REMKO Multi-talent User Manual

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Page 1

REMKO

HEAT PUMP MANAGER MULTI-TALENT

Manual for experienced specialists

Edition GB – B07

Page 2

Page 3

Contents

Safety notes

Environmental protection and recycling

Warranty

Transport and packaging

Intended use

Function

Heating curves

Commissioning

Menu structure / menu navigation / terminal conﬁguration

Menu structure / menu navigation / regulator conﬁguration

System selection / hydraulic diagram

Merlin I/O circuit board contact layout

DIP-switches / reset to factory setting

6-7

10-46

47-63

64-65

Troubleshooting and customer service

Sensor values / characteristic curve

Technical data

66-67

Made by REMKO

Read these operating instructions carefully

before commissioning / using this device!

These instructions are an integral part of the system and must always

be kept near or on the device. This operating manual is a translation of the German original.

Subject to modiﬁcations; no liability accepted for errors or misprints!

Page 4

REMKO HEAT PUMP MANAGER

Safety notes

Read the operating instructions carefully before commissioning the equipment. They provide useful tips and information as well as warnings to prevent endangering persons and property . Failure to follow the directions in this manual can result in endangerment to persons, the environment and the equipment itself and will void any claims for liability.

■ Keep this manual close to the

equipment.

■ Modification of equipment and

components supplied by REMKO is not permitted and can cause malfunctions.

■ Operating equipment

or components with obvious defects or damage is not permitted.

■ Repairs may only be carried out

by authorised personnel, while cleaning may be carried out by the operating company.

■ The equipment or components

are not to be exposed to any mechanical stresses, extreme levels of humidity or direct sunlight.

Environmental protection and recycling

Disposal of packaging

All products are packed for transport in environmentally compatible materials. To avoid waste and sustain raw materials, dispose of packaging only at appropriate collection points.

Disposal of equipment and

components

The equipment and com-

ponents have been manufactured from recyclable materials only. Help protect the environment by ensuring that the equipment or components (for example batteries) are not disposed of with household waste but in an environmentally acceptable manner in accordance with applicable regulations, e.g. using authorised disposal and recycling specialists or municipal collection points.

Warranty

A prerequisite for any warranty claims is that the enclosed "warranty registration card" was completely filled out and returned to REMKO GmbH & Co. KG by the buyer or his agent immediately following purchase or commissioning. The warranty conditions are listed in the "General terms and conditions". Special agreements can furthermore only be agreed between the contract partners. Please contact your contract partner directly about this.

Transport and packaging

The equipment is shipped in sturdy transport packaging. Please inspect the equipment immediately upon delivery. Note any damage or missing parts on the delivery note and inform the forwarding agent and your contract partner. Warranty claims at a later date will not be accepted.

Intended use

Depending on the model, the equipment and the additional fittings with which it is equipped is only intended to be used as an air-conditioner for the purpose of cooling or heating the air in an enclosed room. Different or additional use shall not be classed as intended use. The manufacturer/supplier assumes no liability for damages arising from an unintended use of the equipment. The user bears the sole risk in such cases. Using the equipment as intended also includes working in accordance with the operating manual and installation instructions and complying with the maintenance requirements.

Page 5

Function

0-10 V - Signal

0 2 2,5 4 5 6,5 8 8,8 10

St. 1

St. 2

St. 3

St. 4

St. 5

St. 6

St. 7

St. 0

It is the function of the Multitalent heat pump manager to operate and effectively manage the entire warm water pump system including any additionally installed heating appliances. The multitude of functions provided by the heat pump manager must be conﬁgured in accordance with the existing heating system. This manual provides both installation instructions and a overview of what actually lies behind the heat pump manager's conﬁguration parameters. The following functions are displayed in the heat pump manager:

• Heat pump operation

• Weather managed regulation

of a direct heating circuit and a mixing circuit (e.g.: ﬂoor heating)

• Hot-water heating

• Cooling

• Solar function

• Demand oriented circulation

pump switching

• Automatic summer/ winter time change

• Individually conﬁgurable reduction times and holiday operation for heating circuits and hot-water

• Cascade modulating heating appliance

• Cascade switching heating appliance

• Bivalence regulator

tion depth in % as a function of the difference between the current ﬂow temperature and the target temperature. The modulation depth reﬂects the system's target output in %, for example the heat output made necessary by the current outdoor temperature.

< T

SUPPLY ACTUAL

SUPPLY TARGET

100

Modulation depth [%]

WP modulating ON

WP 100% +2. WE, if Ta < bivalence point

120

100

Modulation depth [%]

0 1 2 3 4 5 6 7 8 9 10

0-10 V - signal output

The modulation depth is converted to a 0-10 V signal, whereby the outdoor unit of the heat pump is controlled..

> T

SUPPLY ACTUAL

> T

SUPPLY TARGET

SUPPLY ACTUAL

WP modulating ON

2. WE OFF

< T

SUPPLY ACTUAL

SUPPLY TARGET

WP OFF

SUPPLY TARGET

+ 2K

Control principles

Using an outdoor temperature sensor and the selected heating curve, the heat pump manager continuously establishes the target ﬂow temperature and compares this temperature with the current system ﬂow temperature (F8-T-Collector). The heat pump manager calculates the modula-

max

Heat pump performance

level 1

min

level 2

level 7

level 6

level 5

level 4

level 3

0-10 V signal

Page 6

REMKO HEAT PUMP MANAGER

Heating curves

The heating curve is used for the purpose of assigning the building and appropriate target supply temperature in accordance with the outdoor temperature. The heating curves 0.2 to 0.8 have their base point at 20°C and are intended for surface heating. The heating

curves 1 to 3 have their base point at 27°C are therefore appropriate for radiator heating (steel radiators). The heating curve is easiest to set at outdoor temperatures below 5 °C. Changing the heating curve setting must be carried out in small steps and in larger time

intervals (at least 5 to 6 hours), because the system must ﬁrst adjust to the new values after every change in the heating curve.

Target supply temperature in °C

Outdoor temperature in °C

Page 7

Cooling

For the use of the cooling mode, the heat pump manager must be switched to "Cooling" mode (release of cooling mode). In addition, the basic parameters of cooling mode must be set to "ON" and at least one of the two heating circuits must be switched to active for the cooling. The heat pump has a suitable cooling reservoir for the heating/cooling circuits through a cold water storage tank. This must take place with the hydraulic integration through a cold water storage tank (see hydraulic diagram).

Two-pipe system (combined heating/cooling circuit)

As a basic rule, it is possible to use the same circuit for both heating and cooling. In this case a suitable distribution system and a suitable single room controller must be present for cooling mode. One example of this is fan convectors. Cooling through ﬂoor heating or another surface system is possible. However, the cooling effect is lower, because no dehumidiﬁcation of the room air can or may take place. In these situations the cooling return target temperature must be set high enough that the temperature cannot be expected to fall below dew point (see Specialist Cooling mode T-RL Cooling)

! ATTENTION

With the use of surface cooling, the cooling return target temperature must be set above the dew point (approx. 15 °C).

