Manual REMKO Smart-Control-Touch SQW (page 104 of 120) (English)

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Operating manual

Read the instructions prior to performing any task!

REMKO Smart-Control Touch

For the heat pump series SQW

0204-2019-04 Edition 1, en_GB

Manual for experienced specialists

Translation of the original operating manual

Read these operating instructions carefully before commis-

sioning / 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 mis-

prints!

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

Operation -

General

..................................................................................................................... 6

2.1 Design and functions....................................................................................................................... 6

Operation -

User level

.................................................................................................................... 14

3.1 General notes regarding the menu structure of the controller....................................................... 14

3.2 Menu structure of the controller.................................................................................................... 15

3.3 Setting the heating/cooling operating mode.................................................................................. 28

3.4 Changeover summer/winter mode................................................................................................ 35

3.5 WLAN function.............................................................................................................................. 39

3.6 Emergency-heat operation............................................................................................................ 47

Operation -

Expert level

................................................................................................................. 51

4.1 General notes regarding the menu structure of the controller....................................................... 51

4.2 Menu structure of the controller.................................................................................................... 52

4.3 Commissioning wizard.................................................................................................................. 82

4.4 Hygiene function/legionella circuit................................................................................................. 93

4.5 Activate heating and cooling cycle, examples............................................................................. 101

5 Template hydraulic diagrams with installation parameters.......................................................... 103

Fault messages on the Smart Control............................................................................................ 109

7 Assembly and installation of the Smart Control Touch controller............................................... 113

8 Technical data.................................................................................................................................... 117

9 Index................................................................................................................................................... 118

1 Safety and

usage instructions

1.1 General safety notes

Carefully read the operating manual before com-

missioning 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 sym-

bols. 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

, which if not avoided may be fatal or

cause serious injury.

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

CAUTION!

This combination of symbol and signal word

warns of a potentially hazardous situation,

which if not avoided may cause injury or mate-

rial 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 recom-

mendations as well as information for efficient

and fault-free operation.

1.3 Personnel qualifications

Personnel responsible for commissioning, opera-

tion, maintenance, inspection and installation must

be able to demonstrate that they hold a qualifica-

tion 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.

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.

REMKO Smart-Control Touch

1.6 Safety notes for the operator

The operational safety of the units and compo-

nents 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 per-

sonnel.

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 inspec-

tions 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 Appropriate hazard prevention measures must

be taken to prevent risks to people when per-

forming installation, repair

, maintenance or

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. Sta-

tionary 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.

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.

1.8

Unauthorised modification

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

. The

use of other parts may invalidate liability for

resulting consequences.

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.

1.10 Warranty

For warranty claims to be considered, it is essential

that the ordering party or its representative com-

plete 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 "Gen-

eral business and delivery conditions". Further-

more, only the parties to a contract can conclude

special agreements beyond these conditions. In

this case, contact your contractual partner in the

first instance.

1.11 Transport and packaging

The devices are supplied in a sturdy shipping con-

tainer 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 contrac-

tual partner

. For later complaints can not be guar-

anteed.

WARNING!

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!

1.12 Environmental protection

and recycling

Disposal of packaging

All products are packed for transport in environ-

mentally friendly materials. Make a valuable contri-

bution to reducing waste and sustaining raw mate-

rials. Only dispose of packaging at approved

collection points.

Disposal of equipment and components

Only recyclable materials are used in the manufac-

ture of the devices and components. Help protect

the environment by ensuring that the devices or

components (for example batteries) are not dis-

posed in household waste, but only in accordance

with local regulations and in an environmentally

safe manner

, e.g. using certified firms and recy-

cling specialists or at collection points.

2 Operation - General

2.1 Design and functions

Overview of the controls

6 7

Fig. 1: Controls of the Smart Control Touch

1: Basic display

2: User level

3: Expert level (password protected)

4: Basic display (quick access)

5: Information (quick access)

6: Settings (quick access)

7: Messages (warnings, information notes and

errors)

Function display

The REMKO Smart Control Touch regulation is an

operating module with touch display

. Unit operation

is intuitive and self-explanatory via the plain text

display on the user interface of the controller. No

buttons are required to adjust and change parame-

ters. Instead, this takes place by touching the sur-

face of the controller at the appropriate points. The

installation of further functions such as KNX or

Smart-Web is possible through the installation of

further supplementary software available as an

accessory.

REMKO Smart-Control Touch

Selecting user/expert mode

NOTICE!

The settings in expert mode may only be con-

figured by REMKO-authorised installers!

There are two different authorisation levels for the

main menu: user mode and expert mode. Some

settings are only visible in expert mode. The

authorisation levels are identified by icons.

Fig. 2: The user and expert icons

A: User; B: Expert (password-protected)

Navigation and changing parameters

Calling up the main menu

The main menu displays the menu items “Basic

display”, “User” and “Expert”.

Fig. 3: Main menu

Basic display

Select the menu item “Basic display” in the user

mode.

Fig. 4: Select basic display

In the “Basic display” level, you have access to the

following submenus:

n Overview

n Hot water

n Room climate

n T

ime programs

Fig. 5: Basic display

Overview

Select the menu item “Overview”.

Fig. 6: Select overview

In the “Overview” level, you have access to the fol-

lowing submenus:

n Mixed outside temp.

n HW storage tank actual temp. S08

n Current operating mode

n Room climate

It is only possible to view this. No settings are

possible here!

Fig. 7: Overview

REMKO Smart-Control Touch

Hot water

Select the menu item “Hot water”.

Fig. 8: Select hot water

In the “Hot water” level, you have access to the fol-

lowing submenus:

n Storage tank set temp.

Set temperature to which conventional

reheating should heat the hot water tank to

ensure comfort. If there is a solar yield, the

storage tank can become substantially warmer

The maximum temperature for solar charging

can be modified under: "Settings " Solar "

Storage tank". For efficiency reasons, the set

temperature should be as low as possible. If

the available quantity of hot water is insuffi-

cient, the value should be increased. Pay

attention to the maximum inlet temperature of

the heat pump here.

n Mode

Setting of the operating mode for the hot water

preparation.

Automatic comfort:

Hot water preparation always takes place

according to the setpoint value. No optimisa-

tion of the solar yield takes place.

Automatic Eco:

In order to optimise solar yields, during solar

storage tank charging, the set temperature of the

storage tank is reduced by the tolerance during

solar operation. This delays the reheating of the

storage tank or

, where the solar output is sufficient,

prevents it.

Solar only:

Solar hot water preparation takes place exclu-

sively. No reheating via further heat generator

takes place.

Off:

No hot water preparation. Heating of the hot water

storage tank does not take place.

n One-off hot water

Hot water preparation is activated once outside

the time program. Once heating of the hot

water storage tank has taken place, the

storage tank is reheated according to the

stored time program.

Fig. 9: Hot water

Room climate

Select the menu item “Room climate”.

Fig. 10: Select room climate

In the “Room climate” level, you have access to the

following submenus:

n Colder/hotter

Setting of the desired room set temperature.

The value 0.0 equates to a desired room tem-

perature of 20 °C. This value can be increased

by +10 °C, which equates to a room set tem-

perature of 30 °C.

If the value 0.0 °C is lowered by 10 °C, this

equates to a room set temperature of 10 °C.

n Room climate mode

Using the heating mode it is possible to specify

the heating operating mode.

Automatic:

In automatic mode, the operating mode is

selected automatically on the basis of the out-

side temperature and the set heating curve.

Heating:

Heating according to a set heating curve in

continuous operation

n Standby:

In standby mode neither heating nor cooling

occurs. However

, anti-freeze protection for the

heat pump is active!

Fig. 11: Room climate

REMKO Smart-Control Touch

Time programs

Select the menu item “Time programs”.

Fig. 12: Select time programs

In the “Time programs” level, you have access to

the following submenus:

n User profile

ime programs as stored are active.

n Party mode (information only) and

n Party mode (operating mode selection)

The activation of party mode results in the next

time window with reduced operation of the

heating mode or the hot water program being

ignored. After the time window, the heat pump

operates within the normal time windows

again.

n A

way mode (information only) and

n Away mode (operating mode selection)

Activation results in the heating mode running

at reduced operation until away mode has

been deactivated. Hot water preparation is

additionally deactivated.

Fig. 13: Time programs

Selecting a menu item

Select the menu item “Settings” in the user mode

for example.

Fig. 14: Selecting a menu item

Then select “Basic settings”.

Fig. 15: Basic settings

Select the "Language/Time" selection. You are now

in the parameter level of the "Language/T

ime"

folder.

Fig. 16: “Language/Time” folder

Select and change parameter

In this level, you have the option of changing the

time and date in accordance with the following

description.

Select the corresponding parameter

Fig. 17: Select “Date” parameter

REMKO Smart-Control Touch

Once you have selected a parameter, a further

window opens with a green bar for changing the

settings.

Fig. 18: Change “Date” parameter 1

Change the settings with the help of the slide con-

trol on the green bar

Fig. 19: Change “Date” parameter 2

Exiting the menu

You can access the basic display either in steps by

touching the arrow at the top left in the touch dis-

play

, or directly by pressing the “Basic display”

icon.

Fig. 20: Exiting the menu

Exiting this level using the arrow at the top left

saves the setting.

3 Operation - User level

3.1 General notes regarding the

menu structure of the controller

The following information is primarily directed at

system operators. Specialists can find relevant

additional information in the chapter “Operation -

Expert level”.

The following sections introduce the individual

menu items and parameters. Y

ou will find a brief

description regarding each menu item.

Fig. 21: User level on the start screen

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.

Fig. 22: Menu structure of the user level

REMKO Smart-Control Touch

3.2 Menu structure of the controller

Overview of the menus (User level)

The following parameters are enabled for adjustment within the individual user levels:

H A U P T M E N Ü

Nur aktiv wenn entsprechende Software installiert worden ist

Funktion nur bei Betriebsart „bivalent“ aktiviert!

M A I N M E N U

Information

Settings

Chimney

sweep

Messages

Fault messages

Warning notices

Mode

Hot water

valve

Running time

Basic settings

Hot water

Heating

cooling

Unmixed

heating cycle

1st mixed

cycle

Heat pump

2nd mixed

cycle

3rd mixed

cycle

Hot water

Unmixed

heating cycle

1st mixed

cycle

Hydraulics

2nd mixed

cycle

3rd mixed

cycle

Basic infor

mation

Cascade

Additional heat

generators

Meter

readings

KNXnet/IP

Only active if the corresponding software has been installed

Function only if “bivalent” mode is activated!

