the ordering party or its representative complete and return the "certificate of warranty" to
REMKO GmbH & Co. KG at the time when the
units are purchased and commissioned.
The warranty conditions are detailed in the "General business and delivery conditions". Furthermore, only the parties to a contract can conclude
special agreements beyond these conditions. In
this case, contact your contractual partner in the
first instance.
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REMKO Smart-Control Touch
1.11 Transport and packaging
The devices are supplied in a sturdy shipping container or inside the heat pump casing. Please
check the equipment immediately upon delivery
and note any damage or missing parts on the
delivery and inform the shipper and your contractual partner
anteed.
Plastic films and bags etc. are dangerous
toys for children!
Why:
- Leave packaging material are not around.
- Packaging material may not be accessible to
children!
. For later complaints can not be guar-
WARNING!
1.12 Environmental protection and recycling
Disposal of packaging
All products are packed for transport in environmentally friendly materials. Make a valuable contribution to reducing waste and sustaining raw materials. Only dispose of packaging at approved
collection points.
Disposal of equipment and components
Only recyclable materials are used in the manufacture of the devices and components. Help protect
the environment by ensuring that the devices or
components (for example batteries) are not disposed in household waste, but only in accordance
with local regulations and in an environmentally
safe manner
cling specialists or at collection points.
, e.g. using certified firms and recy-
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2 Technical data
Series Smart Control Touch
Operating mode Remote control
Power supply V +12 V DC
Enclosure class IP 30
Power consumption mW < 100
Max. cable length m 15
Recommended cable
Dimensions
Height mm 150
Width mm 80
mm
2
2 x 0,5
Depth mm 35
Environment
Ambient temperature °C 0-70
Air humidity % rH 0-95 (relative) non-condensing
Remote control EDP no. 248104
WLAN stick EDP no. 1121589
We reserve the right to make technical changes for the purpose of technical advancement.
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1 2
3 4
REMKO Smart-Control Touch
3 Operation -
General notes
Overview of the controls
Selecting user/expert mode
You can access the expert level by touching the
REMKO logo in the upper right corner of the dis-
. After entering the password (0321) using the
play
+/- combination and then touching the "Next" and
"OK" displays, the expert level is enabled.
NOTICE!
The settings in expert mode may only be configured by REMKO-authorised installers!
Navigation and changing parameters
Call up basic display
The menu items "Overview", "Information", "Settings" and "Messages" are displayed in the basic
display (start screen).
Fig. 1: Smart-Control Touch start screen
1: Overview (quick access)
2: Information (quick access)
3: Settings (quick access)
4: Messages (warnings, information notes and
errors)
Function display
Unit operation is intuitive and self-explanatory via
the plain text display on the user interface on the
touch display
and change parameters. Instead, this takes place
by touching the surface of the controller at the
appropriate points. The installation of further functions such as Smart-Count or Smart-Web is possible through the installation of further supplementary software available as an accessory.
When in an idle state, the display is inactive. The
basic display only starts once the display is
touched and it always starts with the user level.
. No buttons are required to adjust
Fig. 2: Overview
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Scroll up in the screen to enter the "Overview"
level from the basic display
lowing submenus here:
n Room climate mode
The operating mode for the room heating can
be changed here.
n Colder/warmer
The desired room temperature can be adjusted
here. The value 0.0°C stands for a desired
room temperature of 20.0 °C.
n Storage tank set temperature
The desired temperature for the hot water
preparation of the drinking water storage tank
can be adjusted here.
eather information
n W
. You will find the fol-
Navigation in the overview menu item
Fig. 3: Menu items in the "Overview" level
Fig. 4: "Room climate mode" menu item
You can change the operating mode for the room
heating by touching the desired menu item, for
example "Room climate mode".
The following options are available via "+/-":
n Automatic
n Heating
n Standby
n Cooling
After selecting the desired operating mode, the
mode can be saved by touching "OK".
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Nur
WKF Duo
Information Einstellungen
Grund-
informationen
Solar
Warmwasser
Grund-
einstellungen
Solar
Warmwasser
Meldungen
Fehlermeldungen
Warnhinweise
Schornstein-
feger
Ungemischter
Wärmepumpe
Kreis
1. gemischter
Kreis
Zusätzlicher
Wärmeerzeuger
Hydraulik
Wärmepumpe
2. gemischter
Kreis
Zählerstände
Ungemischter
Kreis
1. gemischter
Kreis
2. gemischter
Kreis
Speicher-
energie
Speicher-
energie
Funktion nur bei Betriebsart „bivalent alternativ“
aktiviert!
Wärmepumpe
I/O2/HP2
3. gemischter
Kreis
4. gemischter
Kreis
3. gemischter
Kreis
4. gemischter
Kreis
Nur
WKF Duo
LWM Duo
Nur
WKF Duo
Übersicht
Raumklima-
modus
Kälter/
Wärmer
Speicher
Soll-Temp.
Wetter
Informationen
Heizen /
Kühlen
PV-Strom-
nutzung
KNXnet/IP
*)*
)
*
*
)
*
)
*
)
*
Aktivierung nur mit Zusatzsoftware
Information
SettingsOverview
Messages
Basic
information
Room
climate mode
Colder/hotter
Storage tank
set temp.
Weather *)
information
Basic
settings
Solar
Solar
Hot water
Hot water
Storage tank
energy
Storage tank
energy
Heating/
cooling
Unmixed
cycle
Unmixed
cycle
1st mixed
cycle
1st mixed
cycle
2nd mixed
cycle
2nd mixed
cycle
Hydraulics
Heat pump
Heat pump
Heat pump
I/O2/HP2
Only
WKF Duo
Only
WKF Duo
Only
WKF Duo
LWM Duo
Additional
heat
generators
Meter
readings
KNXnet/IP *
)
Chimney
sweep **
)
*) Activation only with supplementary software
**
)
Function is only activated in “bivalent alternative”
operating mode!
3rd mixed
cycle
3rd mixed
cycle
4th mixed
cycle
4th mixed
cycle
Meldungen
Fehlermeldungen
Warnhinweise
Nur
WKF Duo
PV current
usage
Fault messages
Warning notices
Information Einstellungen
Grund-
informationen
Solar
Warmwasser
Grund-
einstellungen
Solar
Warmwasser
Meldungen
Fehlermeldungen
Warnhinweise
REMKO Smart-Control Touch
4 Operation - User level
4.1 Menu structure
Fig. 5: Menu structure user level
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User level
In the "User" level, you have access to the following submenus:
n Overview
n Information
n Settings
n Messages
These first level menus can be operated by
experts and user
.
Overview
The indicators on the overview are the parameters
that are often used.
Information
ou can obtain basic information about the com-
Y
plete system here.
Here, you will also find corresponding information
on the respective parameters enabled, such as hot
water, heating cycles or the hydraulics and their
operating statuses.
Settings
In the settings menu item it is possible to adjust
parameters for the enabled components. Here, you
have the option of adjusting e.g. heating curves in
accordance with the requirements the REMKO
heat pump user
safety of the complete system are only to be
changed by a specialist. These are only enabled in
the expert level following entry of the password.
Messages
The "messages" level displays warnings, faults and
malfunctions.
In the following, you will find tables containing the
respective parameters for the available settings.
You can find numerous info texts about the individual level menu items on your Smart-Control
Touch controller.
. Relevant points that affect the
The following diagrams and explanations relate
to the full menu structure, which my differ from
the menu structure of your own controller. Only
the relevant menu items and parameters are
displayed by the Smart Control, depending
upon which heat generators and functions you
have activated. For example, if no heating cycle
has been activated, the corresponding menu
items and parameters are not displayed.
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REMKO Smart-Control Touch
"Information" menu item - User
This menu contains information about the current operating status of the system.
Level 2 menu item Level 3 menu item Level 4 menu item
Detected unit
Current operating mode
Previous operating mode
Room climate
Party mode
Away mode
Status
Anti-freeze protection
Smart-Count
Smart-Web
Smart-Com
*)
*)
*)
Basic information
Date/Time
Version number
Activation code
Serial number
Time
Date
Time zone
Hardware
Software Control Panel
Software
Software I/O 2
Linux Kernel
Version µPC
Software date µPC
Revision (HP 1)
Revision (HP 2)
USB interface
IP address
Network USB
Licence information ---
*)
These functions are only possible with appropriate fee-based additional software.
Subnet
Gateway
MAC address
WLAN status
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"Information" menu item (continued) - User
Level 2 menu item Level 3 menu item
Control signal A01
Collector temperature S01
Storage tank temperature, bottom S02
Solar
Hot water
Stored energy
Storage tank charging status
Current output
Solar yield
Medium flow rate S23
Stored energy
Hot water demand
Hot water storage tank target temperature
Hot water storage tank actual temperature S08
Hot water energy
Hygiene function
Circulation request S05
Circulation set temperature
Circulation actual temperature S05
Circulation pump A04
Stored energy
Buffer tank temperature S09
Unmixed
cycle
Hot water temperature (setpoint)
Operating mode
Set temperature
Actual temperature
Room set temperature
Room actual temperature
Room humidity
Dew point
Mixed outside temperature
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REMKO Smart-Control Touch
"Information" menu item (continued) - User
Level 2 menu item Level 3 menu item
Operating mode
Set temperature
Actual temperature
1st mixed
cycle
2nd mixed
cycle
Room set temperature
Room actual temperature
Room humidity
Dew point
Mixed outside temperature
Operating mode
Set temperature
Actual temperature
Room set temperature
Room actual temperature
Room humidity
Dew point
Mixed outside temperature
Operating mode
Set temperature
Actual temperature
3rd mixed
*)
cycle
4th mixed
*)
cycle
*)
This menu item may dif
Room set temperature
Room actual temperature
Room humidity
Dew point
Mixed outside temperature
Operating mode
Set temperature
Actual temperature
Room set temperature
Room actual temperature
Room humidity
Dew point
Mixed outside temperature
fer from your display depending on the type and model of the heat pump.