Four-pipe system (separate heating and cooling circuits)

The heat pump has an output for the connection of a cooling circuit pump and an output for the connection of a "cooling" switching valve. In the process, a separate cooling circuit can be created. With the use of fan convectors, therefore, only cooling can take place in the summer.

Control algorithm

The control sensor for the cooling is the return sensor F17. A command/release of the cooling can only take place from the heating circuit which is activated for the cooling. This can be both weather-controlled and roomtemperature-controlled or can take place with a combination of these two types of regulation.

Weather-controlled release of cooling mode:

Cooling mode is started when the temperature falls below the target outside temperature (see User

Heating circuit 1/2 T-external

Cooling). If the current outside temperature falls more than 1K below this target value, the cooling function is stopped.

NOTE

You achieve the best cooling effect with fan convectors

see REMKO supplier

assortment KWD-S, WLT-S and KWK. With these devices the air in the room is cooled, rotated and dehumidiﬁed. It should be noted that the pipes of the cooling circuit must have water-vapour-tight insulation because of the additional dehumidifying performance!

Room-temperature-controlled release of cooling mode:

The room-temperature-controlled release of the cooling is only possible with a digital remote control. Cooling mode is started when the temperature falls below the target room temperature (see User Heating circuit 1/2 T-room Cooling). If the current room temperature falls more than 2K below this set value, the cooling function is stopped.

Combined release:

If weather-controlled and roomtemperature-controlled cooling are activated, both release conditions must be fulﬁlled to start the cooling function.

Power level of the heat pump in cooling mode:

If the temperature at sensor F17 is not more than 2K warmer than the cooling return target temperature, the heat pump runs in cooling mode at a set power of 50% (5 V-signal or power level 4). With a greater cooling load the heat pump switches to power level 7 (10 V signal or maximum power). For this purpose, sensor F17 must be at least 2K warmer than the cooling return target temperature. If this is reached at a later time, the heat pump switches back to 50% power and then switches off once the sensor F17 has become more than 2K colder than the cooling return target temperature (see Specialist Cooling Mode T-RL cooling).

If a hot water requirement arises, the cooling is interrupted for the duration of the hot water heating. However, the cooling circuit continues to operate through the cooling water storage tank.

Page 8

REMKO HEAT PUMP MANAGER

Commissioning

The heat pump manager serves to operate and control the entire plant. The heat pump manager itself is operated by the control unit. The control console is connected to the basic device and is located behind the ﬂap on the indoor module.

! CAUTION

After a power failure etc., the previously programmed conﬁguration can be accepted immediately by pressing the F-button next to

End.

This also happens automatically after a delay of 10 minutes.

■

System 1 is pre-installed at the factory. After a reset of the heat-pump manager, the parameters for System 1 are loaded.

■

Carry out a thorough visual inspection before the actual commissioning process.

■

Switch the supply voltage back on.

the parameters that go with it (see the hydraulic schematic in the heat-pump manager handbook).

■

The system has to be matched to the customer's personal values (e.g. heating curve).

■

The brief instructions supplied give an overview of how to set the most important values.

■ After conﬁguration, the system is to be run-in and the measured values are to be recorded in the commissioning report.

NOTE

Check the setting of Min. T-WW WE, idle time for accuracy. (see note P. 35).

The control and display module of the heat pump manager is operated with the following keys.

The rotary knob (A) can be used to:

- move between the displayed menu items change setting values

Home

Pressing the Home button (B) always returns you to the standard display.

Each of the four function keys (C) stands for one of the four rows on the display. Press one of these function keys to select a menu item or setting value.

■

The following screen appears on the Multitalent display.

End

Installation

■ Determine which system diagram is to be used (see the hydraulic diagram in the appendix).

■

If the System 1 schematic is applicable, you need only press the F-button next to End . Should a different system schematic be selected, press the F-button next to OK to begin installation.

■

The conﬁguration in the installation level for the selected hydraulics has to be completely programmed with

NOTE

The commissioning and programming of the heat-pump manager may only be carried out by a mechanic authorised by REMKO.

NOTE

During commissioning, only a typical heat-manager default setting can be carried out. Individual settings must be optimised for construction materials and the practices of various users. Especially during the ﬁrst heating period.

Page 9

Menu structure / Menu navigation / Terminal conﬁguration

T-external T-collector Automatic 1

08:3030 Mar 09

15.3 °C

36.2 °C

Home

Current operating mode (Operating mode)

Available modes:

- Stand by

- Cooling

- Automatic 1

- Automatic 2

- Summer

- Heating

- Reduction

- Service

(For a description of the

operating modes, see page 16)

Level 1Level 0

Main menu

Terminal

Controller

Level 2

End01

Terminal

Language English BUS code BM Off Terminal On

Terminal

Change code Communic Controller On E81-P Min 80

End01

End04

By pressing the function

key of the respective

line you can reach

change mode directly.

The situation shown

here in the example is

if you want to change

the language of the text

display. Saving takes

place after selection by

pressing the function

key on the line where it

says OK.

Designation Description

Language

The following languages are available: German, English, French, Dutch, Spanish, Italian

•OFF: Only operating function on the heat pump. No additional controller active. No digital remote control present.

BUS code BM

•00-15: Number of the heating circuit for which the digital remote control should be activated.

Address 01 must always be used for heating circuit 1 (direct heating circuit) and Address 02 must always be used for heating circuit 2 (mixing circuit).

Is always set to ON and cannot be changed. The controller/display unit is designated as Terminal (BM-

Terminal

T Control module -Terminal) Only a BM-T can be connected to the controller, which is why no address assignment is possible here.

Change code

The 4-digit code for changes of parameters in the Specialist level is shown here and can be changed. Note: Changing the code means that the Technical Support from REMKO is not longer available.

Communic Controller Is always set to ON and cannot be changed.

E81-P Min

Terminal

End07

E81-V Min ----

E81-V Min

Page 10

REMKO HEAT PUMP MANAGER

Menu structure / Menu navigation / Regulator conﬁguration

Level 1 Level 2 Level 3Level 0

T-external T-collector Automatic 1

08:3030 Mar 09

15.3 °C

36.2 °C

Main menu

Home

Terminal

Controller

End01

Controller

End01

Display

User Time programme

Display

End01

Plant Hot water Heating circuit 1 Heating circuit 2 Solar / MF

Current operating mode (Mode)

- Standby

- Cooling

- Automatic 1

- Automatic 2

- Summer

- Heating

- Reduction

- Service

Controller

Display

User

Time programme

Controller

Display User

Time programme

Controller

Time-Date

Service Specialist

End01

End04

User

End01

Plant Hot water

Heating circuit 1 Heating circuit 2

Time programme

End01

Heating circuit 1 prog 1 Heating circuit 1 prog 2 Heating circuit 2 prog 1 Heating circuit 2 prog 2 Hot water Circulation program WE 1 enable WE 2 enable WE 3 enable WE 4 enable S-Kick enable PU night enable

Time-Date

End01

Time Date Holiday start Holiday end Summer time setting start Summer time setting end