Fig. 23: Menu structure overview

User level

In the “User” level, you have access to the fol-

lowing submenus:

n Information

n Settings

n Chimney sweep

n Messages

Fig. 24: User menu

Information

ou can obtain basic information about the com-

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.

Fig. 25: Information menu item

REMKO Smart-Control Touch

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 or

hot water temperatures according to the require-

ments the REMKO heat pump user

. Relevant

points that affect the 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.

Fig. 26: Settings menu item

The most important settings are explained in the

following.

Chimney sweep

All chimney sweep-relevant settings are imple-

mented here.

Fig. 27: Chimney sweep menu item

Messages

The messages level displays warnings, faults and

malfunctions.

Fig. 28: Messages menu item

You will find tables containing the respective

parameters for the available settings on the next

few pages.

"Main menu" menu item

There is an expert mode and a user mode under

the menu item “Main menu”. The two authorisation

levels are identified by icons. Some menu items

and parameters are only visible in expert mode.

They may only be adjusted by specialists!

Fig. 29: The user and expert icons

A: User

B: Expert

Fig. 30: User level main menu

Authorisation level

Level 1

menu item

Description

Information

In this menu item, you can view important information, such as

temperatures, pump requirements, the current collector temper-

ature or any configured parameter settings.

Settings

This menu item is used to configure all the settings of the

system, i.e. for heating cycle, hot water or solar

Chimney

sweep

In this menu item the test function of an additional heat gener-

ator is active (only with "bivalent" operating mode!)

Messages This menu item displays status, fault and warning messages.

REMKO Smart-Control Touch

"Information" menu item - User

This menu contains information about the current operating status of the system.

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Basic infor-

mation

Status

Current operating mode

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

*a) Please find

additional infor-

mation on these

menu items in

the special man-

uals.

Previous operating mode

Room climate

Party mode

Away mode

Anti-freeze protection

IP address

Subnet

Gateway

Smart Count *a)

Smart Web *a)

Smart Com *a)

Activation key (Smart Web)

Date/Time

Time

Date

Time zone

Version number

Hardware control panel

Hardware

Software control panel

Software

Linux kernel control panel

Linux kernel

Licence information

"Information" menu item (continued) - User

Authorisa-

tion level

Level 2

menu item

Level 3 menu item Info

Hot water

HW request

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

HW storage tank set temp.

HW storage tank actual temp. S03

HW storage tank actual temp. S04

Hot water energy

Hygiene function

Circulation request S05

Circulation set temp

Circulation actual temp. S05

Circulation pump A11

Unmixed

cycle

Operating mode

Set temp.

Actual temp.

Room setpoint temperature

Room actual temperature

Room humidity

Dew point

Mixed outside temperature

REMKO Smart-Control Touch

"Information" menu item (continued) - User

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Info

1st mixed

cycle

Operating mode

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

Set temp.

Actual temp.

Room setpoint temperature

Room actual temperature

Room humidity

Dew point

Mixed outside temperature

2nd mixed

cycle

Operating mode

Set temp.

Actual temp.

Room setpoint temperature

Room actual temperature

Room humidity

Dew point

Mixed outside temperature

3rd mixed

cycle

Operating mode

Set temp.

Actual temp.

Room setpoint temperature

Room actual temperature

Room humidity

Dew point

Mixed outside temperature

Hydraulics

Heating water temp. (setpoint)

Heating water temp. (actual value)

Outside temperature S06

Buffer tank temp. S07

Buffer tank temp. cooling S08

Therm.output

Heating energy

Cooling energy

"Information" menu item (continued) - User

Authorisa-

tion level

Level 2

menu item

Level 3 menu item Level 4 menu item Info

Cascade

1. Heat pump

Heat pump status

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Remaining idle time

Compressor status

Defrost status

Fault status

Enable signal

Disable compressor

Heat pump mode

Disable signal S40

Enable hot water

Enable electric heater

2. Heat pump

Heat pump status

Remaining idle time

Compressor status

Defrost status

Fault status

Enable signal

Disable compressor

Heat pump mode

Disable signal S40

Enable hot water

Enable electric heater

3. - 10. Heat pump

Up to 10 heat pumps are

possible.

The parameters are the

same as with HP 1-2.

Auxiliary heat generator

Heat generator status

Potential-free output A32

REMKO Smart-Control Touch

"Information" menu item (continued) - User

Authorisa-

tion level

Level 2

menu item

Level 3 menu item Level 4 menu item Info

Meter read-

ings

Heat pump

Therm. power, heat pump

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Therm. energy, heat pump

Electrical power,

heat pump

Electrical energy,

heat pump

Output, environment

Environmental energy

Household

Current household output

Household energy

Photovoltaic

Photovoltaic output

Photovoltaic yield

Feed-in power

Feed-in

Private consumption

power

Energy consumption

Heating and

Hot water

Heating energy

Hot water energy

Cooling energy

Hot water meter

savings

Equivalent in trees

KNXnet/IP

IP for the KNX interface

MAC for the KNX interface

IA for the KNX interface

IA for the SMT

KNX connection status

Programming mode

"Settings" menu item - User

In this menu you can configure the settings. For example, you can adjust hot water and heating tempera-

tures or change time settings.

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Basic settings

Language/Time

Date

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Time

Date format

Time format

Language

Time zone (winter)

Display

Display brightness

Display contrast

Display off

Default screen

Hot water

Domestic hot-water

heating

Storage tank set temp.

Mode

Time program A

Time program B

Time program C

Tolerance during

ECO operation

Circulation

Circulation set temp.

Time program

Heating/

cooling

Mode

Room climate mode

Difference from cooling

limit

Difference from heating

limit

Building adaptation

Standard outside temp.

(Heating)

Standard outside temp.

(Cooling)

Inertia of the heating curve

REMKO Smart-Control Touch

"Settings" menu item (continued) - User

Authorisa-

tion level

Level 2

menu item

Level 3 menu item Info

Unmixed

cycle

Operating mode

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

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 temp. reduction

Room temp. Increase

Room unit

Room temperature influence

1st mixed

cycle

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 temp. reduction

Room temp. Increase

Room unit

Room temperature influence

"Settings" menu item (continued) - User

Authorisa-

tion level

Level 2

menu item

Level 3 menu item Info

2nd mixed

cycle

Operating mode

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

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 temp. reduction

Room temp. Increase

Room unit

Room temperature influence

3rd mixed

cycle

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 temp. reduction

Room temp. Increase

Room unit

Room temperature influence

REMKO Smart-Control Touch

"Settings" menu item (continued) - User

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Heat pump Graduated tariff

Number of power tariffs

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Time field Tariff 1-9

Power tariff 1-9

PV current

usage

Power tariff 1

Feed-in tariff

Personal use tariff

Chimney

sweep

Mode

HW valve

Run-time in minutes

"Messages" menu item

This menu displays warnings, faults, operating sta-

tuses or messages.

If this “Messages” symbol should light up in red or

yellow in the basic display

, it is necessary to check

what is displayed in 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".

Differentiation is made here between numbers that

start with 6000, which are to be considered pure

operating messages and do not constitute a fault.

Numbers that start with 7000 are relevant faults,

which require the heat pump to be switched off.

Numbers that start with 8000 are warnings and

indicate that the heat pump must be checked!

Fig. 31: Messages menu item

3.3 Setting the heating/cooling

operating mode

Heating curve heating cycle mode

The heating curve can be adjusted in three points,

according to the structure and location-related con-

ditions 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-sea-

sonal 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 loca-

tion. If the heating is not warm enough at low out-

side 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. 32: 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.

Dif

ferences between the installed parameters and

the design of the actual building can cause the

heat pump to run inefficiently.

Setting the heating curve:

1. Base point

In this level, select the heating cycle to be changed

and select the parameter “Heating curve settings”.

Under the heating curve schematic, select the left

grey slide control and set to the desired tempera-

ture.

Fig. 33: Setting the base point

REMKO Smart-Control Touch

2. Standard inlet temperature

Setting the standard inlet temperature takes place

in the same way - although using the right grey

slide control.

Fig. 34: Setting the standard inlet temperature

3. Set the standard outside temperature

Fig. 35: 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: “Set-

tings " heating/cooling "

Building adaptation".

Here, it is possible to set the standard outside tem-

perature 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.

Fixed-value-control heating cycle mode

Specify the set temperature for fixed value control.

The heating cycle is kept permanently at this tem-

perature 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 (HGM).

Fig. 36: Setting the fixed value (set temperature)

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 con-

trol 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

Factory set-

ting

Cooling cycle

mode with

underfloor

system active

Cooling curve

According to

design

Fixed value

8 °C - 35 °C

REMKO Smart-Control Touch

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 tem-

perature of 20 °C. If the cooling is too cold at rela-

tively 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 out-

side temperature in the building location. If the

cooling is not warm enough at low outside temper-

atures, 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.

Fig. 37: 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.

Dif

ferences between the installed parameters and

the design of the actual building can cause the

heat pump to run inefficiently.

Setting cooling curve:

1. Base point

In the “Settings” level, select the heating cycle and

the parameter “Cooling curve settings”. Under the

cooling curve schematic, select the left grey slide

control and set to the desired temperature.

Fig. 38: Setting the base point

2. Standard inlet temperature

Setting the inlet temperature and outside tempera-

ture takes place in the same way - although using

the right grey slide control.

Fig. 39: Setting the inlet temperature

A cooling function via the cooling curve setting

is only enabled by REMKO if the corresponding

humidity probe is installed!

3. Set the standard outside temperature

Fig. 40: 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 set-

ting 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 recom-

mends protecting the system with dew point moni-

tors in the case of panel heating.

REMKO Smart-Control Touch

Fixed value control cooling cycle mode

Specify the set temperature for fixed value control.

With this, the cooling cycle regulates to an aver-

aged temperature. The value is calculated from the

inlet temperature plus the return temperature

divided by two.

Operating the cooling cycle with a fixed value is

not recommended, as it will cause the heat pump

to operate inef

ficiently or the dew point will be

undershot.