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"Information" menu item (continued) - User
Level 2 menu item Level 3 menu item
Heat generator request
Hot water temperature (setpoint)
Hot water temperature (actual value)
Power, thermal
Changeover valve 2nd heat generator A11
Hydraulics
Heat pump
(HP 1)
Changeover valve A14
Pump speed rel. A43
Pump speed rel. A43.2
Pump speed rel. HP 1
*)
Pump speed rel. (HP 2 *))
PV current usage
Heat pump status
Remaining idle time
Defrost status
Compressor status
Compressor frequency
Fault status
Fault code (outdoor)
Fault code (indoor)
*)
*)
Target temperature
Enable signal
*)
Disable compressor
Heat pump status
Fan status
Disable signal S16, energy supplier cut-off
Air temperature outdoor module
*)
Only LWM and WKF Duo
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REMKO Smart-Control Touch
"Information" menu item (continued) - User
Level 2 menu item Level 3 menu item
Heat pump status
Remaining idle time
Defrost status
Compressor status
Compressor frequency
Fault status
Heat pump
(I/O 2/HP 2)
Auxiliary heat generator
*)
Only L
WM and WKF Duo
*)
Fault code (outdoor)
Fault code (indoor)
Target temperature
Enable signal
Disable compressor
Heat pump status
Fan status
Disable signal S16, energy supplier cut-off
Air temperature outdoor module
Heat generator status
Heat generator level
Potential-free output A32
Potential-free output A33
Enable electric heater (HP 1)
Enable electric heater (HP 2)
*)
*)
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"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Meter readings
Solar
Current output
Solar yield
Thermal power, heat pump
Thermal energy, heat pump
Electrical power, heat pump
Heat pump
Electrical energy, heat pump
Output, environment
Environmental energy
Current household output
Household
Household energy
Photovoltaic output
Photovoltaic yield
Feed-in power
Photovoltaic
Feed-in
Private consumption power
Private consumption
KNXnet/IP
Heating and
hot water
CO2savings
IP for the KNX interface
MAC for the KNX inter-
face
IA for the KNX interface
IA of the SMT
KNX connection status
Programming mode
Heating energy
Hot water energy
Cooling energy
Hot water meter
CO2savings
Tree-equivalent
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REMKO Smart-Control Touch
"Settings" menu item - User
In this menu you can configure the settings. For example, you can adjust hot water and heating temperatures or change time settings.
Level 2 menu item Level 3 menu item Level 4 menu item
Date
Time
Language/Time
Basic settings
Display
Solar Storage tank Solar set temperature
Storage tank set temperature
Domestic hot-water heating
Hot water
Tolerance during ECO operation
Circulation set temperature
Circulation
Date format
Time format
Language
Time zone
Display brightness
Display off
Default screen
Mode
Time program A
Time program B
Time program C
Time program
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"Settings" menu item (continued) - User
Level 2 menu item Level 3 menu item Level 4 menu item
Room climate mode
Heating/cooling
Unmixed
cycle
Mode
Building adaptation
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
Cooling curve adjustment
Time program A
Time program B
Time program C
Time program function
Difference from cooling limit
Difference from heating limit
Standard outside temp. (Heating)
Standard outside temp. (Cooling)
Inertia of the heating curve
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
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REMKO Smart-Control Touch
"Settings" menu item (continued) - User
Level 2 menu item Level 3 menu item Level 4 menu item
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
Cooling curve adjustment
1st mixed
cycle
Time program A
Time program B
Time program C
2nd mixed
cycle
Time program function
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
Cooling curve adjustment
Time program A
Time program B
Time program C
Time program function
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
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"Settings" menu item (continued) - User
Level 2 menu item Level 3 menu item Level 4 menu item
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
3rd mixed
*)
cycle
4th mixed
*)
cycle
Cooling curve adjustment
Time program A
Time program B
Time program C
Time program function
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
Cooling curve adjustment
Time program A
Time program B
Time program C
Time program function
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
*)
This menu item may dif
fer from your display depending on the type and model of the heat pump.
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REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Number of power tariffs
Heat pump Graduated tariff
Power tariff 1
PV current
usage
Personal use tariff
Mode
Chimney sweep
Running time
"Messages" menu item
This menu displays warnings, warning information
and error messages.
If this "Messages" symbol should light up in red or
yellow in the basic display
which fault, warning or note is displayed on the
message level. In order to call up the message
level, it is only necessary to touch the symbol.
Possible messages can be found in the chapter
"Error messages on the Smart-Control".
Here is a distinction in numbers that begin with
6000 and are seen as pure operational messages
that represent no errors.
Numbers starting with 7000 are relevant errors that
force the heat pump to shut down.
Numbers that begin with 8000 are warnings and
indicate that the heat pump must be checked!
, it is necessary to check
Time field Tariff 1-9
Power tariff 1-9
Feed-in tariff
Hot water valve
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4.2 Setting the heating/cooling
2
1
4
3
operating mode
Heating curve heating cycle mode
The heating curve can be adjusted in three points,
according to the structure and location-related conditions of the building:
Base point:
The base point corresponds to the minimum set
temperature of the heating water at an outside
temperature of 20 °C. If the heating is too cold at
relatively high outside temperatures (trans-seasonal period), the base point should be set higher
Standard inlet temperature:
The standard inlet temperature corresponds to the
set temperature of the heating water at the
standard outside temperature in the building location. If the heating is not warm enough at low outside temperatures, the standard inlet temperature
should be increased.
Standard outside temperature:
The standard outside temperature is dependent on
the regional location of the building and must be
set according to the region.
.
Fig. 6: Heating curve adjustment
1: Temperature of the heating water in °C
2: Inlet temperature heating curve
3: Return flow heating curve
4: Outside temperature in °C
For optimal configuration of the heating curve
parameters, the heating load calculation and/or
energy consumption must be taken into account.
ferences between the installed parameters and
Dif
the design of the actual building can cause the
heat pump to run inefficiently.
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REMKO Smart-Control Touch
Setting the heating curve:
1. Base point
In this level, select the heating cycle to be changed
and select the parameter "Heating curve settings".
Change the value with "+/-" under the heating
curve schematic and select the next value with
"Next". Then confirm with "OK".
2. Standard inlet temperature
The standard inlet temperature is set using the
same procedure.
Fig. 7: Setting the base point
Fig. 8: Setting the standard inlet temperature
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1
3. Set the standard outside temperature
Fixed-value-control heating cycle mode
Specify the set temperature for fixed value control.
The heating cycle is kept permanently at this temperature in fixed value control. When doing so, a
tolerance of approx. 2 Kelvin is possible.
Operating the heating cycle with a fixed value is
not recommended, as it will cause the heat
pump to operate inefficiently
The mixed heating cycles each require a supply
and return probe! These probes are included in the
scope of supply of the mixed REMKO heating
cycle groups.
.
Fig. 9: Set the standard outside temperature
The standard outside temperature [1] can be
changed for the user and the expert.
These parameters can be found in the level: "Settings " heating/cooling "
Here, it is possible to set the standard outside temperature to the respective value for heating and
cooling mode.
The standard outside temperature is only changed
once here for each active heating cycle. After
changing this parameter, the value is automatically
accepted with all active heating cycles.
For optimal configuration of the heating curve
parameters, the heating load calculation and/or
energy consumption must be taken into account.
Differences between the installed parameters and
the design of the actual building can cause the
heat pump to run inefficiently.
Building adaptation".
Fig. 10: Setting the fixed value (set temperature)
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2
1
4
3
REMKO Smart-Control Touch
Activation of the cooling function via the
unmixed cycle
This is where you can select between the different
cooling cycle modes. The choice is between control according to the set "cooling curve" and
"fixed value regulation".
Activation of the cooling function can take place in
every heating cycle via the operating mode.
Menu item Parameter
Cooling cycle
mode with
underfloor
system active
Cooling curve cooling cycle mode
The cooling curve can be set at three points,
depending on the structural and location-related
conditions of the building:
Base point:
The base point corresponds to the minimum set
temperature of the cooling water at an outside temperature of 20 °C. If the cooling is too cold at relatively high outside temperatures (trans-seasonal
period), the base point should be set higher
Standard inlet temperature:
The inlet temperature corresponds to the set tem-
perature of the cooling water at the standard outside temperature in the building location. If the
cooling is not warm enough at low outside temperatures, the inlet temperature should be increased.
Standard outside temperature:
The standard outside temperature is dependent on
the regional location of the building and must be
set according to the region.
Cooling curve
Fixed value
Factory set-
ting
According to
design
8 °C - 35 °C
.
Fig. 11: Cooling curve adjustment
1: Temperature of the cooling water in °C
2: Cooling curve, inlet temperature
3: Cooling curve, return flow
4: Outside temperature in °C
For optimal configuration of the cooling curve
parameters, the cooling load calculation and/or
energy consumption must be taken into account.
ferences between the installed parameters and
Dif
the design of the actual building can cause the
heat pump to run inefficiently.
26
Page 27
Setting cooling curve:
1. Base point
In the "Settings" level, select the heating cycle and
the parameter "Cooling curve settings". Change
the value with "+/-" under the cooling curve schematic and select the next value with "Next". Then
confirm with "OK".
2. Standard inlet temperature
Change the value of the setting of the inlet temper-
ature and the outside temperature with "+/-" and
select the next value with "Next". Then confirm with
"OK".
Fig. 12: Setting the base point
Fig. 13: Setting the inlet temperature
A cooling function via the cooling curve setting
is only enabled by REMKO if the corresponding
humidity probe is installed!
NOTICE!
At least one dew point monitor with corresponding probes should be installed to protect
the system in the case of panel heating.
27
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1
REMKO Smart-Control Touch
3. Set the standard outside temperature
Fixed value control cooling cycle mode
Specify the set temperature for fixed value control.
With this, the cooling cycle regulates to an averaged temperature. The value is calculated from the
inlet temperature plus the return temperature
divided by two.
Fig. 14: Setting the outside temperature
The outside temperature [1] can be changed for
the user and the expert.
These parameters can be found in the level:
- Settings
- Heating/cooling
- Building adaptation
Here, it is possible to set the outside temperature
to the respective value for heating and cooling
mode.
Cooling is active if the stored cooling limit is
exceeded by the set value.
Example: The room target temperature is 20 °C
and the set cooling limit is 4 K. If a temperature of
over 24 °C is now measured at the external probe,
cooling will be active. The inlet temperature falls as
the outside temperature rises, up to the value
assigned for the outside temperature. When setting the cooling curve, make sure that the dew
point is not undershot with panel heating (e.g. if the
underfloor system is to be cooled). REMKO recommends protecting the system with dew point monitors in the case of panel heating.
Fig. 15: Setting the fixed value (set temperature)
Operating the cooling cycle with a fixed value is
not recommended, as it will cause the heat
pump to operate inefficiently and there is a risk
that the dew point will be undershot.
Cooling is active if the set cooling limit is exceeded
by the set value. Example: The room target temperature is 20 °C and the set cooling limit is 4 K. If
a temperature of over 24 °C is now measured at
the external probe, cooling will be active. The
cooling function is immediately active if the operating mode is set from "Automatic" to "Cooling".
28
Page 29
Hydraulic circuit diagram
M
A
B
2
3
1
4 5 6
Heating and hot water functions, including Smart-Serv emergency heating coil.
The sample hydraulic schematic shown below is only to be used as a planning aid, and does not
replace an installation drawing! T
The design and planning of customer-provided hydraulic systems must be performed by a specialist
installer!
echnical modifications reserved!
Fig. 16: Example hydraulic diagram
A: Combination buffer tank
B: Room temperature/humidity probe
1: Heat pump inlet line
2: Heat pump return flow
CAUTION
During cooling mode via the underfloor/panel heating system, make sure that the dew point is not
undershot. REMKO recommends installing dew point probes in conjunction with one (max. five
probes for dew point monitoring) or more dew point monitors.