Controller

Time-Date

Service

Specialist

Controller

Time-Date Service

Specialist

Service

End04

Relay test Sensor test Software number Manual cascade operation Burner running-time Burner starts STB test

Customer service

Reset user

Reset specialist Reset time programme

Communication BM 1 Communication BM 2 Communication KM

Specialist

Conguration

Heating appliance Cascade Heat pump Cooling mode 0-10V I/O Screed

Hot water Heating circuit 1

Heating circuit 2

Solar / MF

End01

Page 11

Level 4

DISPLAY

Plant

T-external T-collector T-WE WE status T-return total T-tank 3 Modgrad Error

USER

Plant

Operating mode Language LCD contrast LCD brightness °C/°F

End

See page 13

End01

See page 15

Hot water

End01

T-WW T-WW U WW demand WW pump WW enable Circulation pump

See page 14

Hot water

End01

1 x hot water T-WW 1 target T-WW 2 target T-WW 3 target BoB value Circ with WW prog

Anti-legionella

See page 16

Heating circuit 1

End01

T-room T-supply Heating circuit enable Heating circuit pump B-warm up-time

See page 14

Heating circuit 1

End01

Operating mode T-room target 1 T-room target 2 T-room target 3 T-reduction T-absent T-room cooling T-external cooling Heating threshold day Heating threshold night heating curve T-supply const T T-supply const N Room impact Heating curve adaptation

Warm up opt Max warm up-time Reduction opt

PC enable

Heating circuit 2

End01

T-room T-supply Heating circuit enable Heating circuit pump B-warm up-time

See page 14

Heating circuit 2

End01

Warm up opt Max warm up-time Reduction opt

PC enable

Solar / MF

End01

MF 1 MF 2 T-MF 3 MF 3 MF 4 T-solar 1 T-WW T-WW U Solar pump 1 Load Sp WW

See page 14

TIME PROGRAMME

Time programme

End01

See page 20

See page 16-19 See page 16-19

TIME-DATE

Time-Date

End01

Time Date Holiday start Holiday end Summer time setting start Summer time setting end

See page 21

SERVICE

Service

End01

Relay test Sensor test Software number Manual cascade operation Burner running-time Burner starts STB test Customer service Reset user Reset specialist Reset time programme Communication BM 1 Communication BM 2 Communication KM

See page 22-23

Page 12

REMKO HEAT PUMP MANAGER

Level 4 - continued

SPECIALIST

Conguration

Terminal address Regulator address BUS code 1 BUS code 2 eBUS supply System selection Regulator type WE 1 type WE BUS WE 2 type WE 2 tank WE 3 type WE 4 type Buffer type Cooling mode F 15 function E 1 function E 2 function Sensor

See page 25-29

End01

Heating appliance

End01

Max T-collector Min T-collector Min T-WE 2 Hysteresis Hysteresis period Sequence change Clock inhibition Hyst burner 2 Gradient Max reduction Dyn shut-off WE cooling function T-WE cold start

See page 30-31

Cascade

End01

WE found Output/level BUS scan min mod cascade WW-WE System deviation Output target Remaining idle time Max T-WE WE Dyn up WE Dyn down Reset time Modgrad on Modgrad off Min modgrad Modgrad WW WE sequence 1 WE sequence 2 Sequence mode Sequence change Clock inhibition

Heat pump

End01

Max T-return Min T-return WP Max TA WE Min TA WP E1 function E2 function F15 function Return offset Min T-WW Min T-PU WE Max WE idle time Impulse rate Impulse unit Min FlowVol

See page 34-35

Cooling mode

T-RL cooling Cooling off at WW

Cooling with WP

See page 35

End01

See page 32-34

0-10V I/O

End01

SPG curve Curve 11 U 1 Curve 11 U 2 Curve 11 T 1 Curve 11 T 2

Curve 11 U A

See page 36

Solar / MF

End01

MF 1 function MF 2 function MF 3 function MF 4 function MF 4 Hyst MF 4 Hyst Off Max T-supply Min T-solar on Min T-solar off T-solar protection Re-cooling difference Max T-SP WW Max T-SP PU Max T-SP 3 Solar kick duration Solar kick interval Solar kick gradient

Screed

End01

Screed Screed programme

See page 36

Hot water

End01

Charge pump lock PPL T-WE WW Hysteresis WW WW lag TH inlet Thermal function Charging

See page 37-38

Heating circuit 1

HC function Operation HCP Max T-supply Min T-supply T-supply cooling T-frost protection

T-external delay

See page 39-41

End01

Heating circuit 2

End01

HC function Operation HCP Mixer Open Mixer CLOSED Max T-supply Min T-supply T-supply cooling T-frost protection T-external delay Curve displacement Demand requirement

See page 39-41

See page 42-46

Page 13

Level 4 - DISPLAY - Description of parameters and settings

DISPLAY

Plant

T-external T-collector T-WE WE status T-return total T-tank 3 Modgrad Error

See page 13

End

Hot water

T-WW T-WW U WW demand WW pump WW enable Circulation pump

See page 14

End01

Heating circuit 1

End01

T-room T-supply Heating circuit enable Heating circuit pump B-warm up-time

See page 14

Heating circuit 2

End01

T-room T-supply Heating circuit enable Heating circuit pump B-warm up-time

See page 14

Solar / MF

End01

MF 1 MF 2 T-MF 3 MF 3 MF 4 T-solar 1 T-WW T-WW U Solar pump 1 Load Sp WW

See page 14

Display of system values

Values cannot be changed in the display section. There is a display only if the respective sensor is connected or the value exists in the system. If the setting does not exist, it is either hidden or dashes (----) are shown in the display. Factory settings can vary depending on the system.

Plant

Designation Description

T-external Current outdoor temperature [sensor 09] (smoothed value).

Current collector temperature [sensor 08] and (collector) target temperature Display following pressing

T-collector

of the respective function key. The target corresponds with the highest temperature demanded in the load circuits (incl. water heating).

T-WE Current temperature of all connected heating appliances [sensor 08].

WE status Heating appliance's status (on / off).

T-return total Current temperature [sensor 17].

T-tank 3 Current temperature of the tank 3/buffer tank bottom [sensor 01]. No assignment by REMKO

Modgrad

Error

Current target modulation depths for all active WE and required modulation depth.

Error number (00 = no errors).

Hot water

Designation Description

T-WW

T-WW U Current temperature of the buffer tank bottom [sensor 12]

WW demand Status of heat demand hot water (on/off).

Current hot water temperature [sensor 06] and after press the corresponding button hot water target temperature

WW pump Status of the hot water charge pump (on/off) / or actuated 3-way switch valve.

WW enable Enable water heating (on/off).

Circulation pump

Circulation pump status (on/off).

Page 14

REMKO HEAT PUMP MANAGER

Level 4 - DISPLAY - Description of parameters and settings - continued

Heating circuit 1/2

Designation Description

T-supply

Current supply temperature [sensors 05/08] and supply target temperature following pressing of the respective function key.

Heating circuit enable

Heating circuit pump Heating circuit pump status (on/off).

B-warm up-time

Heating circuit in heating mode (on/off).