Fig. 41: 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 tem-

perature 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 oper-

ating mode is set from “Automatic” to “Cooling”.

Hydraulic circuit diagram

Functions: Heating incl. 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

echnical modifications reserved!

The design and planning of customer-provided hydraulic systems must be performed by a specialist

installer!

Pufferspeicher

4 5 6

Fig. 42: Example hydraulic diagram

A: Storage tank

B: Room temperature/humidity probe

C: Smart Control Touch

1: Heat pump inlet line

2: Heat pump return flow

3: Unmixed heating cycle

4: 1st mixed cycle

5: 2nd mixed cycle

6: 3rd mixed cycle

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.

REMKO Smart-Control Touch

3.4 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 sur-

faces 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 con-

troller 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. 43: 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

Fig. 44: Select “Room climate” menu item

The “Room climate” parameter is displayed in the

“Basic display” menu. The desired room set tem-

perature is designated as the room climate.

The value 0.0 °C gives a desired room tempera-

ture of 20 °C.

With the help of the slide control you can change

this value to +10 °C (room target temperature

+30 °C)

or optionally to -10 °C (room target temperature

+10 °C).

In order to specify the point of the summer/winter

changeover

, you must first determine the value

“colder/hotter” because this is coupled with the

heating limit temperature.

Once you have read off the value “colder/hotter”

you must click on the top left arrow in the display to

return to the basic display.

Fig. 45: Select “colder/hotter” menu item

REMKO Smart-Control Touch

Now proceed as follows in the parameter level

“heating/cooling”

Fig. 46: Select user level

Fig. 47: Select “Settings” menu item

Fig. 48: Select “Heating/cooling” menu item

Fig. 49: 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 "Dif-

ference from heating limit” parameter

Set the desired value at which the heating opera-

tion 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 tempera-

ture (Fig. 45), e.g. 20 °C, is reached at the external

probe. Please note the diagram in Fig. 43 for infor-

mation 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 out-

side 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.

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 con-

stant. 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".

Fig. 50: Select “Difference from heating limit” menu

item

REMKO Smart-Control Touch

3.5 WLAN function

Installation and setup of the WLAN function

System requirements

The following system requirements are necessary

to complete the WLAN function installation suc-

cessfully:

n REMKO Smart Control T

ouch controller with

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 WPA 2 encryp-

tion/security standard

Installation in house

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 con-

nected 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

. Outside the

WLAN network of the in-house router, access to

the heat pump parameters is not possible.

WLAN

Fig. 51: External access

1: Router (example)

2: 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 estab-

lished with the WLAN-capable in-house router

This is only possible at the expert level. To do this,

select the "Expert" level on the basic display.

After activating the expert level by touching the

corresponding icon, a password is required. T

enter the password at this level, touch the icon

again to confirm.

REMKO Smart-Control Touch

After confirming, four bar controllers are enabled

below the "Expert" icon. T

o enter the password

here, move the grey sliders to the appropriate posi-

tion by touching them.

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.

After the expert level has been enabled, various

parameter levels are visible.

Select the "Settings" level by touching the "Set-

tings" icon.

After selecting the "Settings" level, select the

"Basic settings" parameter

The "Interfaces" parameter appears in the "Basic

settings" level. Select this icon by touching it.

REMKO Smart-Control Touch

In the "Interfaces" parameter level you will find the

"Network” parameter

. Touch to select this param-

eter.

In the “Network” level, you can now connect the

heat pump with your router

. To do so, first select

the “Authentication” parameter.

********

*********

( . . . )

********

1: Authentication of the WLAN network

2: Name of the WLAN network

3: Password of the WLAN network

4: Status of the WLAN connection

Setting up the network

In the authentication parameter, now select the

appropriate parameter for your WLAN network.

Note that the REMKO Smart-Control T

ouch only

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 net-

work).

If the router is equipped with a push button, it is

possible to select this function to connect the con-

troller with the router

Now scroll down to select the SSID parameter. As

described in the following, enter and save the

name of your WLAN network and the corre-

sponding password.

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

. When

doing so you can choose between upper and lower

case letters, numbers or special characters such

as ?/&/%. To do so, press the “Selection” icon mul-

tiple times.

********

1: Letters, numbers and special characters for

entry in the respective line. T

ouching the icon

multiple times switches between the individual

selection options, such as upper and lower

case letters

2: You can delete incorrect entries by touching

the icon

3: Select “Continue” to proceed to the next letter

or number for entry, e.g. the password or net-

work name

4: After entering the complete password or WLAN

name, touch the icon to save the entry

5: Touching the “Cancel” icon completely inter-

rupts the entry

REMKO Smart-Control Touch

After selecting the correct letter, number or special

character

, press the “Continue” icon to store the

next character or letter. The “Delete” icon removes

incorrectly stored entries. Once you have entered

the password correctly, confirm the input with the

"Save" icon.

Once all parameters for your WLAN network have

been correctly saved, the heat pump will connect

with your network. Y

ou can check this with the

“Status” 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 identi-

fier “connected”.

********

e.g.

WLAN function

After the parameters described above have been

set, activation is complete. T

o return to the basic

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

, the WLAN network must be

received by the controller with sufficient signal

strength!

When you enter the address provided in your web

browser

, you access the basic display of your heat

pump controller shown below. You now have the

option of controlling the relevant operating parame-

ters for the user and expert level of your REMKO

heat pump via a PC, laptop or smartphone.

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 parame-

ters 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.

In order to gain access to the regulation parame-

ters of your controller

, enter the IP address found

beneath the status in the address field of your

internet browser and connect with the Smart-Con-

trol Touch connector.

********

e.g.

REMKO Smart-Control Touch

3.6 Emergency-heat operation

Activation of emergency-heat operation is only

possible in the expert level. T

o do this, select the

"Expert" level on the basic display.

After activating the expert level by touching the

corresponding icon, a password is required. T

enter the password at this level, touch the icon

again to confirm.

After confirming, four bar controllers are enabled

below the "Expert" icon. T

o enter the password

here, move the grey sliders to the appropriate posi-

tion by touching them.

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.

After the expert level has been enabled, various

parameter levels are visible.

Select the "Settings" level by touching the "Set-

tings" icon.

REMKO Smart-Control Touch

After selecting the "Settings" level, select the

"Basic settings" parameter

The "System configuration" parameter appears in

the "Basic settings" level. Select this icon by

touching it.

After selecting the "System configuration" level,

select the "Heat pump" parameter

Then deactivate the heat pump in the “Heat pump”

level by touching the “activated” icon and changing

the operating mode setting from “activated” to

“deactivated”.

The heat pump is now deactivated.

With deactivation of the heat pump, the second

heat generator

, e.g. the REMKO Smart-Serv auxil-

iary heater or a condensing unit installed in the

system is active.

You can go back to the basic display either in steps

by touching the arrow at the top left in the touch

display

, or directly by pressing the “Basic display”

icon.

REMKO Smart-Control Touch

4 Operation - Expert level

4.1 General notes regarding the

menu structure

of the controller

The following information is primarily directed at

specialist personnel.

The following sections introduce the individual

menu items and parameters. Y

ou will find a brief

description regarding each menu item. Should you

require a more precise description for the indi-

vidual parameters, then call up the parameter on

the controller.

Fig. 52: Expert level on the start screen

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.

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!

z.B.

Fig. 53: Password input

4.2 Menu structure of the controller

Overview of the menus (Expert level)

The following parameters are enabled for adjustment within the individual expert levels:

H A U P T M E N Ü

Nur aktiv wenn entsprechende Software installiert worden ist

Funktion nur bei Betriebsart „bivalent“ aktiviert!

M A I N M E N U

Information

Settings

Chimney-

sweep

Messages

Fault messages

Warning notices

Mode

Hot water

valve

Running

time

Basic set-

tings

Hot water

Heating/

cooling

Unmixed

heating cycle

1st mixed

cycle

Heat pump

2nd mixed

cycle

3rd mixed

cycle

Hot water

Unmixed

heating cycle

1st mixed

cycle

Hydraulics

2nd mixed

cycle

3rd mixed

cycle

Basic infor-

mation

Cascade

Additional heat

generators

Meter

readings

KNXnet/IP

Only active if the corresponding software has been installed

Function only if “bivalent” mode is activated!

Actuators

Installation

assistant

Start of the

installation

program

For parameters,

see chapter 4.2,

“Commissioning”

Manual

mode

ModBus

Probes

Additional heat

generators

Checklist

Energy meter

Probe correction

Program

output

Control

panel 1

Fig. 54: Menu structure overview

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.

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Basic infor-

mation

Status

Detected unit

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

*a) Please find

additional infor-

mation on these

menu items in

the special man-

uals

Control algorithm

Current operating mode

Previous operating mode

Room climate

Party mode

Away mode

Anti-freeze protection

IP address

Subnet

Gateway

Power consumption L

Mains frequency

Cascade

Smart Count *a)

Smart Web *a)

Smart Com *a)

Activation code

Date/Time

Time

Date

Time zone

"Information" menu item (continued) - Expert

Authorisa-

tion level

Level 2

menu item

Level 3 menu item

Level 4 menu

item

Info

Basic infor-

mation (cont.)

Version number

Hardware

control panel

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Hardware

Software

control panel

Software

Linux kernel con-

trol panel

Linux kernel

Licence information

Hot water

HW request

HW storage tank set temp.

HW storage tank actual temp. S03

HW storage tank actual temp. S04

Changeover valve A10

Hot water energy

Hygiene function

Medium flow rate

Tap volume

Circulation request S05

Circ. set temp.

Circ. actual temp. S05

Circulation pump A11

REMKO Smart-Control Touch

"Information" menu item (continued) - Expert

Authorisa-

tion level

Level 2

menu item

Level 3 menu item Info

Unmixed

cycle

Operating mode

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

Set temp.

Actual temp.

Inlet temp. S09

Return temp. S10

Room setpoint temperature

Room actual temperature

Room humidity

Dew point

Mixed outside temperature

Pump speed rel. A40

Medium flow rate S21

Current output

Heating energy

Cooling energy

KNX status

KNX setpoint adjustment

1st mixed

cycle

Operating mode

Set temp.

Actual temp.