Cooling via an underfloor/panel heating system is technically only released in conjunction
with a room temperature/moisture probe from REMKO.
3: Hot water
4: Cold water
5: Unmixed cycle
6: Mixed cycle
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REMKO Smart-Control Touch
4.3 Changeover summer/ winter mode
During the usual heating period (from around
October to the start of May of the following year),
the REMKO heat pump must provide constant heat
for the heating operation.
The heat pump, circulation pumps and heating surfaces are constantly in operation, in order to keep
all rooms at the desired temperature. However
during the summertime warming up the heating
surfaces is not necessary.
So-called summer mode exists to prevent the heat
pump continuing to produce heat to warm the
building during the warmer months. With this
mode, the heat pump is controlled such that the
heating operation and circulation pumps for the
heating surfaces only go into operation if a certain
temperature limit is undershot at the external
probe.
,
The basic setting of the REMKO Smart-Control
Touch controller is 16 degrees if no adjustment has
been made to the desired room set temperature.
The adjustment of this summer/winter changeover
is described in the following steps.
Heating limit
The heating limit of the Smart-Control Touch controller is coupled with the room set temperature via
the parameter "Difference from heating limit".
In the following diagram, the possible value setting
for the different building types is to be determined.
The information in the diagram pertains to a room
set temperature of 20 °C.
Fig. 17: Setting the heating limit
a: Heating limit temperature
b: Difference from heating limit
c: Energy requirement of the building
A: Zero-energy house
B: 3-litre house
C: Low-energy house
D: ENEV-WSchV 1995 [German Heat Protection
Ordinance]
E: Year of construction 1977 to 1995
F: Before 1977
30
Page 31
In order to specify the point of the summer/winter
changeover
"colder/hotter" because this is coupled with the
heating limit temperature.
, you must first determine the value
Fig. 18: Select "colder/hotter" menu item
The "colder/hotter" parameter is displayed in the
"Basic display". This parameter is used to calculate
the desired target room temperature.
The value 0.0 °C gives a desired room temperature of 20 °C.
ou can change this value to +10 °C (room target
Y
temperature +30 °C)
or optionally to -10 °C (room target temperature
+10 °C).
Fig. 19: Select "colder/hotter" menu item
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REMKO Smart-Control Touch
Now proceed as follows in the parameter level
"heating/cooling"
Fig. 20: Start screen
Fig. 21: Select "Settings" menu item
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Page 33
Fig. 22: Select "Heating/cooling" menu item Fig. 23: Select "Mode" menu item
In the "heating/cooling" parameter level you must
select the "Mode" level.
In the "Mode" parameter level you will find the "Difference from heating limit" parameter
Set the desired value at which the heating operation of the heat pump should be switched off. The
value 0.0 K means that the heat pump only
switches to summer mode if the room set temperature (Fig. 19), e.g. 20 °C, is reached at the external
probe. Please note the diagram in Fig. 17 for information on which value should be set here.
An example setting:
The "colder/hotter" parameter (room target temper-
ature) of +2 °C means a desired room temperature
of +22 °C.
The "Difference from heating limit" parameter
(summer/winter changeover) of 7.0 K means
heating operation of the heat pump up to an outside temperature of +15 °C
(+22 °C room target temperature - 7.0 K "colder/
hotter" = +15 °C).
The heating operation is interrupted when the
desired heating limit is exceeded and after the time
stored for the building time constant has passed.
Only the hot water supply is still active.
.
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REMKO Smart-Control Touch
The building time constant is preset by REMKO in
the factory at 10 hours. Setting the building time
constant should prevent the heat pump from
cycling. The better the building standard, the
longer the possible setting of the building time constant. This value can only be changed in the expert
level and must generally only be saved once. Y
will find the parameter "Building time constant" in
the expert level (password protected), " "Settings"
" "Heating/cooling" " "Building adaptation".
ou
Fig. 24: Select "Difference from heating limit" menu
item
34
Page 35
1
WLAN
WLAN
2
4.4 WLAN function
Installation and setup of the WLAN function
System requirements
The following system requirements are necessary
to complete the WLAN function installation successfully:
n REMKO Smart Control T
software version 4.24 or higher
n JavaScript/HTML5-capable web browser
(version not more than two years old)
n Broadband internet connection of at least
10 mbit/s
n The WLAN router must support the WPA 2
encryption/security standard
Installation in house
ouch controller with
The central controller for the REMKO heat pump
via a smart phone or other mobile devices can be
installed virtually anywhere in the building.
The connection requires a router which is connected directly to the control unit of the heat pump
via WLAN.
NOTICE!
The router must be set up by a specialist
The WLAN function is limited to the in-house
WLAN network of the operator only
WLAN network of the in-house router, access to
the heat pump parameters is not possible.
. Outside the
Fig. 25: External access
1: Router (example) 2: REMKO Smart-Control Touch
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REMKO Smart-Control Touch
Installation on mobile devices
To be able to use the WLAN function of the
REMKO heat pump, a connection must be established with the WLAN-capable in-house router
This is only possible at the expert level. To do so,
touch the REMKO logo in the upper right corner of
the display.
.
After activating the expert level by touching the
corresponding REMKO logo, a password is
required. T
"+/-" and then proceed to the next item with "Next".
Once you have finished entering the password
(0321), confirm the input with "OK".
o enter the password at this level, use
Fig. 26: Access to the expert level
Fig. 27: Password input
36
Page 37
The REMKO default password for the expert level
is "0321". If this password has not already been
changed, the expert level is enabled after entering
this password.
Select the "Settings" level here by touching it.
Fig. 28: Password input
Fig. 29: Select "Settings" menu item
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REMKO Smart-Control Touch
After selecting the "Settings" level, select the
"Basic settings" parameter
.
The "Interfaces" parameter appears in the "Basic
settings" level. T
ouch to select this.
Fig. 30: Select "Basic settings" menu item
Fig. 31: Select "Interfaces" menu item
38
Page 39
2
1
4
3
(..............)
********
In the "Interfaces" parameter level you will find the
"Network" parameter
eter.
. Touch to select this param-
In the "Network" level, you can now connect the
heat pump with your router
the "Authentication" parameter.
. To do so, first select
Fig. 32: Select "Network" menu item
Fig. 33: Authentication of the WLAN network
1: Authentication of the WLAN network
2: Name of the WLAN network
3: Password of the WLAN network
4: Status of the WLAN connection
39
Page 40
*************
1
REMKO Smart-Control Touch
Setting up the network
In the authentication parameter, now select the
appropriate parameter for your WLAN network.
Note that the REMKO Smart-Control T
supports the WPA 2 encryption/security standard.
For this purpose you must know the name of your
WLAN network and the corresponding password.
Once you have selected "WPA2 personnel", you
must then enter the SSID (name of the WLAN network).
ouch only
To enter the SSID, select the parameter by
touching it. It is now possible to store the name of
your network via the "Selection" parameter
doing so you can choose between upper and lower
case letters, numbers or special characters such
as ?/&/%. To do so, press the "Selection" icon multiple times.
. When
Fig. 34: Select WLAN network
You have the following options for authentication:
n WP
n WPS Push Button
n WPS Pin
n SERVICE HOTSPOT
For authentication via the "WPS Push Button" the
internal house router must have a push button
function.
Now scroll down to select the SSID parameter
described in the following, enter and save the
name of your WLAN network and the corresponding password.
A2 Personal
. As
Fig. 35: Enter SSID
1: Letters, numbers and special characters for
entry in the respective line.
Select "Next" to proceed to the next letter or
number for entry
name.
After entering the complete password or WLAN
name, touch "OK" to save the entry.
Touching the "Cancel" icon completely cancels the
entry.
, e.g. the password or network
40
Page 41
( )
*** ** * **
. . .
********
After selecting the correct letter, number or special
character
character or letter. The "Delete" icon removes
incorrectly stored entries. Once you have entered
the password correctly, confirm the input with the
"Save" icon.
, press the "Next" icon to store the next
Once all parameters for your WLAN network have
been correctly saved, the heat pump will connect
with your network. Y
work USB" parameter. "Connect" must be displayed here (if all data is correct). To view the heat
pump data on a smartphone, tablet or laptop,
make a note of the IP address that comes after the
identifier "connected".
ou can check this via the "Net-
Fig. 36: Enter password
Fig. 37: Status enquiry
WLAN function
After the parameters described above have been
set, activation is complete. T
display, exit the parameter level via the arrow at
the top left or touch the basic display symbol.
To connect the REMKO Smart-Control Touch
with your router
received by the controller with sufficient signal
strength!
, the WLAN network must be
o return to the basic
41
Page 42
( )
*** ** * **
. . .
********
REMKO Smart-Control Touch
When you enter the address provided in your web
browser
pump controller shown below. You now have the
option of controlling the relevant operating parameters for the user and expert level of your REMKO
heat pump via a PC, laptop or smartphone.
, you access the basic display of your heat
In order to gain access to the regulation parameters of your controller
beneath the status in the address field of your
internet browser and connect with the Smart-Control Touch controller.
, enter the IP address found
Fig. 38: Basic display
This function is available to you constantly whilst
connected to the WLAN network of your router
Outside of your network, you have no further
access to the parameters of your controller.
If you require the option of accessing the parameters of your controller outside of the actual WLAN
network, this is only possible with the REMKO
Smart-Web function.
This supplementary software can be additionally
ordered with the EDP no. 248120 and installed on
the Smart-Control Touch controller.
Please observe the separate operating instructions
for the REMKO Smart-Web function in this regard.
.
Fig. 39: Read off IP address
42
Page 43
4.5 Emergency-heat operation
Activation of emergency-heat operation is only
possible in the expert level. T
REMKO logo in the upper right corner of the display.
o do so, touch the
After activating the expert level by touching the
corresponding icon, a password is required. T
enter the password at this level, use "+/-" and then
proceed to the next item with "Next". Once you
have finished entering the password (0321), confirm the input with "OK".
o
Fig. 40: Access to the expert level
Fig. 41: Password input
The REMKO default password for the expert level
is "0321". If this password has not already been
changed, the expert level is enabled after entering
this password.
43
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REMKO Smart-Control Touch
After the expert level has been enabled, various
parameter levels are visible.
Select the "Settings" level here by touching it.
After selecting the "Settings" level, select the
"Basic settings" parameter
.
Fig. 42: Select "Settings" menu item
Fig. 43: Select "Basic settings" menu item
44
Page 45
The "System configuration" parameter appears in
the "Basic settings" level. T
ouch to select this.
After selecting the "System configuration" level,
select the "Heat pump" parameter
Then deactivate the heat pump in the "Heat pump"
level by touching "activated" and changing the
operating mode setting from "activated" to "deactivated".
.
Fig. 44: Select "System configuration" menu item
Fig. 45: Select "Heat pump" menu item
45
Page 46
REMKO Smart-Control Touch
The heat pump is now deactivated.