Last required warm up-time with active warm up optimisation.

Solar / MF

Designation Description

MF 1 Status of the relay MF 1 (on/off) outlet A8 - 2nd heating appliance.

MF 2 Status of the relay MF 2 (on/off) outlet A9 - charge pump indoor unit.

T-MF 3

MF 3 Status of the relay MF 3 (on/off) outlet A10 - 3-way switch valve cooling / MP cooling

MF 4 Status of the relay MF 4 (on/off) outlet A12 - solar-circulation pump.

T-solar 1 Current collector temperature [sensor 14].

T-WW

T-WW U Current temperature of the buffer tank bottom [sensor 12] (sensor collector system).

Solar pump 1 Status of the collector pump (on/off).

Load Sp WW

Current temperature of the MF 3 sensor [sensor 13] - not used by REMKO.

Current hot water temperature and hot water target temperature [sensor 6].

Status of the tank charge pump 1 (on/off) not used by REMKO.

Page 15

Level 4 - USER - Description of parameters and settings

USER

Plant

End01

Operating mode Language LCD contrast LCD brightness °C/°F

See page 15

Hot water

End01

1 x hot water T-WW 1 target T-WW 2 target T-WW 3 target BoB value Circ with WW prog

Anti-legionella

See page 16

Heating circuit 1

End01

Warm up opt Max warm up-time Reduction opt

PC enable

See page 16-19

Summary of settings that can be set by the system operator.

Plant

Designation Value range Factory setting Description

Setting the operating mode / the operating mode for the system.

Heating circuit 2

End01

Warm up opt Max warm up-time Reduction opt

PC enable

See page 16-19

•Standby (heating OFF, water heating OFF, only frost protection).

•Cooling (heating OFF, only water heating, activation of the cooling machines, regulation of the heating circuits to T-supply cooling).

•Automatic 1+2 (heating in accordance with the heating programme 1/2, WW in accordance with WWprogramme).

•Summer (heating OFF, WW in accordance with WW- programme).

Operating mode / Operating mode

Standby Cooling

Automatic 1+2

Summer

Heating

Reduction

Service

Standby

•Heating (regulation to T-room target).

•Reduction (regulation to T-reduction).

•Service (Controller to Max T-WE,

see Specialist Cascade The service mode automatically returns to the previous operating mode after 15 min..

Language D/GB/F/NL/E/I English Setting the language for the controller.

LCD contrast 00-06 04 Setting the display intensity.

LCD brightness 00-30 30 Setting the display lighting brightness.

°C/°F

Celsius

Fahrenheit

Celsius Setting the temperature unit.

Page 16

REMKO HEAT PUMP MANAGER

Level 4 - USER - Description of parameters and settings - continued

Hot water

Designation Value range Factory setting Description

The tank is only enabled for a one time loading (= ON) (e.g. for showering outside of hot water times).

1xhot water On/Off Off

T-WW 1 target 10°C-70°C 50°C

T-WW 2 target 10°C-70°C 50°C

T-WW 3 target 10°C-70°C 50°C

BoB value 0.0K-70.0K 0.0K

Circ with WW prog On/Off Off

Anti-legionella On/Off Off

Loading only begins if the T-WW 1 target temperature has been undercut by the amount of the switching hysteresis (see specialist hot water hysteresis WW)..

Setting the desired hot water temperatures for the hot water programme's 1st, 2nd and 3rd enabling times (see time programme hot water).

Power saving function for solar or solid fuel boiler (operation without burner). The burner is activated if the current hot water temperature in the amount of the set value here + switching hysteresis (see specialist hot water hysteresis WW) has fallen below the set hot water target temperature.

Activating the circulation pump. The circulation pump runs when hot water is enabled (= ON), the circulation programme (see time programme

circulation programme) has no impact.

Activating the anti-legionella function. With every 20th heating or at least once a week (on Saturdays at 01:00) the tank is warmed to 65°C (= ON). It is possible to set a separate anti-legionella function e.g. by means of the 3rd hot water enabling time (see time programme hot water). Be submitted to activation of anti-legionella program must usually electric heating thermostat to 65 °C.

Heating circuit 1/2

Adjustable values can vary depending on the function selected for the heating circuit.

Designation Value range Factory setting Description

----

Standby

Cooling

Operating mode

T-room target 1 5.0°C-40.0°C 20.0°C

T-room target 2 5.0°C-40.0°C 20.0°C

T-room target 3 5.0°C-40.0°C 20.0°C

T-reduction

Automatic 1+2

Summer

Heating

Reduction

Service

5.0°C-40.0°C 15.0°C

----

Setting the operating mode for the respective heating circuit.

! CAUTION

If an operating mode is set here outside of "----", this operating mode will always apply for the respective heating circuit regardless of the operating mode setting in the main menu. This setting possibility is intended for the use of a remote control.

Setting of the desired room temperature for the 1st, 2nd and 3rd enabling times of the active heating programme in automatic 1/2 operating mode. A setting other than 20 °C causes a parallel shift of the heat curve on page 6.

Setting the desired room temperature during night reduction (time between heating periods, see time programme heating circuit 1/2 prog 1/2).

Page 17

Level 4 - USER - Description of parameters and settings - continued

Heating circuit 1/2-continued

Designation Value range Factory setting Description

T-absent 5.0°C-40.0°C 15.0°C

T-room cooling

T-external cooling 0.0℃-40.0°C 20.0°C

Heating threshold day

----/20.0°C-40.0°C 25.0°C

----/-5.0°C-40.0°C

19.0°C

Setting the desired room temperature during holiday reduction (time away) (see Time-Date holiday start / end).

Setting the desired room temperature in cooling mode for the selected heating circuit.

The cooling operation is activated if the temperature set here is exceeded and ends if this temperature is undercut by 2K. Only in connection with a remote control. With the value "----", the cooling operation is independent of the room temperature.

Furthermore, the cooling operation must be enabled by T-external cooling.

The cooling operation is enabled and activated if the outdoor temperature exceeds the value set here and ends if this temperature is undercut by 1K.

These functions are only activated after the mode HKP in the specialist menu has been programmed to heating threshold.

Setting the heating threshold.

Heating threshold night

heating curve

----/-5.0-40.0°C 10.0°C

0,00-3,00 0,60

If the outdoor temperature measured and determined by the controller exceeds the heating threshold set here, the heating will lock, the pumps shut off and the mixers close.

The heating will be enabled again if the outdoor temperature undercuts the set heating threshold by 1K.

•Heating threshold day (operates during heating periods).

•Heating threshold night (operates during reduction periods).

At "----", the heating threshold is deactivated and the circulation pump will be switched in accordance with the standard function.

The curve's slope indicates by how many degrees the supply temperature will change if the outdoor temperature rises or falls by 1°C.

If during cold outdoor temperatures the room temperature is too low (too high), the heating curve must be raised (lowered).

If during high outdoor temperatures the room temperature is too low, the room temperature must be corrected by means of the room target temperature (parallel adjustment of the heating curve).

At "0.00", room regulation is active.