Inlet temp. S11

Return temp. S12

Room setpoint temperature

Room actual temperature

Room humidity

Dew point

Mixed outside temperature

Pump speed rel. A41

Mixer position A20/A21

Medium flow rate S22

Current output

"Information" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Info

1st mixed

cycle

(cont.)

Heating energy

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

Cooling energy

KNX status

KNX setpoint adjustment

2nd mixed

cycle

Operating mode

Set temp.

Actual temp.

Inlet temp. S13

Return temp. S14

Room setpoint temperature

Room actual temperature

Room humidity

Dew point

Mixed outside temperature

Pump speed rel. A42

Mixer position A22/A23

Medium flow rate S23

Current output

Heating energy

Cooling energy

KNX status

KNX setpoint adjustment

REMKO Smart-Control Touch

"Information" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Info

3rd mixed

cycle

Operating mode

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

Set temp.

Actual temp.

Inlet temp. S15

Return temp. S16

Room setpoint temperature

Room actual temperature

Room humidity

Dew point

Mixed outside temperature

Pump speed rel. A43

Mixer position A24/A25

Medium flow rate S24

Current output

Heating energy

Cooling energy

KNX status

KNX setpoint adjustment

Screed drying

function

Screed drying mode

Momentary set temperature

Remaining time

Elapsed time

Hydraulics

Hot water temperature (setpoint)

Hot water temperature (actual value)

Outside temperature S06

Buffer tank temp. S07

Buffer tank temp. cooling S08

Therm.output

Heating energy

Cooling energy

Trace heating A31

"Information" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3

menu item

Level 4 menu item Info

Cascade

1. Heat pump

Heat pump status

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Remaining idle time

Compressor status

Defrost status

Fault status

Enable signal

Disable compressor

Heat pump mode

Disable signal S40

Current output

Compressor start

Run-time (minutes)

Run-time (hours)

Comm-Kit status A2/B2

Enable hot water

Enable electric heater

2. Heat pump

Heat pump status

Remaining idle time

Compressor status

Defrost status

Fault status

Enable signal

Disable compressor

Heat pump mode

Disable signal S40

Current output

Compressor start

Run-time (minutes)

Run-time (hours)

Comm-Kit status A2/B2

Enable hot water

Enable electric heater

3. - 10.

Heat pump

Up to 10 heat pumps are possible.

The parameters are

the same as with

HP 1-2.

REMKO Smart-Control Touch

"Information" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3

menu item

Level 4 menu item Info

Cascade Debug log

Heat pump

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Air temperature AM

Water inlet temperature

Suction gas temperature

Heat gas temperature

Evaporation temperature

Evaporation pressure

Condenser temperature

Condenser pressure

Fan speed

Degree of opening of the expansion

valve

Overheating

Pump speed

Medium flow rate

"Information" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Auxiliary heat

generator

Heat generator status

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Potential-free output A32

Enable

Enable time (minutes)

Enable time (hours)

Meter read-

ings

Heat pump

Therm. power, heat pump

Therm. energy (day)

Therm. energy (week)

Therm. energy (month)

Therm. energy (year)

Therm. energy, heat pump

Output, environment

Environmental energy

(day)

Environmental energy

(week)

Environmental energy

(month)

Environmental energy

(year)

Environmental energy

Electrical power,

heat pump

Electr. energy (day)

Electr. energy (week)

Electr. energy (month)

Electr. energy (year)

Electrical energy,

heat pump

REMKO Smart-Control Touch

"Information" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Meter read-

ings

(cont.)

Household

Current household output

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Household energy (day)

Household energy (week)

Household energy (month)

Household energy (year)

Household energy

Photovoltaic

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)

Feed-in (month)

Feed-in (year)

Feed-in

Private consumption power

Private consumption (day)

Private consumption

(week)

Private consumption

(month)

Private consumption (year)

Energy consumption

Heating & hot water

Heating energy

Cooling energy

Hot water energy

Hot water meter

savings

Equivalent in trees

"Information" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Info

Checklist

HW storage tank actual temp. S03

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

HW storage tank actual temp. S04

Circulation request S05

Circ. actual temp. S05

Outside temperature S06

Buffer tank temp. S07

Buffer tank temp. cooling S08

Inlet temp. S09

Return temp. S10

Inlet temp. S11

Return temp. S12

Inlet temp. S13

Return temp. S14

Inlet temp. S15

Return temp. S16

Medium flow rate S21

Medium flow rate S22

Medium flow rate S23

Medium flow rate S24

Impulse counter reading S26

Medium flow rate S27

Impulse counter reading S28

Impulse counter reading S29

Disable signal S40

KNXnet/IP

IP for the KNX interface

MAC for the KNX interface

IA for the KNX interface

IA for the SMT

KNX connection status

Programming mode

REMKO Smart-Control Touch

"Settings" menu item - Expert

In this menu you can configure the settings. For example, you can adjust hot water and heating tempera-

tures or change time settings.

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Basic settings

Language/Time

Date

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Time

Date format

Time format

Language

Temperature unit

Decimal separator

Time zone

Mains frequency

Display

Display brightness

Display contrast

Display off

Default screen

Expert password

Address

Interfaces

Use DHCP

Local IP address

Subnet mask

Gateway address

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Basic settings

(cont.)

KNXnet/IP

Smart Com

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Interface search

IP for the KNX interface

IA for the KNX interface

Multicast address

IA for the controller

Programming mode

On/off (switching)

Heating/cooling (switching)

Heating/cooling (status)

SMT operating mode

(switching)

SMT operating mode

(status)

Outside temperature

Room set temperature

Defrosting (status)

HW set temperature

HW actual temperature

One-off hot water

Alarm signal (status)

Unmix. circuit actual temp.

1st mixed cycle actual

temp.

2nd mixed cycle actual

temp.

3rd mixed cycle actual

temp.

Unmix. circuit room temp.

1st mixed cycle room

temp.

2nd mixed cycle room

temp.

3rd mixed cycle room

temp.

REMKO Smart-Control Touch

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Basic settings

(cont.)

KNXnet/IP

(cont.)

Unmix. circuit humidity

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

1st mixed cycle humidity

2nd mixed cycle humidity

3rd mixed cycle humidity

Time

Date

Unmix. circuit room target temp.

1st mixed cycle room target

temp.

2nd mixed cycle room target

temp.

3rd mixed cycle room target

temp.

Unmix. circuit presence object

1st mixed cycle presence object

2nd mixed cycle presence object

3rd mixed cycle presence object

Unmix. circuit operating mode

1st mixed cycle operating mode

2nd mixed cycle operating mode

3rd mixed cycle operating mode

Heat pump energy

Heating energy

Hot water energy

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Basic settings

(cont.)

System configuration

Heat pump

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Auxiliary heat generator

PV current usage

Graduated tariffs

Domestic hot-water

heating

Hot water circulation

Hygiene function

Unmixed heating cycle

1st mixed cycle

2nd mixed cycle

3rd mixed cycle

Anti-freeze protection pri-

mary circuit

Mixing ratio

Anti-freeze protection sec-

ondary circuit

Mixing ratio

REMKO Smart-Control Touch

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Hot water

Domestic hot-water

heating

Storage tank set temp.

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Mode

Time program A

Time program B

Time program C

Tolerance

during ECO operation

Circulation

Circulation type

Circulation set temp.

Set temp. hysteresis

Time program

Running time

Disable switch-on

Hygiene function

Set temperature

Day of activation

Time of activation

Inspection time

Storage tank volume

Pulse valency

Max. duration until cancel-

lation

Circulation pump

2. Heat pump

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 cancella-

tion

15 - 120 min 60 min

Circulation pump Activated/Deactivated Deactivated

REMKO Smart-Control Touch

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Heating/

cooling

Building adaptation

Building time constant

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Standard outside temp.

(Heating)

Standard outside temp.

(Cooling)

Max. cooling down

(outside temperature ref.)

Inertia of the heating curve

Mode

Room climate mode

Heating/cooling time pro-

gram

Difference from cooling

limit

Difference from heating

limit

Screed drying function

After the screed function

we recommend ending

this function manually by

deactivating it!

Floor screed function

status

Start/end temperature

Max.temperature

Heating phase increment

Drying time

Time at high temp.

Incremental cooling phase

Time at low temp.

Floor screed function

Designation Value range Factory setting Customer

system

Floor screed function

status

Activated/Deactivated Deactivated

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

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Info

Unmixed

cycle

Operating mode

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

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

Dewpoint monitoring

Dew point distance

Delta T regulation

Delta T setpoint

Pump type

Min. pump speed A40 (%)

Max. pump speed A40 (%)

Min. pump speed A40 (rpm)

Max. pump speed A40 (rpm)

Heat meter

Manual medium flow rate

Impulse rate medium flow rate S21

REMKO Smart-Control Touch

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Info

1st mixed

cycle

Operating mode

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

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

Dewpoint monitoring

Dew point distance

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

Heat meter

Manual medium flow rate

Impulse rate medium flow rate S22

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Info

2nd mixed

cycle

Operating mode

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

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

Dewpoint monitoring

Dew point distance

Delta T regulation

Delta T setpoint

Pump type

Min. pump speed A42 (%)

Max. pump speed A42 (%)

Min. pump speed A42 (rpm)

Max. pump speed A42 (rpm)

Mixing valve running time

Heat meter

Manual medium flow rate

Impulse rate medium flow rate S23

REMKO Smart-Control Touch

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Info

3rd mixed

cycle

Operating mode

You can find

many of the indi-

vidual info texts

about the level

2-3 menu items

on your Smart

Control

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

Dewpoint monitoring

Dew point distance

Delta T regulation

Delta T setpoint

Pump type

Min. pump speed A43 (%)

Max. pump speed A43 (%)

Min. pump speed A43 (rpm)

Max. pump speed A43 (rpm)

Mixing valve running time

Heat meter

Manual medium flow rate

Impulse rate medium flow rate S24

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

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Heat pump

Basic settings

Heat pump selection

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Debug log

Reset meter

Reset alarm

Trace heating

Switch-on temperature

After-run time

Graduated tariff

Number of power tariffs

Time field Tariff 1-9

Power tariff 1-9

Continuous HW adjust-

ment

Short-term HW adjustment

Short-term HTG adjust-

ment

Continuous HTG adjust-

ment

REMKO Smart-Control Touch

"Settings" menu item (continued) - Expert

Authorisa-

tion level

Level 2 menu

item

Level 3 menu item Level 4 menu item Info

Heat pump

(cont.)