With deactivation of the heat pump, the second
heat generator
iary heater or a condensing unit installed in the
system is active.
, e.g. the REMKO Smart-Serv auxil-
Fig. 46: Activation of a 2nd heat generator
46
Page 47
5 Operation - Expert level
5.1 Menu structure
Structure of the expert level
The following information is primarily directed at
specialist personnel.
NOTICE!
The settings in expert mode may only be configured by REMKO-authorised installers!
You can access the expert level by touching the
REMKO logo in the upper right corner of the display
.
The expert level is password-protected. After
entering the password “0321” the authorised
specialist accesses the expert level without
confirming the code.
This password is only valid if it has not already
been changed!
After activating the expert level by touching the
corresponding REMKO logo, a password is
required. T
"+/-" and then proceed to the next item with "Next".
Once you have finished entering the password
(0321), confirm the input with "OK".
o enter the password at this level, use
Fig. 47: Access to the expert level
Fig. 48: Password input
47
Page 48
REMKO Smart-Control Touch
After entering the password, the basic display of
the expert level appears.
Overview
The indicators on the overview are the parameters
that are often used.
Information
ou can obtain basic information about the com-
Y
plete system here.
Here, you will also find corresponding information
on the respective parameters enabled, such as hot
water, heating cycles or the hydraulics and their
operating statuses.
Settings
In the settings menu item it is possible to adjust
parameters for the enabled components. Here, you
have the option of adjusting e.g. heating curves in
accordance with the requirements the REMKO
heat pump user
safety of the complete system are only to be
changed by a specialist. These are only enabled in
the expert level following entry of the password.
Messages
The "messages" level displays warnings, faults and
malfunctions.
In the following, you will find tables containing the
respective parameters for the available settings.
You can find numerous info texts about the individual level menu items on your Smart-Control
Touch controller.
. Relevant points that affect the
Fig. 49: "Expert" basic display
In the "Expert" level, you have access to the following submenus:
n Overview
n Information
n Settings
n Messages
These first level menus can only be operated by
experts.
The following diagrams and explanations relate
to the full menu structure, which my differ from
the menu structure of your own controller. Only
the relevant menu items and parameters are
displayed by the Smart Control, depending
upon which heat generators and functions you
have activated. For example, if no heating cycle
has been activated, the corresponding menu
items and parameters are not displayed.
48
Page 49
Nur
WKF Duo
Information Einstellungen
Grund-
informationen
Solar
Warmwasser
Grund-
einstellungen
Solar
Warmwasser
Meldungen
Fehlermeldungen
Warnhinweise
Ungemischter
Wärmepumpe
Kreis
1. gemischter
Kreis
Zusätzlicher
Wärmeerzeuger
Hydraulik
Wärmepumpe
2. gemischter
Kreis
Zählerstände
Ungemischter
Kreis
1. gemischter
Kreis
2. gemischter
Kreis
Speicher-
energie
Speicher-
energie
Wärmepumpe
I/O2/HP2
3. gemischter
Kreis
4. gemischter
Kreis
3. gemischter
Kreis
4. gemischter
Kreis
Nur
WKF Duo
LWM Duo
Nur
WKF Duo
Übersicht
Raumklima-
modus
Kälter/
Wärmer
Speicher
Soll-Temp.
Wetter
Informationen
Heizen /
Kühlen
Checkliste
Zusätzlicher
Wärmeerzeuger
Energiezähler
Sensor-
korrektur
Programm
Ausgang
Manueller
Modus
Inbetrieb-
nahme
Schornstein-
feger
KNXnet/IP
)
*
)
*
Funktion nur bei Betriebsart „bivalent alternativ“
aktiviert!
*)*
*
)
*
)
*
Aktivierung nur mit Zusatzsoftware
Information SettingsOverview
Messages
Basic
information
Room cli-
mate mode
Colder/hotter
Weather *)
information
Basic
settings
Solar
Solar
Hot water Hot water
Storage tank
energy
Storage tank
energy
Heating/
cooling
Unmixed
cycle
Unmixed
cycle
1st mixed
cycle
1st mixed
cycle
2nd mixed
cycle
2nd mixed
cycle
Hydraulics
Heat pump
Heat pump
Heat pump
I/O2/HP2
Only
WKF Duo
Only
WKF Duo
Only
WKF Duo
LWM Duo
Additional
heat
generators
Additional
heat
generators
Meter
readings
Energy meter
Probe correc-
tion
Program
Output
Manual
Mode
Commission-
ing
KNXnet/IP *
)
Checklist
Chimney
sweep **
)
*) Activation only with supplementary software
**
)
Function is only activated in “bivalent alternative”
operating mode!
3rd mixed
cycle
3rd mixed
cycle
4th mixed
cycle
4th mixed
cycle
Fault messages
Warning notices
Information Einstellungen
Grund-
informationen
Solar
Warmwasser
Grund-
einstellungen
Solar
Warmwasser
Meldungen
Fehlermeldungen
Warnhinweise
Storage tank
set temp.
Fig. 50: Expert level menu structure overview
49
Page 50
REMKO Smart-Control Touch
"Information" menu item - Expert
This menu contains information about the current operating status of the system.
Depending on the heat pump installed and the design, individual parameters may vary from version to ver-
sion.
Level 2 menu item Level 3 menu item Level 4 menu item
Detected unit
Control algorithm
Current operating mode
Previous operating mode
Room climate
Party mode
Away mode
Anti-freeze protection
Status
Basic information
Date/Time
*)
These functions are only possible with the requisite supplementary software, available to purchase
Power consumption L
Mains frequency
Cascade
Smart-Count
Smart-Web
Smart-Com
Activation code
Serial number
Time
Date
Time zone
*)
*)
*)
50
Page 51
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Hardware Control Panel
Hardware
Software Control Panel
Software
Software (I/O 2)
*)
Basic information (con-
tinued)
Version number
Network
Network USB
Linux Kernel Control Panel
Linux Kernel
µPC edition
µPC software date
*)
*)
Revision (HP 1)
Revision (HP 2)
IP address
Subnet
Gateway
MAC address
USB interface
IP address
Subnet
Gateway
MAC address
WLAN status
Licence information ---
Pump control signal A01
Collector temperature S01
Storage tank temperature, bottom S02
Storage tank charging status
Current output
Solar
Solar yield
Inlet temperature S03
Return temperature S04
Medium flow rate S23
Stored energy
*)
This menu item may dif
fer from your display depending on the type and model of the heat pump.
51
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REMKO Smart-Control Touch
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Hot water demand
Hot water storage tank target temperature
Hot water storage tank actual temperature S08
Changeover valve A10
Hot water energy
Hot water
Stored energy
Unmixed
cycle
Hygiene function
Medium flow rate S27
Tap volume
Circulation request S05
Circulation set temperature
Circulation actual temperature S05
Circulation pump A04
Stored energy
Buffer tank temperature S09
Hot water temperature (setpoint)
Operating mode
Set temperature
Actual temperature
Room set temperature
Room actual temperature
Room humidity
Dew point
Mixed outside temperature
Pump speed rel. A42
KNX status
KNX setpoint adjustment
52
Page 53
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Operating mode
Set temperature
Actual temperature
Inlet temperature S12
Return temperature S11
Room set temperature
1st mixed
cycle
2nd mixed
cycle
Room actual temperature
Room humidity
Dew point
Mixed outside temperature
Pump speed rel. A41
Heating cycle mixer position A20/A21
KNX status
KNX setpoint adjustment
Operating mode
Set temperature
Actual temperature
Inlet temperature S06
Return temperature S14
Room set temperature
Room actual temperature
Room humidity
Dew point
Mixed outside temperature
Pump speed rel. A46
Heating cycle mixer position A24/A25
KNX status
KNX setpoint adjustment
53
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REMKO Smart-Control Touch
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Operating mode
Set temperature
Actual temperature
Inlet temperature S12.2
Return temperature S11.2
Room set temperature
3rd mixed
*)
cycle
4th mixed
*)
cycle
Room actual temperature
Room humidity
Dew point
Mixed outside temperature
Pump speed rel. A41.2
Heating cycle mixer position A20/A21.2
KNX status
KNX setpoint adjustment
Operating mode
Set temperature
Actual temperature
Inlet temperature S06.2
Return temperature S14.2
Room set temperature
Room actual temperature
Room humidity
Screed
drying function
*)
This menu item may dif
Dew point
Mixed outside temperature
Pump speed rel. A46.2
Heating cycle mixer position A24/A25.2
KNX status
KNX setpoint adjustment
Screed drying mode
Momentary set temperature
Remaining time
Elapsed time
fer from your display depending on the type and model of the heat pump.
54
Page 55
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Heat generator request
Hot water temperature (setpoint)
Hot water temperature (actual value)
Power, thermal
Inlet temperature S13 (HP 1)
Inlet temperature S13.2
Inlet temperature (HP 2)
Inlet temperature mixed
Return temperature S15 (HP 1)
Return temperature (HP 2)
Hydraulics
Return temperature, mixed
Set medium flow rate
Actual medium flow rate S24 (HP 1)
Actual medium flow rate S24.2
*)
Actual medium flow rate (HP 2 *))
Pump speed rel. A43 (HP 1)
Pump speed rel. A43.2
*)
Pump speed rel. (HP 2 *))
Changeover valve 2nd Heat generator A11
Changeover valve A14
Bypass valve position A22/A23
Min. PV surplus
PV current usage
Cont. Hot water offset
Cont. heating offset
Short-term hot water offset
Short-term heating offset
*)
Only L
WM and WKF Duo
55
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REMKO Smart-Control Touch
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Heat pump status
Sub-status
Remaining idle time
Defrost status
Compressor status
Fault status
Enable signal
Disable compressor
Heat pump status
Disable signal S16, energy supplier cut-off
Heat pump
(HP 1)
Compressor frequency
Max. inlet temperature
Fan speed, rpm
Fan speed %
Air temperature, outdoor unit
Water inlet temperature
Water outlet temperature
Suction gas temperature
Matrix temperature
Heat gas temperature
Liquid temp.