Changing the heating curve must be carried out in small steps and in larger time intervals (at least 5 to 6 hours), because the system must ﬁrst adjust to the new values after every change in the heating curve.

Page 18

REMKO HEAT PUMP MANAGER

Level 4 - USER - Description of parameters and settings - continued

Heating circuit 1/2-continued

Designation Value range Factory setting Description

This function is only active once the HK function was

T-supply const T 10°C-110°C 35.0°C

T-supply const N

Room impact

10°C-110°C 10.0°C

Off

00-20

Off

programmed to T-feed const in the specialist menu.

Setting the desired supply temperature with which the selected heating circuit is operated during the heating period.

This function is only active once the HK function was programmed to T-feed const in the specialist menu.

Setting the desired supply temperature with which the selected heating circuit is operated during the reduction period.

This function is only activated with the analogue remote control (FBR-2).

The WE temperature is increased in the amount of the value set here if the desired room temperature (T-room target) is undercut by 1K (room sensor impact).

Heating curve adaptation

Warm up opt

On/Off Off

Off

T-room

T-external

Off

Automatic regulation of the heating curve (Heating curve adaptation).

Start-up requirements:

•Outdoortemperature<8°C

•Operatingmodeisautomatic1/2

•Durationofthereductionphaseatleast6hours

The current room temperature is measured at the beginning of the reduction period. This temperature is applied in the following 4 hours as the target value for the room regulation. The heating curve is calculated from the values captured in this time period by the regulator for the supply and outdoor temperatures.

The setting remains on until the adaptation has been completed successfully and was not interrupted (e.g. by a demand for hot water from an external heating circuit).

The controller's water heating and the warm up optimisation are blocked during the adaptation.

Automatic bringing forward of the heating period start (warm up optimisation).

Depending on the weather (T-outside) or the current room temperature (T-room, only possible with the attachment of the analogue room device (FBR-2)), heating is started up early enough so that at the beginning of the set heating period, the temperature in the living area (see time programme heating circuit 1/2 prog 1/2) just reaches the set room target temperature (T-room target).The warm up optimisation is only carried out if the reduction time for the heating circuit is at least 6 hours.

Page 19

Level 4 - USER - Description of parameters and settings - continued

Heating circuit 1/2-continued

Designation Value range Factory setting Description

Max warm up-time 00:00-03:00 02:00

Reduction opt 00:00-03:00 00:00

Setting the time by which the heating start should as a maximum be brought forward (maximum bringing forward).

Automatic optimisation of the switch-on time of the heat pump at the end of the set heating period.

The heat pump is no longer started if it is not already in operation for the duration of time set here prior to the end of the heating period (only for the last heating period) (see time programme heating circuit 1/2 prog 1/2). (This prevents short-term warming up of the heat pump at the end of the heating period).

PC enable

0000-9999 0000 Code number to allow access to the heating circuit data via PC.

Page 20

REMKO HEAT PUMP MANAGER

Level 4 - TIME PROGRAMME - Description of parameters and settings

All time programmes can be set here.

Factory setting

Designation

Heating circuit 1 prog 1

Day Time

Mo.-Fr.

Mo.-Su.

Sa.+Su.

06:00-22:00 06:00-22:00 07:00-23:00

Is activated in the operating mode

Automatic 1

Heating circuit 1 prog 2

Heating circuit 2 prog 1

Heating circuit 2 prog 2

Hot water

Circulation program

WE 1-4 enable

Mo.-Fr.

Mo.-Su.

Sa.+Su.

Mo.-Fr.

Mo.-Su.

Sa.+Su.

Mo.-Fr.

Mo.-Su.

Sa.+Su.

Mo.-Fr.

Mo.-Su.

Sa.+Su.

Mo.-Fr.

Mo.-Su.

Sa.+Su.

Mo.-Fr.

Mo.-Su.

Sa.+Su.

06:00-08:00, 16:00-22:00 06:00-08:00, 16:00-22:00

07:00-23:00

06:00-22:00 06:00-22:00 07:00-23:00

06:00-08:00, 16:00-22:00 06:00-08:00, 16:00-22:00

07:00-23:00

05:00-21:00 05:00-21:00 06:00-22:00

00:00-24:00 00:00-24:00 00:00-24:00

Automatic 2

Automatic 1

Automatic 2

in all modes except for Stand by

The heating appliances can only be put into operation in the enabled times set here. (A demand for heat from a user or tank must also exist for a heating appliance to operate) WE1 = heat pump WE2 = not used WE3 = Electric heater or boiler WE4 = not used .

S-Kick enable

PU night charging Mo.-Su. 00:00-05:00

Mo.-Su. 07:00-22:00

Enable time for the solar kick functions (see specialist solar MF).

The second heating appliances are blocked for the duration of the enable time set here. In this time period, the buffer tank is only warmed by the heat pump to the set temperature (see specialist heat pump Min T-PU WE).

PU night charging should not be enabled in the heating and hot water time periods.

Page 21

Level 4 - TIME-DATE - Description of parameters and settings

Various values are summarised here for the user to provide quick access.

Designation Factory setting Description

The controller's time display (The time can only be set using Terminal Time).

Time

Date The controller's date display (The date can only be set using Terminal Date).

Holiday start Off Setting the ﬁrst holiday (no more heating beginning from this day).

Holiday end Off Setting the last holiday (there will be no more heating until this day).

Summer time setting start

Summer time setting end

If a controller was set as Time Master for the heating system (time standard for all controllers), entering the time in the system's other controllers is blocked. (As a maximum, only one Time Master can be set at the BUS).

The automatic switch from summer time to winter time is made possible with the input of the date.

The earliest date on which switchover takes place is to be set. The controller carries out the time switch on the Sunday following the set date at 02:00 or 03:00 in the morning.

Page 22

REMKO HEAT PUMP MANAGER

Level 4 - SERVICE - Description of parameters and settings

Various values are summarised here in order toe enable quick access for customer service. The input of the code number is necessary for some functions. The relay test and sensor test are automatically reset after 1 minute!

Sensor test no. Sensor no.

01 Bottom storage tank sensor

02 FBR-2 Room temperature Heating circuit 1, use for analogue remote control FBR-2

03 FBR-2

04 not used

05 F5 Supply temperature heating circuit 2 (mixer circuit)

06 F6 Hot water temperature top (process water tank)

07 not used

08 F8 Collector temperature (collective supply temperature sensor)

09 F9 Outdoor temperature

10 not used

11 F11

12 F12 Hot water temperature bottom (reference sensor for solar regulation)

REMKO Sensor designation

Description

Buffer tank temperature top. Analogue remote control FBR-2

For CMF 80/90/140/150 and CMT 100/150:

Supply temperature heating circuit 1 (direct heating circuit) or

for EMF/EMT 100, CMF/CMT 120, EMF/EMT 150 and CMF/CMT 160:

Supply temperature heat pump

13 F13 not used

14 F14

15 F15 Status of the switch input signal: Power supply plant enable/disable

16 not used

17 F17 Return temperature sensor

Solar system collector temperature or solid-fuel-boiler (Attention: Control characteristic Pt 1000)

Page 23

Level 4 - SERVICE - Description of parameters and settings - continued

Relay test

Select the desired relay using the rotary knob at the service level (01-11) The selected relay is switched on for 1 minute and all other relays are switched off.