PV current usage

PV personal use variant

You can find

many of the indi-

vidual info texts

about the level

2-4 menu items

on your Smart

Control

Power tariff 1

Feed-in tariff

Personal use tariff

Damping electr. power

HW setpoint

Setpoint heating

Setpoint cooling

Continuous HTG adjust-

ment

PV cooling limit distance

Min. run time Cooling (PV)

Target feed-in

Hysteresis

Bivalence point

Bivalence point, heating

Bivalence point, HW

Auxiliary heat

generator

Operating mode

Response to disable signal

S40

Reheating HW

Control panel

Room temperature probe correction

Room humidity probe correction

Control panel

Room temperature probe correction

Room humidity probe correction

Control panel

Room temperature probe correction

Room humidity probe correction

Energy meter

Heat pump (elec.) Meter constant S25

Domestic supply meter

(elec.)

Meter constant S26

Reference meter Meter constant S26

Photovoltaics (yield) Meter constant S29

Photovoltaics (feed-in) Meter constant S28

Probe correc-

tion

Outdoor temp.

Program

output

Alarm messages selection

"Chimney sweep" menu item - Expert

Authorisa-

tion level

Level 2 menu item Level 3 menu item Info

Mode Normal operation/test mode

Info texts can be

found in the

Smart Control

Hot water valve Deactivated/activated

Running time 15 - 90 minutes

REMKO Smart-Control Touch

"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

, it is necessary to check which

fault, warning or note is displayed on the message level. In order to call up the message level, it is only nec-

essary to touch the symbol.

Manual mode (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 Output Selection parameter

Actuators Manual mode Permanent

Deactivated

15 minutes

Pump unmixed cycle A 01

Auto

Pump 1st mixed cycle A 02

Auto

Pump 2nd mixed cycle A 03

Auto

Pump 3rd mixed cycle A 04

Auto

HW changeover valve A 10

Auto

HW circulation pump A 11

Auto

HW circulation pump A14

Auto

"Message" menu item (continued) - Expert

Manual mode (relay test) (continued)

Parameter Output Selection parameter

Open mixing valve 1st mixed cycle A20

Open

Stop

Auto

Close mixing valve 1st mixed cycle A21

Open

Stop

Auto

Open mixing valve 2nd mixed cycle A22

Open

Stop

Auto

Close mixing valve 2nd mixed cycle A23

Open

Stop

Auto

Open mixing valve 3rd mixed cycle A24

Open

Stop

Auto

Close mixing valve 3rd mixed cycle A25

Open

Stop

Auto

Trace heating A31

Auto

Auxiliary heat generator A32

Auto

Hygiene function A33

Auto

REMKO Smart-Control Touch

"Message" menu item (continued) - Expert

Manual mode (relay test) (continued)

Parameter Output Selection parameter

Alarm signal A34

Auto

Closed

Open

Pump unmixed cycle A40

Auto

Speed A40

Auto

Pump 1st mixed cycle A41

Auto

Speed A41

Auto

Pump 2nd mixed cycle A42

Auto

Speed A42

Auto

Pump 3rd mixed cycle A43

Auto

Speed A43

Auto

Manual mode (probes)

Parameter Selection parameter

Probes Manual mode Permanent

Deactivated

15 minutes

Storage tank temperature, lower S03

Probe value

Default value "-60°C - 250°C"

Storage tank temperature, upper S04

Probe value

Default value "-60°C - 250°C"

Circulation paddle switch S05

Auto

Outside temperature S06

Probe value

Default value "-60°C - 250°C"

Temperature of buffer tank S07

Probe value

Default value "-60°C - 250°C"

Temperature of buffer tank (cooling) S08

Probe value

Default value "-60°C - 250°C"

Unmix. circuit inlet temp. S09

Probe value

Default value "-60°C - 250°C"

Unmix. circuit return flow temp. S10

Probe value

Default value "-60°C - 250°C"

1st mixed cycle inlet temp. S11

Probe value

Default value "-60°C - 250°C"

1st mixed cycle return flow temp. S12

Probe value

Default value "-60°C - 250°C"

2nd mixed cycle inlet temp. S13

Probe value

Default value "-60°C - 250°C"

2nd mixed cycle return flow temp. S14

Probe value

Default value "-60°C - 250°C"

3rd mixed cycle inlet temp. S15

Probe value

Default value "-60°C - 250°C"

3rd mixed cycle return flow temp. S16

Probe value

Default value "-60°C - 250°C"

REMKO Smart-Control Touch

"Message" menu item (continued) - Expert

Manual mode (probes) (continued)

Parameter Selection parameter

Unmix. circuit medium flow rate S21

Probe value

Default value "Impulse 0 - 100 l/min"

1st mixed cycle medium flow rate S22

Probe value

Default value "Impulse 0 - 100 l/min"

2nd mixed cycle medium flow rate S23

Probe value

Default value "Impulse 0 - 100 l/min"

3rd mixed cycle medium flow rate S24

Probe value

Default value "Impulse 0 - 100 l/min"

Energy supplier external block S40

Auto

Parameter Selection parameter

ModBus

Heat pump operating mode

µPC

Auto

Heating/cooling enable

µPC

Deactivated

HP1

HP2

HP3

Enable hot water

µPC

Deactivated

HP1

HP2

HP3

Enable E-heater

µPC

Deactivated

HP1

HP2

HP3

Manual defrosting

µPC

Deactivated

HP1

HP2

HP3

4.3 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

Country

Germany

Österreich

Schweiz

United States

United Kingdom

Nederland

Belgique

Luxembourg

France

Espana

Portugal

Italia

Greece

Norge

Sverige

Suomi

Polska

Cesko

Slovensko

REMKO Smart-Control Touch

Setting the language

All menu entries, commands and parameters are displayed in plain language in the language selected.

Menu item Parameter Factory setting

Language setting

Deutsch

English

Francais

Italiano

Espanol

Portugues

Nederlands

Polski

Čeština

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

, ES, PL)

-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)

Time zones from "Winter -12" to

"Winter +12 (PETT)" can be set

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

Date setting

Year

Current date entryMonth

Day

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

ime” (+1 CET).

When setting the time, first the hours are selected, and then the minutes.

Menu item Parameter Factory setting

Time setting

Hours

Current time entry

Minutes

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

YES

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.

Menu item Parameter Factory setting

Load user settings

YES

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

Activated

Deactivated

REMKO Smart-Control Touch

Operating mode

Two operating modes are available:

1. Bivalent alternative

2. Monoenergetic

Menu item Parameter Factory setting

Operating mode selection

Monoenergetic

Bivalent alternative

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 "

Internal pump".

Domestic hot-water heating

Optionally, you can activate or deactivate the "Domestic hot-water heating" function. Activate domestic hot-

water 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

Activated

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

. The maximum temperature for

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 energy-

saving manner using the controller

, this function must be activated.

Menu item Parameter Factory setting

Hot water circulation

Deactivated

As required

Activated

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.

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

Impulse circulation

As required

Temperature-guided circulation

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

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

fice. If the time is not sufficient to pump hot

water to a remote dispensing point, the running time must be extended.

Then select the desired temperature.

Menu item Parameter Factory setting

Impulse-guided circulation -

Running time

of the circulation

1 min - 15 mins 5 min.

REMKO Smart-Control Touch

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

1 min - 15 mins 5 min.

Unmixed heating cycle

Optionally, you can activate or deactivate the "Unmixed cycle" function.

Menu item Parameter Factory setting

Unmixed heating cycle

Deactivated

Activated

Operating mode

Select the operating mode for the unmixed circuit.

Setting heating cycle mode

This is where you can select between the dif

ferent heating cycle modes. The choice is between control

according to the set "heating curve" and "fixed value regulation".

Menu item Parameter Factory setting

Operating mode unmixed cycle

Heating

As requiredCooling

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.

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

Deactivated

Activated

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 per-

ception, and so the information in the table should only be treated as a guide.

Recommended are:

Building

type

Heat retention ability

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

REMKO Smart-Control Touch

Setting the standard heating load

The standard heating load is obtained by multiplying the specific heating load by the living area to be heated.

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

120... 180 W/m

1977 to 1984

70... 100 W/m

1985 to 1995

50... 70 W/m

New build, EnEv

40... 50 W/m

New build, KfW 40/60

20... 30 W/m

Zero-energy house

10... W/m

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

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 tem-

perature 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

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

ficiency reasons; as solar radiation increases, the speed of the pump increases.

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).

Menu item Parameter Factory setting

Solar speed control system

Deactivated

Activated

Asynchronous speed control system

Menu item Parameter Factory setting

Asynchronous speed control

system

Off

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

Setting with heat meter

installed

Manual medium flow rate

Medium flow rate probe

REMKO Smart-Control Touch

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)

0 - 10 ml/Imp 5.7 ml/Imp

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 tem-

perature.

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.

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!

Heat carrier medium

Selection of the filled solar liquid for calculation of the amount of solar heat.

Menu item Parameter Factory setting

Heat carrier medium

Water

TYFOCOR-L

DOWCAL 10

DOWCAL 20

TYFCOR

TYFOCOR-L

TYFOCOR-LS

ANTIFROGEN-N

ANTIFROGEN-SOL

Temper-10

Temper-15

Temper-20

Temper-30

Temper-40

Temper-55

GLYTHERMIN P44

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

, e.g. water-based chimney heat

exchanger, this parameter must be activated and the S 09 probe must be installed.

Menu item Parameter Factory setting

Acquisition of the stored energy

Combination storage tank

Deactivated

Heating buffer

Once the last parameter has been entered into the commissioning wizard, the screen switches to the basic

display.

REMKO Smart-Control Touch

4.4 Hygiene function/

legionella circuit

ou have the option of activating a hygiene func-

tion.

This hygiene/legionella function can be activated

on a static basis, i.e. always on the same weekday

at the set time.

You can also activate a dynamic hygiene function

that is aligned with your requirement and storage

tank capacity.