Evaporation temperature
Evaporation pressure
Condenser temperature
Condenser pressure
4-way valve
Current consumption
Degree of opening of the expansion valve
Overheating
Compressor starts
Run-time (minutes)
Run-time (hours)
56
Page 57
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Heat pump
(HP 1)
(continued)
Level 2 menu item Level 3 menu item
Disable signal S16, energy supplier cut-off
Envelope status
Inverter status
Anti-freeze protection status
Heat pump status
Sub-status
Remaining idle time
Defrost status
Compressor status
Fault status
Enable signal
Disable compressor
Heat pump status
Compressor frequency
Heat pump
(I/O 2/HP 2 *))
Max. inlet temperature
Fan speed
Fan speed
Air temperature, outdoor unit
Water inlet temperature
Water outlet temperature
Suction gas temperature
Matrix temperature
Heat gas temperature
Liquid temperature
Evaporation temperature
Evaporation pressure
Condenser temperature
Condenser pressure
4-way valve
Current consumption
Degree of opening of the expansion valve
57
Page 58
REMKO Smart-Control Touch
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Overheating
Compressor starts
(I/O 2/HP 2 *))
*)
Only L
Heat pump
(continued)
WM and WKF Duo
Run-time (minutes)
Run-time (hours)
Envelope status
Inverter status
Anti-freeze protection status
58
Page 59
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Heat generator status
Potential-free output A32
Enable electric heater (HP 1)
Auxiliary heat generator
Meter readings
Enable electric heater (HP 2)
Enable
Enable time (minutes)
Enable time (hours)
Solar
Current output
Solar yield, day
Solar yield, week
Solar yield, month
Solar yield, year
Solar yield
Thermal power, heat pump
Thermal energy (day)
Thermal energy (week)
Thermal energy (month)
Thermal energy (year)
Thermal energy, heat pump
Output, environment
Heat pump
Environmental energy (day)
Environmental energy (week)
Environmental energy (month)
Environmental energy (year)
Environmental energy
Electrical power, heat pump
Electrical energy (day)
Electrical energy (week)
Electrical energy (month)
Electrical energy (year)
Electrical energy, heat pump
59
Page 60
REMKO Smart-Control Touch
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Current household output
Household energy (day)
Meter readings
(continued)
Household
Household energy (week)
Household energy (month)
Household energy (year)
Household energy
Photovoltaic output
PV yield (day)
PV yield (week)
PV yield (month)
PV yield (year)
Photovoltaic yield
Feed-in power
Feed-in (day)
Feed-in (week)
Photovoltaic
Feed-in (month)
Feed-in (year)
Feed-in
Heating & hot water
CO2 savings
Private consumption power
Private consumption (day)
Private consumption (week)
Private consumption (month)
Private consumption (year)
Energy consumption
Heating energy
Cooling energy
Hot water energy
Hot water meter
CO2 savings
Equivalent in trees
60
Page 61
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Collector temp. S01
Lower storage tank temp. S02
Inlet temperature S03
Return temp. S04
Circulation actual temperature S05
Circulation request S05
Inlet temperature S06
Inlet temperature S06.2
Refrigerant temperature S07
Refrigerant temperature S07.2
*)
*)
*)
Checklist
Hot water storage tank actual temperature S08
Buffer tank temperature S09
Outside temperature S10
KNX outside temperature
Return temperature S11
Return temperature S11.2
*)
Inlet temperature S12
Inlet temperature S12.2
*)
Inlet temperature S13 (HP 1)
Inlet temperature S13.2
*)
Return temperature S14
Return temperature S14.2
*)
Return temperature S15 (HP 1)
Return temperature (HP 2 *))
Disable signal S16
Fault status S20
Compressor status S21
Defrost status S22
Medium flow rate S23
Actual medium flow rate S24 (HP 1)
Actual medium flow rate (HP 2 *))
*)
*)
Only L
Actual medium flow rate S24.2
WM and WKF Duo
61
Page 62
REMKO Smart-Control Touch
"Information" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Impulse counter status S25
Impulse counter status S26
Checklist
(continued)
Medium flow rate S 27
Impulse counter S 28
Impulse counter S 29
IP for the KNX interface
MAC for the KNX interface
KNXnet/IP
IA for the KNX interface
IA of the SMT (I/O module)
KNX connection status
Programming mode
62
Page 63
"Settings" menu item - Expert
In this menu you can configure the settings. For example, you can adjust hot water and heating temperatures or change time settings.
Depending on the heat pump installed and the design, individual parameters may vary from version to version.
Level 2 menu item Level 3 menu item Level 4 menu item Level 5 menu item
Date
Time
Date format
Time format
Language
Basic settings
Language/Time
Display
Interfaces
Temperature unit
Decimal separator
Volume unit
Power unit
Time zone
Mains frequency
Display brightness
Display off
Default screen
Expert password
Expert password
Authentication
Network
(USB)
Password
Coupled SMT I/O (IP)
SSID
Status
SMT I/O module
63
Coupled SMT I/O (MAC)
Re-couple I/O module
Page 64
REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item Level 5 menu item
Smart Com
Interface search
IA for the KNX interface
Multicast address
IA for the controller
Programming mode
On/off (switching)
Heating/cooling
(switching)
Heating/cooling (status)
Basic settings
(continued)
Interfaces
(continued)
KNXnet/IP
SMT operating mode
(switching)
SMT operating mode
(status)
Outside temperature
Room set temperature
Dewing (non functional)
Hot water target tempera-
ture
Hot water actual tempera-
ture
1x heat hot water
Alarm signal (status)
Unmix. HC actual temp.
1st mixed HC actual
temp.
2nd mixed HC actual
temp.
3rd mixed HC actual
temp.
4th mixed HC actual
temp.
Unmix. HC room temp.
1st mixed HC room temp.
2nd mixed HC room
temp.
3rd mixed HC room temp.
4th mixed HC room temp.
64
Page 65
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item Level 5 menu item
Unmix. HC humidity
1st mixed HC humidity.
2nd mixed HC humidity
3rd mixed HC humidity
4th mixed HC humidity
Time
Date
Unmix. HC room target
temp.
1st mixed HC room target
temp.
Basic settings
(continued)
Interfaces
(continued)
KNXnet/IP
(continued)
2nd mixed HC room
target temp.
3rd mixed HC room target
temp.
4th mixed HC room target
temp.
Unmix. HC presence
object
1st mixed HC presence
object
2nd mixed HC presence
object
3rd mixed HC presence
object
4th mixed HC presence
object
Unmix. HC operating
mode
1st mixed HC operating
mode
2nd mixed HC operating
mode
3rd mixed HC operating
mode
4th mixed HC operating
mode
Heat pump energy
Heating energy
Hot water energy
65
Page 66
REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Heat pump
Auxiliary heat generator
PV current usage
Graduated tariffs
Domestic hot-water heating
Hot water circulation
Hygiene function
Unmixed cycle
1st mixed cycle
Basic settings
System configuration
(continued)
2nd mixed cycle
3rd mixed cycle
4th mixed cycle
System separation underfloor heating
Setpoint increase
Solar plant
Solar collector cooling function
Solar pump kick function
Solar HM
Stored energy
66
Page 67
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Max. temperature
Max. temperature hysteresis
Solar
Collector
Storage tank
Pump setting
Min. temperature
Min. temperature hysteresis
Switch-on difference
Switch-off difference
Solar set temperature
Solar set temperature hysteresis
Collector cooling function ON temp.
Storage tank max. temp.
Pump type
Solar speed control system
Asynchronous speed control system
Min. pump speed A01
Max. pump speed A01
Min. pump speed A40
Max. pump speed A40
Min. pump speed (%)
Max. pump speed (%)
Manual pump speed
Manual pump speed
Heat carrier medium
Heat meter
Impulse rate for medium flow rate
Manual medium flow rate
Pump kick function Time program
Mixing ratio
67
Page 68
REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Storage tank set temperature
Mode
Time program A
Time program B
Hot water
Domestic hot-water heating
Circulation
Hygiene function
Time program C
Tolerance during ECO operation
Speed in hot water A43
Pump parallel operation
Switch-off delay Hot water valve
Circulation type
Circulation set temperature
Target temperature hysteresis
Time program
Running time
Disable switch-on
Set temperature
Day of activation
Time of activation
Inspection time
Storage tank volume
Pulse valency
Max. duration until cancellation
Circulation pump
2nd heat generator
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Page 69
Factory-set circulation switching times
Designation Value range Factory setting Customer
system
Time program Mon-Sun Mon-Sun 00:00-24:00
Hygiene function
Designation Value range Factory setting Customer
system
Set temperature "60 °C - 75 °C" 60 °C
Day of activation Mon-Sun Monday
Time of activation Hrs/Mins 20:00
Inspection time 24 h - 72 h 72 h
Storage tank volume 0 - 1000 l 300 l
Pulse valency 0.0 - 20.0 l/imp 3.1 l/imp
Max. duration until cancellation
Circulation pump Activated/Deactivated Deactivated
15 - 120 min 60 min
69
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REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Building time constant
Standard heating load
Standard outside temp. (Heating)
Building adaptation
Standard outside temp. (Cooling)
Max. cooling down
(outside temperature ref.)
Inertia of the heating curve
Room climate mode
Mode
Heating/cooling
Screed drying function
After the screed function we recom-
mend ending this function manually
by deactivating it!
Floor screed function
Designation Value range Factory setting Customer
Floor screed function
status
Activated/Deactivated Deactivated
Stand-By time program
Difference from heating limit
Difference from cooling limit
Floor screed function status
Start/end temperature
Max. temperature
Heating phase increment
Drying time
Time at high temperature
Incremental cooling phase
Time at low temperature
system
Start/end/max/temp. "10 °C-50 °C"/"20 °C-50 °C" 20 °C/35 °C
Incremental heating phase 0.0 K - 10.0 K 5.0 K
Drying time 0.0 h - 192 h 24 h
Time at high temp. 0.0 h - 192 h 96 h
Incremental cooling phase 0.0 K - 10.0 K 5.0 K
Time at low temp. 0.0 h - 192 h 24 h
70
Page 71
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Excessive temperature in the heating buffer
Stored energy
Unmixed
cycle
Excessive temperature in the hot water buffer
Internal pump
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
Cooling curve adjustment
Time program A
Time program B
Time program C
Time program function
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
Dew point monitoring
Dew point distance
Pump type
Min. pump speed A42 (%)
Max. pump speed A42 (%)
Min. pump speed A42 (rpm)
Max. pump speed A42 (rpm)
Pump during cooling
71
Page 72
REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
Cooling curve adjustment
Time program A
Time program B
Time program C
1st mixed
cycle
Time program function
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
Dew point monitoring
Dew point distance
Max. inlet temperature
Delta T regulation
Delta T setpoint
Pump type
Min. pump speed A41 (%)
Max. pump speed A41 (%)
Min. pump speed A41 (rpm)
Max. pump speed A41 (rpm)
Mixing valve running time
72
Page 73
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
Cooling curve adjustment
Time program A
Time program B
Time program C
2nd mixed
cycle
Time program function
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
Dew point monitoring
Dew point distance
Max. inlet temperature
Delta T regulation
Delta T setpoint
Pump type
Min. pump speed A46 (%)
Max. pump speed A46 (%)
Min. pump speed A46 (rpm)
Max. pump speed A46 (rpm)
Mixing valve running time
73
Page 74
REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
Cooling curve adjustment
Time program A
Time program B
Time program C
3rd mixed
*)
cycle
Time program function
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
Dew point monitoring
Dew point distance
Max. inlet temperature
Delta T regulation
Delta T setpoint
Pump type
Min. pump speed A41.2 (%)
Max. pump speed A41.2 (%)
Min. pump speed A41.2 (rpm)
Max. pump speed A41.2 (rpm)
Mixing valve running time
*)
This menu item may dif
fer from your display depending on the type and model of the heat pump.