Please note that the input of the code number is required for this function. The relay test breaks off automatically after 5 minutes if no further operation takes place.

Relays Output Description

00 Normal operation => relays switch in accordance with the regulating function

01 A1 Circulation pump heating circuit 1 (direct heating circuit) on

02 A2 Circulation pump heating circuit 2 (mixer circuit) on

03 A3 Switch valve/charge pump DHW

04 A4 Mixer heating circuit 2 open

05 A5 Mixer heating circuit 2 closed

06 A6 Enable heat pump on (charge pump run parallel)

For EMF/EMT 100/150;CMF/CMT 120/160: Enable cooling

07 A7

For CMF 80/140: 2. Heating appliance on For CMF 90/150 and CMT100/150 circulation pump cooling on

08 A8 Enable 2nd heating appliance (multi-function 1-output)

09 A9 Charge pump inside unit (multi-function 2-output)

For CMF 80/90: Condenser pump

10 A10

12 A12

For CMF/CMT 120/160, EMF/EMT 100/150, CMF 90/150, CMT 100/150: Switch valve cooling (multi-function 3-output)

Circulation pump or solar pump or charge pump UP-solid fuel boiler (Multi-function 4-output)

Additional entries

Designation Description

Software number Display of the software number with index.

Only for cascades; the operating mode Service must be activated.

Manual cascade operation

Burner running-time Display of the heating appliance running time for all levels.

Burner starts Display of the heating appliance starts for all levels.

STB test Safety temperature limiter test with display of the temperature for the WE. (Start with the F-key)

Customer service

Reset user

Reset time programme

Communication BM 1 Remote control HC 1 at the BUS.

Setting the heating appliance's output (For a switching, multi-level WE, the second level can be switched on with a performance target of > 50%). Inputs are automatically reset when the Service function is ended.

Input of the date for the annual maintenance reminder (at Year = "00" no reminder) or input of the running time for the system after which a maintenance reminder should generate (for running time < "50" no reminder).

Respective areas can be reset to the factory setting using the reset function (factory setting = "01").Reset specialist

Communication BM 2 Remote control HC 2 at the BUS.

Communication KM

Communication with expansion module (for additional heating circuits).

Page 24

REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings

SPECIALIST

Conguration

See page 25-29

End01

Heating appliance

End01

Max T-collector Min T-collector Min T-WE 2 Hysteresis Hysteresis period Sequence change Clock inhibition Hyst burner 2 Gradient Max reduction Dyn shut-off WE cooling function T-WE cold start

See page 30-31

Cascade

End01

Heat pump

End01

Max T-return Min T-return WP Max TA WE Min TA WP E1 function E2 function F15 function Return offset Min T-WW Min T-PU WE Max WE idle time Impulse rate Impulse unit Min FlowVol

See page 34-35

Cooling mode

T-RL cooling Cooling off at WW

Cooling with WP

See page 35

End01

See page 32-34

0-10V I/O

End01

SPG curve Curve 11 U 1 Curve 11 U 2 Curve 11 T 1 Curve 11 T 2

Curve 11 U A

See page 36

Solar / MF

End01

MF 1 function MF 2 function MF 3 function MF 4 function MF 4 Hyst MF 4 Hyst Off Max T-supply

Min T-solar on

Min T-solar off

T-solar protection Re-cooling difference

Max T-SP WW Max T-SP PU Max T-SP 3 Solar kick duration

Solar kick interval Solar kick gradient

Screed

End01

Screed Screed programme

See page 36

Hot water

End01

Charge pump lock PPL T-WE WW Hysteresis WW WW lag TH inlet Thermal function Charging

See page 37-38

Heating circuit 1

HC function Operation HCP Max T-supply Min T-supply T-supply cooling T-frost protection

T-external delay

See page 39-41

End01

Heating circuit 2

End01

HC function Operation HCP Mixer Open Mixer CLOSED Max T-supply Min T-supply T-supply cooling T-frost protection T-external delay Curve displacement Demand requirement

See page 39-41

See page 42-46

Page 25

Level 4 - SPECIALIST - Description of parameters and settings - continued

Changing of the set specialist values is not possible until the code number has been input because setting the values incorrectly can lead to malfunctions and damage to the system.

Conﬁguration

Designation Value range Factory setting Description

The BM-T is a terminal (input device). If there are

Terminal address On/Off On

more than one terminal at the BUS, each must be given a different terminal address.

Heating circuit 1 (direct heating circuit is set to

BUS code 1

00-15 01

the 1st address in the BUS system (heating circuit number); the same number may not be assigned more than once.

BUS code 2 00-15 02

eBUS supplay

On/Off Off Activation of eBUS supply for connected devices.

Heating circuits 2 are numbered in sequence beginning with "02".

Page 26

REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Conﬁguration - continued

Designation Value range Factory setting Description

With the selection of the system, one of the 12 basic hydraulic conﬁgurations described below is loaded; they are saved in the heat pump manager. With this pre-conﬁguration, the additional values to be set are minimised for the installer. The basic hydraulic conﬁgurations, including parameter values, can be found in the appendix of this manual..

•01 = Basic hydraulics for the functions “Heating and hot water”, single energy-source mode, 1 supplemental electric heating, bivalence point -5°C

•02 = only heating version, single energy-source mode, 2 levels for supplemental electric heating, bivalence point -5°C.

•03 = only heating version, bivalent mode, boiler + option for 1 supplemental electric heating, bivalence point -3°C.

System selection ----/01-12 01

•04 = only heating version, bivalent mode, solid fuel boiler + option for supplemental electric Supplemental heating, bivalence point -3°C.

•05 = only heating version, single energy-source mode, 1 supplemental electric heating, solar system, bivalence point -5°C.

•06 = only heating/cooling version, single energy-source mode, 1 supplemental electric heating, bivalence point -5°C.

•07 = only heating/cooling version, single energy-source mode, 1 supplemental electric heating, solar system, bivalence point -5°C.

•08 = only heating version, single energy-source mode, 2 levels for supplemental electric heating, solar system, bivalence point -5°C.

•09 = only heating version, bivalent mode + option for 1 supplemental electric heating, solar system, bivalence point -3°C.

•10 = only heating/cooling version, bivalent mode, bivalence point -3°C

•11 = heating/cooling version, bivalent mode, solar system, bivalence point -3°C

•12 = heating/cooling version, bivalent mode with solid fuel + option for 1 supplemental electric heating, bivalence point -3°C

There is no change for "----" Notice: The selections of the system 02,03,04,05,08 and 09 is are only for heat pumps CMF 80 and CMF 140..

Regulator type 00-06 06

WE 1 type (Output A6 enable or demand heat pump)

00-09 07

Setting the regulation type for the system.

•00 = No heating appliance (mixer expansion).

•01 = Single stage heat generator (switching).

•02 = Single stage (modulating).

•03 = Two stage heat generator (switching).