A precondition for the dynamic hygiene function is

that a REMKO flow sensor be installed. The

dynamic hygiene function can be individually

adjusted to the user and the installed storage tank

size. To activate this function, the hygiene function

must be enabled in the expert level. To do so, acti-

vate the expert level with the password “0321” and

select the following parameters:

n Settings

n Basic settings

n System configuration

n Hygiene function

Here is it possible to select between the dynamic

and static function. After selecting the function, the

hygiene function is enabled and can be adjusted in

the “Settings” level under the point “Hot water”.

ou can find the description for activation and set-

ting in the following.

Activating and programming the flow sensor in

the Smart-Control controller

Activation of the hygiene function is only possible

in the expert level.

Fig. 55: Selecting expert level

To enter the expert level, enter the password

“0321”

via the slide control. It is not necessary to

confirm the password. The expert level is enabled

after a short time.

After entering the password, the expert level is

enabled

The parameters for activation of the flow sensor

can be found under the following points.

The hygiene function is not activated ex works. In

order to activate this function, the following param-

eters must be enabled:

Select the parameter “Settings” in the expert level.

Select the parameter “Basic settings” in the “Set-

tings” level.

REMKO Smart-Control Touch

The hygiene function is located in the “System

configuration” parameter level.

The hygiene function appears in the display. The

“Static” operating mode is possible without flow

sensor

. The hygiene function is purely activated

after a time program. With this, the “Static” hygiene

function takes place according to selected parame-

ters. To do so, set the day and time as well as the

desired temperature.

For the dynamic hygiene function, select the

“dynamic” function.

After activation, exit the level by pressing the top

left arrow multiple times until you see the “Settings”

parameter again.

Parameter settings for the hygiene function

The relevant parameters for the function of the flow

sensor are activated in the expert level under the

menu item "Settings".

The hygiene function can only be performed with

an active additional heat generator

, e.g. with a

REMKO Smart-Serv auxiliary heat generator.

In the “Settings” parameter level you will find set-

ting parameters for the hygiene function in the “Hot

water” submenu.

REMKO Smart-Control Touch

In the “Hot water” level you will find the parameters

that are relevant for the hygiene function.

First of all, the parameter appears to adjust the

desired Legionella temperature. Set this to the

desired temperature.

As the next parameter, set the “Inspection time”.

The hygiene function is only active if the tank con-

tents of the hot water storage tank have not been

changed for 72 hours (as shown in the figure). The

test time can be shortened here if the customer

wishes.

Example:

If the water volume in the storage tank is not

required after 72 hours (three days), the hygiene

function is activated. However

, if the water volume

in the storage tank is required at some point during

the 72 hour period, the hygiene function will not be

activated.

First set the “Storage tank volume” parameter.

With the REMKO 300 l hot water storage tank it is

not necessary to change this parameter

. For the

heat pumps with 200 l storage tank, change the

setting to 200 l.

REMKO Smart-Control Touch

After the setting has been made, you get to the

next parameter "Pulse valency".

This parameter must be adjusted accordingly after

the flow sensor DN15/DN25 has been installed.

In the case of the flow sensor DN15, the pulse

valency is 3.1 ml/lmp and in the case of the flow

sensor DN25 the pulse valency is 12.4 ml/lmp

Fig. 56: Example flow sensor DN15

Fig. 57: Example flow sensor DN25

After the setting has been made, you get to the

next parameter "Max. duration until cancellation".

After the set time has elapsed, the hygiene func-

tion is interrupted if it has not already been

switched of

f via normal operation. If the hygiene

function cannot be activated, as the available tem-

perature is insufficient, this function is deactivated

after expiry of the set time. If this is the case, a

warning (ID 8227) is displayed in the controller.

The heat pump continues in normal operation after

an interruption.

After the setting has been made, you get to the

next parameter "Setting the circulation pump".

If a circulation pump has been installed in the fac-

tory 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 circula-

tion pump function.

REMKO Smart-Control Touch

100

After the setting has been made, you get to the

next parameter "2nd heat generator”.

If the second heat generator in this level is deacti-

vated, it is enabled in accordance with the set biva-

lency 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

ouch controller

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 acti-

vated via the second heat generator.

After the parameters described above, activation of

the hygiene function is completed. T

o return to the

basic display, exit the parameter levels via the

arrow at the top left or by touching the “Basic dis-

play” symbol.

4.5 Activate heating and cooling

cycle, examples

Example for activating a heating cycle

1. Retrospective enabling of a heating cycle.

Fig. 58: Activate heating cycle

Activation of further heating cycles is only possible

in the expert level. T

o do so, activate the expert

level with the password “0321” and select the fol-

lowing 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!

101

Example for activating a cooling function

Change operating mode of a heating/cooling cycle.

Fig. 59: Activating cooling cycle

The operating mode

n Heating

n Cooling

n Heating/cooling

can be changed at any time in the respective acti-

vated heating cycles under the parameter “Oper-

ating mode”.

REMKO Smart-Control Touch

102

5 Template hydraulic diagrams with installation parameters

NOTICE!

The following template hydraulic systems are only to be used as a planning aid, and do not replace an

installation drawing! T

echnical modifications reserved!

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 for heat pump SQW Package Cologne

Configuration: Circuit unmixed, circuit 1 mixed, circuit 2 mixed, circuit 3 mixed.

Ooperating mode: monoenergetic.

Function: heating or cooling.

This hydraulic diagram serves merely to assist in planning activities;

the customer-provided hydraulic system on site must be planned and laid out by the installer!

Pufferspeicher

S 06

S 16

S 15

S 14

S 13

S 12

S 11

S 10

S 09

HK 1 gemischt HK 2 gemischt

HK ungemischt

HK 3 gemischt

Außenfühler

HGU HGM HGM HGM

MPS

Smart-Control

REMKO SQW Wärmepumpe

S07

21 3 4

Fig. 60: Example hydraulic diagram

A: Heat pump SQW

B: Storage tank

C: Smart Control

D: External probe

1: Unmixed cycle

2: Mixed cycle 1

3: Mixed cycle 2

4: Mixed cycle 3

103

Basic settings for the SQW Package Cologne

Menu item Parameter Factory setting

Activate heat pump Activated/Deactivated Activated

Auxiliary heat generator Activated/Deactivated Deactivated

Domestic hot-water heating Activated/Deactivated Deactivated

Storage tank set temperature "40°C - 65°C" 45 °C

Hot water circulation Activated/Deactivated Deactivated

Circulation type Impulse Deactivated

Unmixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 35 °C" 30 °C

Standard inlet temperature "40°C - 90 °C" 55 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

1st mixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 25 °C" 20 °C

Standard inlet temperature "28 °C - 90 °C" 35 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

2nd mixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 25 °C" 20 °C

Standard inlet temperature "28 °C - 90 °C" 35 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

3rd mixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 25 °C" 20 °C

Standard inlet temperature "28 °C - 90 °C" 35 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

Setpoint increase 0 - 10 k 5 k

Separate cooling buffer Activated/Deactivated Deactivated

Building time constant 0 h - 100 h 10 h

The parameters still have to be adjusted to the specifications by the customer!

REMKO Smart-Control Touch

104

Hydraulic circuit diagram for heat pump SQW Package Munich Cascade

Configuration: Circuit unmixed, circuit 1 mixed, circuit 2 mixed, circuit 3 mixed, fresh water station.

Operating mode: bivalent.

Function: heating/hot water/cooling.

This hydraulic diagram serves merely to assist in planning activities;

the customer-provided hydraulic system on site must be planned and laid out by the installer!

Pufferspeicher

S 16

S 15

S 14

S 13

S 12

S 11

S 10

S 09

HK 1 gemischt HK 2 gemischt

HK ungemischt

HK 3 gemischt

S04

S07

S03

S 06

Außenfühler

EFS EFS

KaltwasserWarmwasser

RES

Zirkulation

MPS Speicher

HGU HGM HGM HGM

Smart-Control

HGU

Kessel/

Wandheizgerät

FRIWA / FRIWA /

REMKO SQW Wärmepumpe

2 53 4

MPS

Fig. 61: Example hydraulic diagram

A: Heat pump SQW

B: Storage tank

C: Smart Control

D: External probe

1: Boiler/wall heating device

2: Unmixed cycle

3: Mixed cycle 1

4: Mixed cycle 2

5: Mixed cycle 3

6: Hot water

7: Cold water

105

Basic settings for the SQW Package Munich Cascade

Menu item Parameter Factory setting

Activate heat pump Activated/Deactivated Activated

Auxiliary heat generator Activated/Deactivated Deactivated

Domestic hot-water heating Activated/Deactivated Deactivated

Storage tank set temperature "40°C - 65°C" 45 °C

Hot water circulation Activated/Deactivated Deactivated

Circulation type Impulse Deactivated

Unmixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 35 °C" 30 °C

Standard inlet temperature "40°C - 90 °C" 55 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

1st mixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 25 °C" 20 °C

Standard inlet temperature "28 °C - 90 °C" 35 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

2nd mixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 25 °C" 20 °C

Standard inlet temperature "28 °C - 90 °C" 35 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

3rd mixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 25 °C" 20 °C

Standard inlet temperature "28 °C - 90 °C" 35 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

Setpoint increase 0 - 10 k 5 k

Separate cooling buffer Activated/Deactivated Deactivated

Building time constant 0 h - 100 h 10 h

The parameters still have to be adjusted to the specifications by the customer!

REMKO Smart-Control Touch

106

Hydraulic circuit diagram for heat pump SQW Package Cologne

Configuration: Circuit unmixed, fresh water station.

Operating mode: bivalent but can also be monoenergetic!

Function: heating.

This hydraulic diagram serves merely to assist in planning activities;

the customer-provided hydraulic system on site must be planned and laid out by the installer!