74
Page 75
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item
Operating mode
Heating cycle mode
Fixed value
Heating curve adjustment
Cooling cycle mode
Fixed value
Cooling curve adjustment
Time program A
Time program B
Time program C
4th mixed
*)
cycle
Time program function
Room temperature reduction
Room temperature increase
Room unit
Room temperature influence
Dew point monitoring
Dew point distance
Max. inlet temperature
Delta T regulation
Delta T setpoint
Pump type
Min. pump speed A46.2 (%)
Max. pump speed A46.2 (%)
Min. pump speed A46.2 (rpm)
Max. pump speed A46.2 (rpm)
Mixing valve running time
*)
This menu item may dif
fer from your display depending on the type and model of the heat pump.
75
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REMKO Smart-Control Touch
Unmixed & mixed circuit switching times
Designation Factory setting Customer system
Time program A Mo-Su 00:00-24:00
Time program B Mo-Fr 05:00-23:00
Sa-Su 06:00-23:00
Time program C Mo-Fr 05:00-23:00
Sa-Su 06:00-23:00
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Heat pump
Basic settings
Bivalence point
Output restriction
Activating DT regulation
Temperature difference setpoint
Min. pump speed A43
Max. pump speed A43
Cooling pump actuation
Manual defrosting (HP 1)
Manual defrosting (HP 2 *))
Reset malfunction
Bivalence point, heating
Bivalence point, hot water
Time program
Output restriction heating (normal)
Output restriction heating (reduced)
Output restriction cooling (normal)
Output restriction cooling (reduced)
Output restriction hot water (normal)
*)
This menu item may dif
Output restriction hot water (reduced)
Compressor restriction
hot water (normal)
Compressor restriction
hot water (reduced)
fer from your display depending on the type and model of the heat pump.
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Page 77
Level 2 menu item Level 3 menu item Level 4 menu item
Number of power tariffs
Time field Tariff 1-9
Power tariff 1-9
Heat pump
(continued)
Graduated tariff
PV current usage
Continuous hot water influence
Short-term hot water influence
Short-term heating influence
Continuous heating influence
PV personal use variant
Power tariff 1
Feed-in tariff
Personal use tariff
Factor for PV power surplus
Damping electrical power
Hot water setpoint
Setpoint heating
Setpoint cooling
Continuous heating influence
PV cooling limit distance
Minimum running time for cooling (PV)
Target feed-in
Hysteresis
77
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REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Level 2 menu item Level 3 menu item Level 4 menu item
Operating mode
Response to disable signal S16
Auxiliary heat generator
Energy meter
Probe correction
Program output Alarm messages selection
*)
This menu item may dif
fer from your display depending on the type and model of the heat pump.
Min. pump speed A 43 (%)
Max. pump speed A 43 (%)
Internal pump A43
Supply changeover valve A11
Heat pump (electrical) Meter constant S25
Household meter Meter constant S26
Reference meter Meter constant S26
Feed meter Meter constant S29
Photovoltaics (yield) Meter constant S28
Outdoor temp. S10
Inlet temp. S13 (HP 1)
Inlet temp. S13.2 (HP 2 *))
Return temp. S15 (HP 1)
Return temp. (HP 2 *))
78
Page 79
"Settings" menu item (continued) - Expert
Manual mode - actuator relay test
With this menu item, you can control the individual actuators (pumps, mixing valves, etc.) manually or specify
values of probes for checking.
Parameter Selection parameter
Manual mode Permanent / Deactivated / 15 minutes
Solar cycle pump A 01 Auto / On / Off
Speed A 01 10 % - 100 %
Pump 1st mixed heating cycle A 02 Auto / On / Off
Pump 3rd mixed heating cycle
*)
Pump unmixed heating cycle A 03 Auto / On / Off
Hot water circulation pump A 04 Auto / On / Off
A 02.2 Auto / On / Off
Changeover valve, hot water A 10 Auto / On / Off
Changeover valve heat generator A 11 Auto / On / Off
Pump 2nd mixed heating cycle A13 Auto / On / Off
Pump 4th mixed heating cycle
*)
A13.2 Auto / On / Off
Changeover valve, cooling A14 Auto / On / Off
Mixing valve 1st mixed heating cycle A20/A21 Open / Stop / Close / Auto
Mixing valve 3rd mixed heating cycle
*)
A20.2/21.2 Open / Stop / Close / Auto
Bypass valve A22/A23 Open / Stop / Close / Auto
Mixing valve 2nd mixed heating cycle A24/A25 Open / Stop / Close / Auto
Mixing valve 4th mixed heating cycle
*)
A24.2/A25.2 Open / Stop / Close / Auto
Compressor forced off A30 Auto / On / Off
Heat pump operating mode A31 Auto / On / Off
Auxiliary heat generator A32 Auto / On / Off
Enable heat pump A33 Auto / On / Off
Alarm signal A34 Auto / Closed / Open
Solar cycle pump status A40 Auto / On / Off
Speed A40 10 % - 100 %
Pump 1st mixed heating cycle A41 Auto / On / Off
Speed A41 10 % - 100 %
Pump 3rd mixed heating cycle
*)
A41.2 Auto / On / Off
Speed A41.2 10 % - 100 %
Pump unmixed heating cycle A42 Auto / On / Off
Speed A42 10 % - 100 %
*)
This parameter may dif
fer from your display depending on the type and model of the heat pump.
79
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REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Manual mode - actuator relay test (continued)
Parameter Selection parameter
Pump indoor unit (top - HP 1) A43 Auto / On / Off
Speed (HP 1) A43 10 % - 100 %
Pump indoor unit (bottom - HP 2 *))
Speed (HP 2 *))
Heat pump request Auto / On / Off
Target temperature A44 10 % - 100 %
Pump 2nd mixed heating cycle A46 Auto / On / Off
Speed A46 10 % - 100 %
Pump 4th mixed heating cycle
Speed A46.2 10 % - 100 %
Manual mode - probes
Parameter Selection parameter
Manual mode Permanent / Deactivated / 15 minutes
Collector temperature S01 Probe value / stipulated value
Temperature S01 -60°C - 250°C
Storage tank temperature, lower S02 Probe value / stipulated value
Temperature S02 -60°C - 250°C
*)
A43.2 Auto / On / Off
A43.2 10 % - 100 %
A46.2 Auto / On / Off
Solar inlet temperature S03 Probe value / stipulated value
Temperature S03 -60°C - 250°C
Solar return temperature S04 Probe value / stipulated value
Temperature S04 -60°C - 250°C
Circulation temperature S05 Probe value / stipulated value
Temperature S05 -60°C - 250°C
Circulation paddle switch S05 Off / On / Auto
2nd mixed heating cycle inlet temperature S06 Probe value / stipulated value
Temperature S06 -60°C - 250°C
4th mixed heating cycle inlet temperature
Temperature S06.2 -60°C - 250°C
Refrigerant temperature
Temperature S07 -60°C - 250°C
Refrigerant temperature
Temperature S07.2 -60°C - 250°C
*)
*)
*)
S06.2 Probe value / stipulated value
S07 Probe value / stipulated value
S07.2 Probe value / stipulated value
80
Page 81
"Settings" menu item (continued) - Expert
Manual mode - probes (continued)
Parameter Selection parameter
Storage tank temperature, upper S08 Probe value / stipulated value
Temperature S08 -60°C - 250°C
Storage tank temperature, centre S09 Probe value / stipulated value
Temperature S09 -60°C - 250°C
Outside temperature S10 Probe value / stipulated value
Temperature S10 -60°C - 250°C
1st mixed heating cycle return temperature S11 Probe value / stipulated value
Temperature S11 -60°C - 250°C
3rd mixed heating cycle return temp.
*)
S11.2 Probe value / stipulated value
Temperature S11.2 -60°C - 250°C
1st mixed heating cycle inlet temperature S12 Probe value / stipulated value
Temperature S12 -60°C - 250°C
3rd mixed heating cycle inlet temp.
*)
S12.2 Probe value / stipulated value
Temperature S12.2 -60°C - 250°C
Heat generator (indoor unit)
inlet temperature
(HP 1)
S13 Probe value / stipulated value
Temperature (HP 1) S13 -60°C - 250°C
Heat generator (indoor unit)
inlet temperature (HP 2 *))
Temperature (HP 2 *))
2nd mixed heating cycle
return temperature
S13.2 Probe value / stipulated value
S13.2 -60°C - 250°C
S14 Probe value / stipulated value
Temperature S14 -60°C - 250°C
*)
This parameter may dif
fer from your display depending on the type and model of the heat pump.
81
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REMKO Smart-Control Touch
"Settings" menu item (continued) - Expert
Manual mode - probes (continued)
Parameter Selection parameter
4th mixed heating cycle return temp.
Temperature
Heat generator return temperature (HP 1) S15 Probe value / stipulated value
Temperature (HP 1) S15 -60°C - 250°C
*)
*)
S14.2 Probe value / stipulated value
S14.2 -60°C - 250°C
Heat generator
return temperature (HP 2 *))
Temperature (HP 2 *))
Energy supplier (public utility)
external block
Heat pump fault S20 On / Off / Auto
Compressor active S21 On / Off / Auto
Defrosting (thawing) active S22 On / Off / Auto
Medium flow rate solar S23 Probe value / stipulated value
Medium flow rate S23 0 l/min - 100 l/min"
Medium flow rate (indoor unit) (HP 1) S24 Probe value / stipulated value
Medium flow rate (HP 1) S24 0 l/min - 100 l/min"
Medium flow rate (indoor unit) (HP 2 *))
Medium flow rate (HP 2) S24.2 0 l/min - 100 l/min"
Medium flow rate flow sensor S27 Probe value / stipulated value
Medium flow rate flow sensor S27 0 l/min - 100 l/min"
*)
This parameter may dif
fer from your display depending on the type and model of the heat pump.
Probe value / stipulated value
-60°C - 250°C
S16 On / Off / Auto
S24.2 Probe value / stipulated value
82
Page 83
"Settings" menu item (continued) - Expert
Commissioning
Information on the "Commissioning" menu item is described in the separate "Commissioning wizard" chapter
on the next pages.
"Settings" menu item (continued) - Expert
Chimney sweep
Level 2 menu item Level 3 menu item
Mode Normal operation/test mode
Hot water valve Deactivated/activated
Running time 15 - 90 minutes
"Messages" menu item - Expert
This menu displays warnings, warning information and error messages.
If this "Messages" symbol should light up in red or yellow in the basic display
fault, warning or note is displayed on the message level. In order to call up the message level, it is only necessary to touch the symbol.