•04 = Two individual heat generator (switching).

•05 = Multi-level switching (cascade over BUS).

•06 = Multi-level modulating (cascade over BUS).

•00 = Relay has no function.

•01 = Switch on heat generator.

•07 = Switch on heat pump.

•08 = Switch on cooling 1.

•09 = Switch on cooling 2.

Page 27

Level 4 - SPECIALIST - Description of parameters and settings - continued

Conﬁguration - continued

Designation Value range Factory setting Description

•00 = Relay (switching heat generator).

•01 = CAN-BUS (cascade switching).

•02 = eBUS (heat generator without temperature controller,

default modulation depth, cascade modulating).

•03 = eBUS (heat generator with temperature controller,

WE BUS 00-05 05

default target temperature T-WE target).

•04 = 0-10V (default target temperature T-WE target, burner relays are controlled in parallel). Only for regulation type 01, 02, 03, 07. Sensor 08 must be connected.

•05 = 0-10V (default modulation depth). Only for regulation type 02 or 06. T-collector [sensor 08] must be connected.

Not active for heat generator 1 with two stage burner.

•00 = no second heat generator.

WE 2 type (Output A7 enable cooling)

WE 2 tank

00-22 08

00-03 00

•01 = Single stage heat generator (switching).

•07 = Heat pump.

•08 = Cooling 1.

•09 = Cooling 2.

•20 = Solid fuel boiler (supplemental not controllable heat

generator).

•21 = Collector pump

•22 = Pump for heat generator 1 (e.g. supplemental heat

generator for cascades).

Only active if heat generator 2 type as solid fuel boiler was selected.

Start-up release: ON: T-WE 2 > Min T-WE 2. OFF: T-WE 2 < [Min T-WE 2-5K].

•00 = Heating in countercurrent with collector (no tank) [sensor 08]. ON: T-WE 2 > [T-collector+Hyst burner 2+5K]. OFF: T-WE 2 < [T-collector+Hyst burner 2].

•01 = Heating in countercurrent with buffer tank [sensors 01, 03]. ON: T-WE 2 > [T-buffer O+Hyst burner 2+5K]. OFF: T-WE 2 < [T-buffer+Hyst burner 2].

•02 = Heating in countercurrent with warm water tank [sensor 06]. ON: T-WE 2 > [T-WW+Hyst burner 2+5K]. OFF: T-WE 2 > [T-WW+Hyst burner 2].

•03 = Heating in countercurrent with tank 3 (swimming pool) [sensor 15]. ON: T-WE 2 > [T-tank 3+Hyst burner 2+5K]. OFF: T-WE 2 < [T-tank 3+Hyst burner 2].

Page 28

REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Conﬁguration - continued

Designation Value range Factory setting Description

Switching characteristics:

The pump switches on if the temperature of the solid fuel boiler T-WE 2 exceeds the temperature of the reference sensor [sensor 12] in the amount of the hysteresis [Hyst burner 2+5K]. It shuts off if the temperature T-WE 2 falls below this

WE 2 tank (continued)

00-03 00

switch on temperature by 5K,

Start-up release:

It shuts off if the temperature for the solid fuel boiler T-WE 2 falls below the temperature limit Min T-WE 2 (see specialist heat-

ing appliance) by 5K. The pump is enabled again if the tempera- ture T-WE 2 rises above the set temperature limit Min T-WE 2.

•00 = No third heating appliance (multi-function MF 1).

WE 3 type (Output A8 enable 2nd heating appliance)

WE 4 type (Output A9 Charging pump indoor unit)

Buffer type

00-09 01

00-09 00

0 0 - 0 2 0 0

•01 = Single stage heating appliance (switching).

•07 = Heat pump.

•08 = Cooling 1.

•09 = Cooling 2.

•00 = No fourth heating appliance (multi-function MF 2).

•01 = Single stage heat generator (switching).

•07 = Heat pump.

•08 = Cooling 1.

•09 = Cooling 2.

Setting the tank type for the heating buffer.

•00 = no buffer tank for heating operation.

•01 = Buffer tank for heating operation [sensors 02, 03].

The activation of the heat generator 1 takes place with reference to sensor buffer top [sensor 03]. The charge pump lock impacts the sensor Buffer top. WW-charge pump ON: Buffer top > T-WW+5K hysteresis. WW-charge pump ON: Buffer top < T-WW.

•02 = Combination tank for heating and hot water operation. The activation of the heat generator 1 takes place with reference to sensor buffer middle [sensor 02]. WW-charge pump ON: T-collector > T-WW+5K hysteresis. WW-charge pump ON: T-collector < T-WW.

Page 29

Level 4 - SPECIALIST - Description of parameters and settings - continued

Conﬁguration - continued

Designation Value range Factory setting Description

Cooling mode On/Off On Enabling the operating mode cooling and the required settings.

Setting the sensor function for sensor 15.

•00 = Room sensor for heating circuit 2. If in this position an additional sensor is recognised at the impulse input (IMP = sensor 17), an FBR at sensors 15 and 17 will be analysed. If sensor 17 is occupied by another function, an FBR will be analysed at sensor 15.

•01 = 0-10V input for default of an external collector target temperature.

•02 = Light sensor (no function).

•03 = 0-10V input for default of an external modulation depth.

F15 function (only for CMF 80, 90,140,150, CMT 100,150 und EMF/EMT 100/150)

00-09 09

•04 = Second sensor for MF - function.

•05 = Tank 3 (e.g. swimming pool).

•06 = Sequence/priority switching (e.g. for sequence heat

pumps - conventional heating appliances). Open contact: WE sequence 1 is active. Short circuit against ground: WE sequence 2 is active.

•07 = Locking the heat pumps (e.g. energy supply provider contact). Open contact: Heat pumps are enabled. Short circuit against ground: Heat pumps are locked and the message "energy supply provide shut-off" appears in the display.

•08 = Collective fault heat pumps. Open contact: Heat pumps are enabled. Short circuit against ground: Fault in all heat pumps (fault message, locking of the heat pumps and the corresponding WE-pumps following termination of the pump run-on).

E1 function Signal processing (Energy supply provider disable/ enable)

E2 function Signal processing Collective fault outdoor unit and ﬂow monitor

Sensor

02 For heat pumps: EMF/EMT100/150

00-03

1k/5k sensors 5k sensors

CMF/CMT 120 CMF/CMT 160 CMF 320 Duo

03 For heat pumps: EMF/EMT100/150 CMF/CMT 120 CMF/CMT 160 CMF 320 Duo

•00 = No function.

•01 = Sequence/priority switching (e.g. for sequence heat

pumps – conventional heating appliances). 230V at E1/E2: WE sequence 1 is active. No phase at E1/E2: WE sequence 2 is active.

•02 = Locking the heat pumps (energy supply provider dis- able). 230V at E1: Heat pumps are enabled. No phase at E1: Fault of the heat pump and display “energy supply provider shutdown” as well as the red indicator lamp.

•03 = Collective fault heat pumps. 230V at E2: Heat pumps are enabled. No phase at E2: Fault of the heat pump and display “Heat pump fault” as well as the red indicator lamp.