S 06

Pufferspeicher

S07

HK ungemischt

Außenfühler

Kaltwasser

Zapfstelle

Kaltwasser

Zapfstelle

Kaltwasser

Zapfstelle

Smart-Control

REMKO RWS

MPS Speicher

HGU HGU

Kessel/

Wandheizgerät

REMKO SQW Wärmepumpe

2 3 4

MPS

2 3 4

Fig. 62: Example hydraulic diagram

A: Heat pump SQW

B: Storage tank

C: Smart Control

D: External probe

1: Boiler/wall heating device

2: Cold water

3: Tap connection

4: Unmixed cycle

107

Basic settings for the SQW Package Cologne

Menu item Parameter Factory setting

Activate heat pump Activated/Deactivated Activated

Auxiliary heat generator Activated/Deactivated Deactivated

Domestic hot-water heating Activated/Deactivated Deactivated

Storage tank set temperature "40°C - 65°C" 45 °C

Hot water circulation Activated/Deactivated Deactivated

Circulation type Impulse Deactivated

Unmixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 35 °C" 30 °C

Standard inlet temperature "40°C - 90 °C" 55 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

1st mixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 25 °C" 20 °C

Standard inlet temperature "28 °C - 90 °C" 35 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

2nd mixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 25 °C" 20 °C

Standard inlet temperature "28 °C - 90 °C" 35 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

3rd mixed cycle Activated/Deactivated Activated

Heating cycle mode Heating curve Activated

Heating-curve base point "15 °C - 25 °C" 20 °C

Standard inlet temperature "28 °C - 90 °C" 35 °C

Standard outside temperature "0 °C - 20 °C" 20 °C

Setpoint increase 0 - 10 k 5 k

Separate cooling buffer Activated/Deactivated Deactivated

Building time constant 0 h - 100 h 10 h

The parameters still have to be adjusted to the specifications by the customer!

REMKO Smart-Control Touch

108

6 Fault messages on the Smart Control

Operating messages, warnings and fault display on the Smart-Control

Operating messages

ID Description Desig. Details

ID6008 Disable signal S40 The heat pump is disabled due to a disable signal

ID6108

Random delay after power

failure

Random delay after power failure (up to 200 seconds after

power returns) - the purpose of the random delay is to

avoid a system overload due to many consumers being

switched on at the same time

Fault

ID Description Desig. Details

ID7101

Short circuit - cooling

buf

fer tank probe

S08 Short circuit - cooling buffer tank probe

ID7102

Open contact - cooling

buf

fer tank probe

S08 Open contact - cooling buffer tank probe

ID7104

Open contact - probe for

unmix. cycle inlet temp.

S09 Open contact - probe for unmix. cycle inlet temp.

ID7105

Short circuit - probe for

unmix. cycle inlet temp.

S09 Short circuit - probe for unmix. cycle inlet temp.

ID7106

Open contact - probe for

unmix. cycle return temp.

S10 Open contact - probe for unmix. cycle return temp.

ID7107

Short circuit - probe for

unmix. cycle return temp.

S10 Short circuit - probe for unmix. cycle return temp.

ID7109

Communications malfunc-

tion

HP1 Communications malfunction - 1st Heat pump

ID7170

Communications malfunc-

tion

HP2 Communications malfunction - 2nd Heat pump

ID7202

Open contact - buffer tank

probe

S07 Open contact - buffer tank probe

ID7203

Short circuit - buffer tank

probe

S07 Short circuit - buffer tank probe

ID7204

Open contact - storage

tank 1 top probe

S03/

S04

Open contact - storage tank 1 top probe

ID7205

Short circuit - storage tank

1 top probe

S03/

S04

Short circuit - storage tank 1 top probe

ID7206

Open contact - external

probe

S06 Open contact - external probe

ID7207

Short circuit -

external probe

S06 Short circuit - external probe

109

ID Description Desig. Details

ID7210

Open contact - circulation

temp. probe

S05

Open contact - drinking water circulation temperature

probe

ID7211

Short circuit - circulation

temp. probe

S05 Short circuit - drinking water circulation temperature probe

ID7216 Heat pump malfunction HP1

Malfunction 1st heat pump - the specific fault message can

be read on the heat pump’

s display with address 1

ID7217 Heat pump malfunction HP2

Malfunction 2nd heat pump - the specific fault message

can be read on the heat pump’

s display with address 2

ID7220 Heat pump malfunction HP3

Malfunction 3rd heat pump - the specific fault message can

be read on the heat pump’

s display with address 3

ID7221 Heat pump malfunction HP4

Malfunction 4th heat pump - the specific fault message can

be read on the heat pump’

s display with address 4

ID7226 Heat pump malfunction HP5

Malfunction 5th heat pump - the specific fault message can

be read on the heat pump’

s display with address 5

ID7227 Heat pump malfunction HP6

Malfunction 6th heat pump - the specific fault message can

be read on the heat pump’

s display with address 6

ID7230 Heat pump malfunction HP7

Malfunction 7th heat pump - the specific fault message can

be read on the heat pump’

s display with address 7

ID7232 Heat pump malfunction HP8

Malfunction 8th heat pump - the specific fault message can

be read on the heat pump’

s display with address 8

ID7233 Heat pump malfunction HP9

Malfunction 9th heat pump - the specific fault message can

be read on the heat pump’

s display with address 9

ID7234 Heat pump malfunction HP10

Malfunction 10th heat pump - the specific fault message

can be read on the heat pump’

s display with address 10

ID7235

Communications malfunc-

tion

HP3 Communications malfunction - 3rd Heat pump

ID7236

Open contact - mix. cycle

inlet temp. probe

S11 Open contact - mixed cycle inlet temperature probe

ID7237

Short circuit - mix. cycle

inlet temp. probe

S11 Short circuit - mixed cycle inlet temperature probe

ID7238

Open contact - mix. cycle

return flow temp. probe

S12 Open contact - mixed cycle return flow temperature probe

ID7239

Short circuit - mix. cycle

return flow temp. probe

S12 Short circuit - mixed cycle return flow temperature probe

ID7240

Connection to the KNX

interface

KNX Connection to the KNX IP interface lost

ID7242

Communications malfunc-

tion

HP4 Communications malfunction - 4th Heat pump

ID7243

Communications malfunc-

tion

HP5 Communications malfunction - 5th Heat pump

ID7244

Communications malfunc-

tion

HP6 Communications malfunction - 6th Heat pump

ID7245 Tunnel occupied KNX

The tunnel with the physical address (PA of the SMT) set

on the controller is already taken by another KNXnet/IP

unit (e.g.: ETS PC) or is not available on the interface

REMKO Smart-Control Touch

110

ID Description Desig. Details

ID7248 Interface is not supported KNX

The KNXnet/IP tunnelling protocol is not supported by the

detected KNX interface

ID7249

Incorrect interface

detected

KNX

The physical address of the detected KNXnet/IP interface

is not consistent with the parameter settings of the SMT

controller

ID7276 Restart required

Due to the changed system (setting/coding resistor), the

controller has to be restarted - disconnect it from the power

supply for around 10 seconds

ID7277

Communications malfunc-

tion

HP7 Communications malfunction - 7th Heat pump

ID7279

Communications malfunc-

tion

HP8 Communications malfunction - 8th Heat pump

ID7280

Communications malfunc-

tion

HP9 Communications malfunction - 9th Heat pump

ID7281

Communications malfunc-

tion

HP10 Communications malfunction - 10th Heat pump

ID7286 Coding error Rc

A unique unit identifier could not be assigned using the

coding resistor at the Rc terminal

ID7296

Open contact -

2nd mix. cycle return flow

temp.

S14 Open contact - 2nd mix. cycle return flow temp.

ID7297

Short circuit -

2nd mix. cycle return flow

temp.

S14 Short circuit - 2nd mix. cycle return flow temp.

ID7298

Open contact -

3rd mix. cycle inlet temp.

S15 Open contact - 3rd mix. cycle inlet temp.

ID7299

Short circuit -

3rd mix. cycle inlet temp.

S15 Short circuit - 3rd mix. cycle inlet temp.

ID7300

Open contact -

3rd mix. cycle return flow

temp.

S16 Open contact - 3rd mix. cycle return flow temp.

ID7301

Short circuit -

3rd mix. cycle return flow

temp.

S16 Short circuit - 3rd mix. cycle return flow temp.

ID7328

Open contact -

2nd mix. cycle inlet temp.

S13 Open contact - 2nd mix. cycle inlet temp.

ID7329

Short circuit - 2nd mix.

cycle inlet temp.

S13 Short circuit - 2nd mix. cycle inlet temp.

111

Warnings

ID Description Desig. Details

ID8107 Compressor status

The active operating mode is safety mode because the

compressor is active without demand

ID8132

Anti-freeze protection

active

The anti-freeze protection function is currently active -

check the room climate mode set

ID8139

Lower application area

(heating)

The temperature has currently dropped below the guaran-

teed application area of the external unit in heating mode

ID8140

Upper application area

(heating)

The guaranteed application area of the external unit in

heating mode is currently exceeded

ID8141

Lower application area

(cooling)

The temperature has currently dropped below the guaran-

teed application area of the external unit in cooling mode

ID8142

Upper application area

(cooling)

The guaranteed application area of the external unit in

cooling mode is currently exceeded

ID8223 SD card error (host)

SD card error (host): The SD card is either not inserted

correctly or an error has occurred

ID8224 SD card error

SD card error (CP): The SD card is not inserted or an error

has occurred

ID8225 Dewpoint monitoring CP

Dew point monitoring was activated but no control panel

(with integrated humidity and temperature probe) was

assigned to the cooling cycle to calculate the dew point

ID8227

Hygiene function:

Setpoint not reached

The hygiene function was cancelled due to the maximum

runtime being reached before attaining the set temperature

REMKO Smart-Control Touch

112

7 Assembly and installa-

tion of the Smart Control

Touch controller

NOTICE!

Only use the unit in dry areas and protect it

from electromagnetic radiation.

The Smart Control Touch remote can be mounted

to a wall, e.g. in the living room.

Surface-mounted installation

Fig. 63: Surface-mounted installation

To surface-mount the Smart Control Touch remote,

proceed as follows:

1. Fasten the wall bracket directly to the wall

using screws and rawlplugs.

2. Lay the patch cable (LAN cable) from the I/O

module of the heat pump to the wall bracket.

(Not supplied as standard).

3. Lay a two-core cable from the I/O module of

the heat pump to the wall bracket (terminal

+12V B1 and GND A1) for the power supply

(+12V). (Not supplied as standard).

4. Connect the remote control to the intended

sockets with the cables and bolt the base

plate to the wall bracket.

5. Fit the remote control on the base plate with

magnets.

Fig. 64: Remote control connections

1: 12 V / GND connection

2: Patch cable connection (LAN cable)

150

Fig. 65: Assembly and dimensioning of the wall

bracket (all measurements in mm)

113

Flush-mounted installation

Fig. 66: Flush-mounted installation

For the flush-mounted installation it is first neces-

sary to install a double flush-mounted socket and

connect this with appropriately dimensioned con-

duit.