, it is necessary to check which
83
Page 84
REMKO Smart-Control Touch
5.2 Commissioning wizard
When starting the controller for the first time the commissioning assistant is started in order to implement the
basic programming of the existing system. After commissioning has been fully completed, the default set of
parameters is enabled. During the first heating period, the thermal characteristics of the system should be
observed, and the parameters optimised as necessary
The following parameters are enabled according to the installed heat pump and components.
The parameters of the installation level must be enabled on the heat pump and a number of these must be
adjusted to the site configuration.
Setting the country
Please confirm this parameter in order to load the country-specific settings. The selection of the country
determines the setting for the date format, units of measurement and temperature limits. All settings can be
modified at a later date.
Setting country and country-specific settings
Menu item Parameter Factory setting
.
Germany
Country
Österreich
Schweiz
United States
United Kingdom
Nederland
Belgique
Luxembourg
France
Espana
Portugal
Italia
Greece
Norge
Sverige
Suomi
Polska
Germany
Cesko
Slovensko
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Page 85
Setting the language
All menu entries, commands and parameters are displayed in plain language in the language selected.
Menu item Parameter Factory setting
Deutsch
English
Francais
Italiano
Language setting
Setting the time zone for the winter time
Selecting the time zone for the winter time allows the switch to daylight savings time to occur automatically.
The respective time zone in winter must be specified.
Central Europe (GER, FR, IT
-CET (Central European Time, Berlin, Paris)
If UTC (Universal Time Coordinated) is selected, no automatic switch to daylight savings time occurs.
Menu item Parameter Factory setting
Time zone (winter)
, ES, PL)
Time zones from "Winter -12" to
"Winter +12 (PETT)" can be set
Espanol
Portugues
Nederlands
Polski
Čeština
Deutsch
Winter +1 (CET)
Setting the date
When setting the date, first the four-digit year is selected, then the month, and finally the day.
Menu item Parameter Factory setting
Year
Date setting
Day
85
Current date entryMonth
Page 86
REMKO Smart-Control Touch
Setting the time
From here, you can set the current time. The controller has automatic summertime switching, which can also
be activated from the menu "Language/T
When setting the time, first the hours are selected, and then the minutes.
Menu item Parameter Factory setting
ime” (+1 CET).
Time setting
Restore counter readings
When first installing the controller, this parameter is confirmed with "NO".
Confirm this parameter with “YES” if you have performed a software update and wish to restore the previous
counter readings.
Menu item Parameter Factory setting
Restore counter readings
Load user settings
When first installing the controller this parameter is confirmed with "NO".
If a new software status is installed after the initial installation, it is possible to confirm this with "YES" and all
existing parameters will be accepted anew
. This means a complete new installation is unnecessary.
Hours
Current time entry
Minutes
YES
NO
NO
Menu item Parameter Factory setting
Load user settings
Activating the heat pump
The controller detects automatically that a heat pump has been connected. If necessary, activate the heat
pump.
Menu item Parameter Factory setting
Activating the heat pump
YES
NO
NO
Activated
Activated
Deactivated
86
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Operating mode
Two operating modes are available:
1. Bivalent alternative
2. Monoenergetic
Menu item Parameter Factory setting
Operating mode selection
Selection of the auxiliary heat generator:
- Bivalent alternative (heat pump or oil/gas-fired boiler or wall heating)
- Monoenergetic (heat pump and/or Smart Serv electric heating element) according to usable limits
The operating mode of the internal pump in the indoor unit must be defined here in the level “Expert " Set-
tings " Auxiliary heat generator "
Domestic hot-water heating
Optionally, you can activate or deactivate the "Domestic hot-water heating" function. Activate domestic hotwater heating if domestic water has to be heated for washing or showering. When this function is activated,
the associated parameters are then queried. Pay attention to information on the display
Menu item Parameter Factory setting
Domestic hot-water heating
Internal pump".
Monoenergetic
Monoenergetic
Bivalent alternative
.
Activated
Deactivated
Deactivated
Storage tank set temperature
Desired temperature for the domestic hot water.
If there is a solar yield, the storage tank can become substantially warmer
solar charging can be modified under Settings/Solar/Storage tank.
For efficiency reasons, the lowest possible set temperature should be selected. If the available quantity of
hot water is insufficient, the value should be increased. Pay attention to the maximum temperature of the
heat pump.
Menu item Parameter Factory setting
Storage tank set temp. 40 °C - 65 °C Factory recommendation 45°C
Hot water circulation
If there is a hot water circulation pump in the building, which you are intending to operate in an energysaving manner using the controller
Menu item Parameter Factory setting
Hot water circulation
, this function must be activated.
Deactivated
Activated
. The maximum temperature for
As required
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Circulation type
(dependent on which probes are used)
Impulse circulation: (Only in conjunction with the REMKO impulse generator)
If briefly dispensing water triggers an impulse on the flow-operated safety device, this is registered by the
controller and the circulation pump is started up. This means that the circulation is also active when it is
required.
T
emperature-guided circulation: (Only in conjunction with the REMKO S05 probe)
Temperature-guided circulation keeps the hot water temperature at the set temperature.
Select the circulation type.
Menu item Parameter Factory setting
Circulation type
Circulation set temperature - temperature-guided circulation
Desired set temperature for temperature-guided circulation.
This should be set at least 5 °C below the set temperature for the hot water storage tank, or even lower for
ef
ficiency reasons.
Then set the desired temperature.
Menu item Parameter Factory setting
Temperature-guided circulation 25 °C - 65 °C 35 °C
Impulse-guided circulation - Running time of the circulation
Switch-on time of the circulation pump after a dispensing impulse.
If the circulation line is very short, a shorter running time may suf
water to a remote dispensing point, the running time must be extended.
Then select the desired temperature.
Impulse circulation
As required
Temperature-guided circulation
fice. If the time is not sufficient to pump hot
Menu item Parameter Factory setting
Impulse-guided circulation -
Running time
of the circulation
1 min - 15 mins 5 min.
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Impulse-guided circulation - Disable switch-on
After the running time of the circulation pump, the pump cannot be started again while disable switch on is
active. This prevents unnecessary permanent operation of the pump in the case of continuous dispensing. If
the hot water cools too much while disable switch-on is active, the time should be shortened.
Then select the desired time.
Menu item Parameter Factory setting
Impulse-guided circulation -
Disable switch-on
Unmixed heating cycle
Optionally, you can activate or deactivate the "Unmixed cycle" function.
Menu item Parameter Factory setting
Unmixed heating cycle
Operating mode
Select the operating mode for the unmixed circuit.
Setting heating cycle mode
This is where you can select between the dif
according to the set "heating curve" and "fixed value regulation".
Menu item Parameter Factory setting
1 min - 15 mins 5 min.
Deactivated
Activated
ferent heating cycle modes. The choice is between control
Deactivated
Heating
Operating mode unmixed cycle
Heating and cooling
After activating the unmixed mixed heating cycle, the 1st mixed heating cycle is enabled, and
after activating the 1st mixed heating cycle, the 2nd mixed heating cycle is enabled.
The descriptions of the 1st and 2nd mixed heating cycle are identical to the unmixed heating
cycle.
The mixed heating cycles each require a supply and return probe! These probes are included in the scope of
supply of the mixed REMKO heating cycle groups.
As requiredCooling
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System separation underfloor heating
Activation if a mixed heating cycle is separated by a heat exchanger.
If system separation is activated, the set temperature is increased.
Menu item Parameter Factory setting
System separation FBH
Setpoint increase
After activating the system separation it is possible to select a setpoint increase, in order to balance the heat
losses with a heat exchanger
Menu item Parameter Factory setting
Setpoint temperature 0 - 10 5.0 K
Setting the building time constant
The building time constant specifies the ability of the building to retain heat. The building time constant is
dependent upon the type of building (see table). The value is also dependent on individual temperature perception, and so the information in the table should only be treated as a guide.
Recommended are:
Building
type
Heat retention ability
.
Deactivated
Deactivated
Activated
Recom-
mended value
Light Low heat retention ability, e.g. prefab/wood-frame houses approx. 10 h
Medium Moderate heat retention ability, e.g. house made from hollow blocks approx. 20 h
Heavy High heat retention ability, e.g. brick house approx. 30 h
Very heavy Very high heat retention ability, e.g. exterior and interior walls > 30 cm approx. 60 h
Passive Well-insulated, e.g. zero-energy housing approx. 100 h
Menu item Parameter Factory setting
Building time constant 0 - 100 h According to design! - 10 h
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Setting the standard heating load
The standard heating load is obtained by multiplying the specific heating load by the living area to be heated.
Y
ou can calculate the standard heating load from the following table.
This method is only estimated and should be set to the values defined by an expert.
Building performance requirements
Year of construction Specific heating load
Up to 1970, uninsulated
1977 to 1984
1985 to 1995
New build, EnEv
New build, KfW 40/60
Zero-energy house
120... 180 W/m
70... 100 W/m
50... 70 W/m
40... 50 W/m
20... 30 W/m
10... W/m
2
2
2
2
2
2
Menu item Parameter Factory setting
Standard heating load 0 - 50 kW
Dependent on unit (outdoor unit)
detected
Solar plant
Deactivation if no solar plant is available. It can be activated again at a later date.
Activation if a solar plant is available.
Menu item Parameter Factory setting
Deactivated
Solar plant
Deactivated
Activated
Selecting the pump system
Select the pump system for the speed controller. The speed control system is available for a solar cycle with
asynchronous pump (controlled by an A01 with "wave packets"), as well as for one or two solar cycles with
high-ef
ficiency pump (controlled by an A01 with "PWM").
We recommend activating an EC pump. The solar pump adapts automatically to solar capacity. If the temperature difference increases due to increased solar capacity, the speed of the solar pump is increased.
(This results in a higher degree of efficiency of the solar plant as well as lower power consumption of the
solar pump).
Menu item Parameter Factory setting
Pump type (solar cycle)
Asynchronous pump
EC pump
Selection according to pump
type installed in the solar cycle
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Solar speed control system
Activate the solar speed regulation if you want the solar cycle pump to modulate according to solar capacity.
Activation of the speed control system for the pump in the solar cycle. the pump can be activated according
to demand, for ef
When using a pump which is not suitable for the speed control system, the system should be deactivated.
(We recommend use of a speed-controlled pump).
ficiency reasons; as solar radiation increases, the speed of the pump increases.
Menu item Parameter Factory setting
Solar speed control system
Asynchronous speed control system
Menu item Parameter Factory setting
Asynchronous speed control
system
Solar heat meter - medium flow rate probe
The amount of heat delivered from solar yields is recorded continuously, and can be called up in the form of
a daily or cumulative value.
If no medium flow rate probe is installed, a manual medium flow rate can be selected. The heat meter can
also be deactivated, if desired.
Menu item Parameter Factory setting
Solar HM
Deactivated
Activated
On
Off
Deactivated
Manual medium flow rate
Medium flow rate probe
Deactivated
Off
Setting with heat meter
installed
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Setting the impulse rate of the solar medium flow rate probe
The impulse rate must only be changed if the impulse rate in the customer-provided system must be
adapted.
Menu item Parameter Factory setting
Impulse rate for medium flow rate
(if activated)
Manual medium flow rate
If no medium flow rate probe is installed in the solar station, a manual medium flow rate can be selected. The
heat meter can also be deactivated, if desired.
The medium flow rate is specified in order to calculate the amount of solar heat.
The value can be viewed on the flow meter when the solar pump is running.
Then set the value.
Recommendation:
adjust the medium flow rate to suit the hydraulic system provided by the customer
Set temperature of the storage tank during solar charging
Once the solar set temperature is reached, the solar cycle pump is switched off. With the collector cooling
function activated, the temperature of the storage tank can continue to rise as far as the set maximum temperature.
The solar set temperature should be reduced if the hot water temperature is regularly too high or if there is
no thermostatic mixing valve installed. At the same time, when the collector cooling function is activated, the
max. temperature of the storage tank must be reduced.
0 - 10 ml/Imp 5.7 ml/Imp
Menu item Parameter Factory setting
Solar set temperature 5 °C - 95 °C 85 °C
REMKO recommends installing a domestic hot water mixer with solar hot water preparation.
WARNING!
Implement measures on site to ensure suf
ficient scalding protection!
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REMKO Smart-Control Touch
Heat carrier medium
Selection of the filled solar liquid for calculation of the amount of solar heat.
Menu item Parameter Factory setting
Water
DOWCAL 10
DOWCAL 20
TYFCOR
TYFOCOR-L
TYFOCOR-LS
ANTIFROGEN-N
Heat carrier medium
Acquisition of the stored energy via the S 09 probe
If heating is to be provided from the available solar yield (if required), this parameter must be activated.
If another heat generator is connected to the system hydraulically
exchanger, this parameter must be activated and the S 09 probe must be installed.
Menu item Parameter Factory setting
Acquisition of the stored energy
ANTIFROGEN-SOL
Temper-10
Temper-15
Temper-20
Temper-30
Temper-40
Temper-55
GLYTHERMIN P44
, e.g. water-based chimney heat
Combination storage tank
Heating buffer
TYFOCOR-L
Deactivated
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5.3 Hygiene function/ legionella circuit
You have the option of activating a hygiene function.
The hygiene function can only be performed with
an active additional heat generator
REMKO Smart-Serv auxiliary heat generator.
This hygiene/legionella function can be activated
on a static basis, i.e. always on the same weekday
at the set time.
The "Static" operating mode is possible without
flow sensor. The hygiene function is purely activated after a time program. To do so, you must set
the day and time as well as the desired temperature.
You can also activate a dynamic hygiene function
that is aligned with your requirement and storage
tank capacity.
The precondition for the dynamic hygiene function
is that a REMKO flow sensor (e.g. EDP no.
254070) has been installed. The dynamic hygiene
function can be individually adjusted to the user
and the installed storage tank size.
Activation of the hygiene function is only possible
in the expert level. Accessing the expert level is
Ä
described in chapter
level’ on page 47.
The hygiene function is not activated ex works. In
order to install this function, select the following
parameters consecutively in the expert level:
‘Structure of the expert
Expert level
¯
Settings
¯
Basic settings
, e.g. with a
After selecting the function, the hygiene function is
enabled and can be adjusted in the "Settings" level
under the point "Hot water". Y
description for activation and setting in the following.
Parameter settings for the hygiene function
In order to access the setting parameters for the
hygiene function, select the following parameters
consecutively:
Expert level
Settings
Hot water
Hygiene function
Static Dynamic
Set temperature
Day of activation -
Time of activation -
- Inspection time
- Storage tank volume
- Pulse valency
Max. duration until cancellation
Circulation pump
2nd heat generator
ou can find the
¯
¯
¯
¯
¯
System configuration
¯
Hygiene function
(OFF)
¯
Static Dynamic
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Overview of all of the parameters relevant for the static or dynamic hygiene function.
Static Dynamic Description
Set temperature Setting the target temperature
Day of activation - Setting the first weekday
Time of activation - Setting the starting time
The hygiene function is only active if the tank contents
- Inspection time
of the hot water storage tank have not been changed
for 72 hours. The test time can be shortened here if the
customer wishes
- Storage tank volume
- Pulse valency
Max. duration until cancellation
Circulation pump
2nd heat generator
Setting of the hot water storage tank between 0 and
1000 l. Factory setting: 300 litres
Setting dependent on the flow sensor installed (DN15/
DN25, see "Flow sensor" operating instructions)
After the set time has elapsed, the hygiene function is
interrupted if it has not already been switched of
normal operation
If a circulation pump has been installed in the factory
system, this must be operational when the hygiene
function is activated. If the circulation pump is installed
on the I/O module (terminal A04) of the heat pump, this
is activated via the circulation pump function
If the second heat generator in this level is deactivated,
it is enabled in accordance with the set bivalency point
after the hygiene function has been enabled. If value for
hot water does not fall below the set bivalency point,
the second heat generator is enable as required. If
value for hot water does fall below the set bivalency
point, it is enabled immediately after the hygiene function is called up. The definitive bivalency point for your
system can be found in the Smart-Control T
troller instructions in the expert level under "Settings/
Heat pump".
If the second heat generator is activated in this level,
the second heat generator is immediately enabled with
activation of the hygiene function.
With bivalent systems (wall heating device/ oil/gas
boiler), the hygiene function is exclusively activated via
the second heat generator.
f via
ouch con-
After the parameters described above, activation of the hygiene function is completed. To return to the basic
display
, exit the parameter levels via the arrow at the bottom left.
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5.4 Activate heating and cooling cycle, examples
Example for activating a heating cycle
1. Retrospective enabling of a heating cycle.
Example for activating a cooling function
Change operating mode of a heating/cooling cycle.
Fig. 51: Activate heating cycle
Activation of further heating cycles is only possible
in the expert level. T
level with the password "0321" and select the following parameters:
Settings " Basic settings " System configuration
In the "System configuration" level, set the required
heating cycle from "deactivated" to "activated".
After activation, the cycle is now enabled and can
be set in the "User" level and in the "Expert" level
of the connected heating cycle configuration. For
this purpose, implement the changes with the grey
slide controls as described in the chapter "Setting
the heating/cooling operating mode".
The REMKO Smart-Control Touch controller
can control max. one unmixed and four mixed
heating cycles!
o do so, activate the expert
Fig. 52: Activating cooling cycle
The operating mode
n Heating
n Cooling
n Heating/cooling
can be changed at any time in the respective activated heating cycles under the parameter "Operating mode".
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M
A
B
2
3
1
4 5 6
REMKO Smart-Control Touch
6 Template hydraulics with installation parameters
NOTICE!
The sample hydraulic schematic shown below is only to be used as a planning aid, and does not replace
an installation drawing! T
The design and planning of customer-provided hydraulic systems must be performed by a specialist
installer!
We recommend adapting plant-specific parameters, such a heating limits and bivalence point, to the
design data!
You can find further hydraulics examples at www.remko.de
Hydraulic circuit diagram
Functions: Heating and hot water incl. Smart-Serv emergency heating coil
echnical modifications reserved!
Fig. 53: Example hydraulic diagram
A: Combination buffer tank
B: Room temperature/humidity probe
1: Heat pump inlet line
2: Heat pump return flow
3: Hot water
4: Cold water
5: Unmixed cycle
6: Mixed cycle
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Basic settings for the hydraulic diagram
Menu item Parameter Factory setting
Country Deutschland - Slovensko Germany
Load setting Accept the parameters Saving process
Language Deutsch - Polski Deutsch
Time zone Var. time zones possible Winter + 1(CET)
Date Year/Month/Day Basic settings
Time Hours/Minutes Basic settings
Restore counter readings? YES/NO NO
Load user settings? YES/NO NO
Activate heat pump Activated/Deactivated Activated
Passive cooling Activated/Deactivated Deactivated
Operating mode Monoenergetic/bivalent alternative Monoenergetic
Domestic hot-water heating Activated/Deactivated Activated
Storage tank set temperature "40°C - 65°C" 45 °C
Hot water circulation Activated/Deactivated Activated
Circulation type Impulse/Temperature Impulse
Circulation set temp. "25 °C - 65°C" Deactivated
Circulation running time 1 min - 15 mins 5 min
Disable switch-on 1 min - 15 mins 5 min
Unmixed heating cycle Activated/Deactivated Activated
Operating mode Heating/cooling Heating and cooling Heating
Heating cycle mode Heating curve/Fixed value Heating curve
Heating curve adjustment
Fixed value "10 °C - 50 °C" Deactivated
Cooling cycle mode Cooling curve/Fixed value Deactivated
Fixed value "8 °C - 35 °C" Deactivated
Base point/standard inlet temperature/
standard outside temperature
According to design
Cooling curve adjustment
1st mixed cycle Activated/Deactivated Deactivated
Operating mode Heating/cooling Heating and cooling Deactivated
Heating cycle mode Heating curve/Fixed value Deactivated
Heating curve adjustment
Fixed value "10 °C - 60 °C" Deactivated
Cooling cycle mode Cooling curve/Fixed value Deactivated
Fixed value "8 °C - 35 °C" Deactivated
99
Base point/standard inlet temperature/
standard outside temperature
Base point/standard inlet temperature/
standard outside temperature
Deactivated
Deactivated
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REMKO Smart-Control Touch
Menu item Parameter Factory setting
Cooling curve adjustment
2nd mixed heating cycle Activated/Deactivated Deactivated
Operating mode Heating/cooling Heating and cooling Deactivated
Heating cycle mode Heating curve Deactivated
Heating curve adjustment Heating curve/Fixed value Deactivated
Fixed value "10 °C - 60 °C" Deactivated
Cooling cycle mode Cooling curve/Fixed value Deactivated
Fixed value "8 °C - 35 °C" Deactivated
Cooling curve adjustment
System separation FBH Activated/Deactivated Deactivated
Setpoint increase 0 - 10 K Deactivated
Building time constant "0 h - 100 h" 10 h
Standard heating load "0 kW - 25 kW" As required
Solar plant Activated/Deactivated Deactivated
Pump type Asynchronous/EC pump Deactivated
Base point/standard inlet temperature/
standard outside temperature
Base point/standard inlet temperature/
standard outside temperature
Deactivated
Deactivated
Solar speed control system Activated/Deactivated Deactivated
Asynchronous speed control system On/Off Deactivated
Solar HM Deactivated Deactivated
Impulse rate for medium flow rate 0 l/min - 10 l/min Deactivated
Manual medium flow rate 2 l/min - 30 l/min Deactivated
Heat carrier medium As required Deactivated
Solar set temperature "5 °C - 95 °C" Deactivated
Stored energy
Separate heating buffer/
combination storage tank
Deactivated
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