Perform the assembly and installation of the

remote control as described previously in the sec-

tion “Surface-mounted installation”.

150

130

Fig. 67: Assembly and dimensioning of the wall

bracket (all measurements in mm)

REMKO Smart-Control Touch

114

Connection of the remote control to the I/O module with a LAN cable

N EP 42A 52A

Sensor Inputs

DNG 61S

DNG 51S

43A

N E

P 22A 32A

DNG R

DNG 41S

stuptuO eerF l

aitneto

33A

3B 3A

DNG 31S

TMS I/O

L N EP

`L N EP

EP `L 01A

N EP 1A 1 L`

N EP `L 21A

N EP `L 31A

N EP `L 41A

N EP 10A

N EP 20A

N EP 30A

N EP 40A

N EP 02A 12A

rewoP

stuptuO rotautcA

ylppuS rotautcA

tuptuO rotautc

stuptuO rotautcA

DNG V5+ 52S

DNG V5+ 62S

DNG V5+ 72S

DNG V5+ 82S

DNG V5+ 92S

Aktuator Signal

DNG 04A

DNG 14A

DNG 24A

DNG 34A

DNG 44A

DNG 54A

DNG 64A

DNG SSn KLC OM IM

0T1 0T1

0T2 0T2

2B 2A

B V21+ DNG 1

14S 04S DNG V5+ 02S

34S 24S DNG V5+ 12S

54S 44S DNG V5+ 22S

74S

S DNG V5+

32S

94S 84S DNG V5+ 42S

DNG 10S

DNG 20

Sen

sor

Inputs

DNG 30S

DNG 40S

DNG 5

DNG 60S

DNG 70S

DNG 80S

DNG 90S

DNG 01S

1S DNG 1

DNG 21S

03A 03A

13A

Fuse

54 JR

Sensor

Inputs

Sensor

Inputs

Sensor Inputs

GND

12 V

WLAN

Fig. 68: Connection to the I/O module

A: Remote control

B: I/O module

1: Ethernet interface / patch cable connection (LAN

cable)

2: Power supply: +12V, terminal B1/A1

Observe the separate controller instructions for commissioning and programming the REMKO Smart-

Control T

ouch controller.

115

Connection of the remote control to the I/O module via a WLAN router

PE N 42A 52A

neS sor Inputs

61S GND

51S G

43A

PE N

22A 32A

R GND

41S GND

stuptuO eerF laitnetoP

33A

3B 3A

31S GND

SMT I/O

23A

PE L N

PE `L

PE `L N

PE N `L 01A

N 1A 1 L`

PE N `L 21A

PE N `L 31A

PE N `L 41

PE N 10A

N 20A

N 30A

E N 40A

PE N 02A 12A

rewoP

tuptuO

rotautcA

ylppuS rotautcA

stuptuO rotautcA

V5+ 52S GND

V5+ 62S GND

V5+ 72S GND

V5+

S GND

V5+ 92S GN

tkA

uator S gi nal

GND 04A

GND

14A

GND 24A

GND 34A

GND 44A

GND 54A

GND 64A

MI MO CLK nSS GND

0T1 0T1

0T2 0T2

1B V21+ 1A GND

V5+ 02S GND

14S 04S

V5+ 12S GND 34S 24S

V5+ 22S GND 54S 44S

V5+ 32S GND 74S 64S

V5+ 42S GND

94S 84S

10S GND

0S GND

Sensor Inputs

30S GND

40S GND

50S GND

GND

70S GND

80S G

90S GND

01S GND

1S 1 GND

21S GND

03A

13A

Fuse

RJ 45

Sensor

Inputs

Sensor

Inputs

neS sor Input

GND

12 V

WLAN

Fig. 69: Connection to the I/O module

A: Remote control

B: Customer’s WLAN router

C: I/O module

1: Ethernet interface/patch cable connection (LAN

cable)

2: Power supply: +12V, terminal B1/A1

The power supply (+12V) of the controller can

also be established by the customer with an

external mains power supply

. Refer in this

regard to the technical data for the connection.

Setting up and installing the WLAN function can

be found in the corresponding operating instruc-

tions for the Smart-Control T

ouch controller.

Observe the separate controller instructions for

commissioning and programming the REMKO

Smart-Control T

ouch controller.

REMKO Smart-Control Touch

116

8 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

2 x 0,5

Dimensions

Height mm 150

Width mm 80

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.

117

9 Index

Activating a cooling function, example .......102

Activating a heating cycle, example .........101

Activating cooling function, example ........ 102

Activating heating cycle, example .......... 101

Activating the flow sensor in Smart-Control ....93

Change from summer to winter mode ........ 35

Change from winter to summer mode ........ 35

Changeover summer/winter mode .......... 35

Changeover winter/summer mode .......... 35

Changing parameters ..................... 7

Controls, Overview ....................... 6

Disposal of equipment .....................6

Emergency-heat operation ................ 47

Enabling the flow sensor in Smart-Control .... 94

Environmental protection ...................6

Expert - setting

Acquisition of the stored energy via the S

09 probe ............................92

Activating the heat pump ............... 84

Asynchronous speed controller .......... 90

Building time constant ................. 88

Circulation running time ................ 86

Circulation set temperature ............. 86

Circulation type ...................... 86

Cooling curves ....................... 31

Country ............................ 82

Country-specific settings ............... 82

Date ............................... 83

Disable switch-on .....................87

Domestic hot-water heating ............. 85

Fixed value control cooling cycle mode .... 33

Fixed-value-control heating cycle mode .... 30

Heat carrier medium ...................92

Heating curves ....................... 28

Hot water circulation ...................85

Impulse rate of the solar medium flow rate

probe .............................. 91

Impulse-guided circulation .............. 86

Language ...........................83

Load user settings .................... 84

Manual medium flow rate ............... 91

Medium flow rate probe ................ 90

Operating mode ................... 85, 87

Pump system ........................ 89

Restore counter readings ...............84

Set temperature of the storage tank during

solar charging ....................... 91

Setpoint increase ..................... 88

Solar heat meter ......................90

Solar plant .......................... 89

Solar speed control system ............. 90

Standard heating load ................. 89

Storage tank set temperature ............85

System separation underfloor heating ..... 88

emperature-guided circulation .......... 86

Time ...............................84

Time zone for the winter time ............ 83

Unmixed cooling cycle ................. 30

Unmixed heating cycle ................. 87

Expert mode, Selecting .................... 7

External access .........................39

Flow probe

Activating in Smart-Control ..............93

Enabling in Smart-Control .............. 94

Programming in Smart-Control ...........94

Flush-mounted installation ................114

Function display ......................... 6

Hygiene function ........................ 93

Installation flush-mounted ................ 114

Installation surface-mounted .............. 113

Intended use ............................ 5

Legionella function ...................... 93

Chimney sweep ...................... 76

Information 19, 20, 21, 22, 23, 53, 54, 55,

56, 57, 58, 59, 60, 61, 62

Main menu .......................... 18

Messages ...............27, 77, 78, 79, 81

Settings 24, 25, 26, 27, 63, 64, 65, 66, 67,

69, 70, 71, 72, 73, 74, 75

Navigation ..............................7

Operation

Expert level ......................... 82

User level ........................ 14, 51

Programming the flow sensor in Smart-Control 94

Room installation ................... 113, 114

Safety

Dangers of failure to observe the safety

notes ............................... 4

General ............................. 4

Identification of notes ................... 4

REMKO Smart-Control Touch

118

Notes for inspection .................... 5

Notes for installation ....................5

Notes for maintenance .................. 5

Personnel qualifications ................. 4

Safety notes for the operator ............. 5

Safety-conscious working ................4

Unauthorised modification ...............5

Unauthorised replacement part manufacture

. 5

Set the heating curves ................... 28

Set up the WLAN function ................. 39

Setting cooling curves .................... 31

Setting in expert mode

Acquisition of the stored energy via the S

09 probe ............................92

Activating the heat pump ............... 84

Asynchronous speed controller .......... 90

Building time constant ................. 88

Circulation running time ................ 86

Circulation set temperature ............. 86

Circulation type ...................... 86

Cooling curves ....................... 31

Country ............................ 82

Country-specific settings ............... 82

Date ............................... 83

Disable switch-on .....................87

Domestic hot-water heating ............. 85

Fixed value control cooling cycle mode .... 33

Fixed-value-control heating cycle mode .... 30

Heat carrier medium ...................92

Heating curves ....................... 28

Hot water circulation ...................85

Impulse rate of the solar medium flow rate

probe .............................. 91

Impulse-guided circulation .............. 86

Language ...........................83

Load user settings .................... 84

Manual medium flow rate ............... 91

Medium flow rate probe ................ 90

Operating mode ................... 85, 87

Pump system ........................ 89

Restore counter readings ...............84

Set temperature of the storage tank during

solar charging ....................... 91

Setpoint increase ..................... 88

Solar heat meter ......................90

Solar plant .......................... 89

Solar speed control system ............. 90

Standard heating load ................. 89

Storage tank set temperature ............85

System separation underfloor heating ..... 88

Temperature-guided circulation .......... 86

Time ...............................84

Time zone for the winter time ............ 83

Unmixed cooling cycle ................. 30

Unmixed heating cycle ................. 87

Setting the cooling curves ................. 31

Setting the heating curves .................28

Setting the hygiene function parameters ...... 96

Setting up the network ................... 44

Setting up the WLAN function .............. 39

Surface-mounted installation .............. 113

System requirements .................... 39

Technical data ......................... 117

Troubleshooting

Messages on the Smart Control ......... 109

User mode, Selecting ..................... 7

Warranty ............................... 5

119

REMKO QUALITY WITH SYSTEMS

Air-Conditioning | Heating | New Energies

Telephone +49 (0) 5232 606-0

Telefax +49 (0) 5232 606-260

E-mail info@remko.de

URL www.remko.de

REMKO GmbH & Co. KG

Klima- und Wärmetechnik

Im Seelenkamp 12

32791 Lage

Hotline within Germany

+49 (0) 5232 606-0

Hotline International

+49 (0) 5232 606-130

We reserve the right to make technical changes, and provide no guarantee as to the accuracy of this data!

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REMKO Smart-Control-Touch SQW Manual

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