Setting of the available resistor parameter for the connected sensor (NTC).

Page 30

REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Heat generator

Designation Value range Factory setting Description

Max T-collector 30.0°C-110.0°C 70.0°C

Setting the maximum collector temperature [sensor 8] (collective supply temperature).

Min T-collector 0.0°C-80.0°C 0.0°C

Min T-WE 2 0.0°C-80.0°C 0.0°C

Hysteresis 2.0K-20.0K 2.0K

Hysteresis period

Sequence change 00 h-800 h 00 h

00 Min.-30 Min. 00 Min. Setting the hysteresis period.

Setting the minimum collector temperature [sensor 8] (collective supply temperature).

Setting the desired minimum temperature for the heat generator 2 (WE 2).

Reduces condensate formation in the heat generator if demand for heat is low. Shut-off of the heat generator takes place in all cases at the earliest when the minimum temperature+hysteresis set here is reached.

Function optimisation of the heat generator operation at variously heavy demands on the heating appliance.

The effective switching hysteresis is reduced linearly from the set hysteresis to the minimum hysteresis in the hysteresis period following switching on of the burner (= 2.0K).

At low heat transfers the higher hysteresis setting is effective (short runtimes and frequent synchronising of the burner are prevented).

For longer burner operation (high heating loads) the hysteresis is automatically reduced to 5K (Preheating the heating appliance to unnecessarily high temperatures is avoided).

Setting the desired operating hours for the ﬁrst heat generator in the active sequence, but the active sequence with which the heat generator-sequence should switch (time until the sequence change).

When operating with at least 2 heat generator, there is the possibility to switch the heat generator-sequence in accordance with the operating hours set here.

Clock inhibition

00 Min.-120 Min. 00 Min.

There is no switch at "00 h".

Setting the minimum wait time following switching on of the heat generator or for a switching heat generator, also for

switching off of a stage until switching on of the next stage (Idle time for the next stage).

At "00 min" the clock inhibition is 10 sec.

Page 31

Level 4 - SPECIALIST - Description of parameters and settings - continued

Heating appliances - continued

Designation Value range Factory setting Description

Only for two stage burners or solid material integration.

Hyst burner 2 2.0K-20.0K 2.0K

Gradient

Max reduction 1.0K-20.0K 1.0K

On/Off Off

Setting the hysteresis for the charge pump (solid material integration) or the 2nd burner

Activation or deactivation of the gradient-based algorithm. At „OFF“, the shut-off of the heat pump is carried out by the target value and the hysteresis. This function is only assigned to heat generator 1, in other words the heat pump, and must be set to OFF.

Setting the value to determine the earliest shut-off point with the gradient-based algorithm activated.

The earliest shut-off point is the difference between the maximum heating appliance temperature Max T-WE (see specialist cascade) and the value set here.

Load dependent, early shut-off of the heat generator by the the temperature increase gradients [K/min].

If the heat generator reaches or exceeds the gradient set

Dyn shut-off

WE cooling function On/Off Off Activating the emergency cooling for the heat generator.

T-WE cold start

0.5K/min.-10K/ min.

30.0°C-120.0°C 95.0°C

2.0K/min.

here, the heat generator will be switched off at the earliest dynamic shut-off point (difference between Max T-WE and Max reduction).

At a low temperature increase, the shut-off point will be increased linearly up to Max T-WE.

Setting the maximum temperature for the heating appliance (Cooling start temperature).

If emergency cooling for the heating appliance has been activated (heat generator cooling function = ON), the heating circuits will then be taken with Max T-supply (see specialist heating circuit 1/2) into operation (if emergency cooling is permitted in the heating circuit), as soon as the temperature set here has been exceeded by one of the heating appliances.

Emergency cooling is ended if the start temperature T-WE cold start is undercut by 5K.

Page 32

REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Cascade

Designation Value range Factory setting Description

Display of the heating appliance automatically logged by the

WE found 1-3---/x-x--- 1-3/x-x

WE 1 level 1 = 50 WE 2 level 1 = 01 WE 3 level 1 = 01

Output/level

WE 1-WE 8 WE internal

BUS with BUS identiﬁer (heat generator-number).

The displayed "x" indicates that the heating appliance has answered the BUS.

Display of the heat generator-number and level.

For "---" the level for the heat generator does not exist.

Following a restart or new conﬁguration, the controller searches in the BUS systems for heating appliances. In this period (approx. 1 min.) the output cannot yet be entered manually. If a heating appliance answers indicating the output, this output will automatically be entered in the list. If a WE answers without indicating the output, the output is entered in the list with 15KW. (this value can then be corrected manually).

BUS scan On/Off Off

Min. Mod Cascade 00-100 % 00 %

WW-WE 00-08 00

System deviation

Output target 0-100 %

Remaining idle time Remainder (min.)

Search for heating appliances in the BUS.

If the displayed conﬁguration is correct, it can be saved with "OK". All current values are then overwritten.

If the cascade controller calculates a total modulation depth greater than nil and smaller than Min. Mod Cascade, total modulation depth will set to the value set here (minimum modulation depth). At the same time, clock inhibition will be set to 10 sec.

Water heating by means of collector (00).

The Number of heat generators in the cascade which for water heating are hydraulically decoupled from the cascade (01-08).

Display of the current collector system deviation (difference between target temperature and current temperature [sensor 08]).

Display of the currently required total system output (corresponds with the calculated target value in the controller).

Display of the currently remaining idle time (not until "0" can the next heat generator be put into operation).

Setting the maximum heating appliance temperature.

Max T-WE

The heat generators shut off/modulate themselves down independently if they have not reached the temperature

set here (protects the cascade's individual heat generators against overheating and prevents the STB from triggering).

50.0°C-110.0°C 72.0°C The heat generators switch on again if the set temperature is

undercut by 5K.

The temperature set here should be higher than the maximum collector temperature Max T-collector

(see specialist heating appliances).

Page 33

Level 4 - SPECIALIST - Description of parameters and settings - continued

Cascade - continued

Designation Value range Factory setting Description

Setting the value for the connection of all heat generatorlevels

(WE-connection dynamic [K]).

If the cumulative system deviation in Kelvin reaches the

WE Dyn up 20-500 350

WE Dyn down 20-500 20

Reset time 05-500 30

value set here, this effects the connection of all heat generator-levels (the smaller the value, the faster the

connection).

Values which are too low can lead to the clocking of heat generator.

Setting the value for the shut-off of all heat generators (WE-shut-off dynamic).

If the cumulative system deviation in Kelvin reaches the value set here, this effects the shut-off of all heat generators

(the smaller the value, the faster the shut-off).

Values that are too large can lead to overheating and triggering of the STB.

Setting of the reset time for the I-controller.

Small values lead to fast controller response and can lead to vibrations.

Adjusting this value can lead to overshooting the controller.

Modgrad on 0 %-100 % 100 %

Modgrad off 0 %-100 % 80 %

Min modgrad 0 %-100 % 00 %

Modgrad WW

WE sequence 1

WE sequence 2

40 %-100 % 100 %

1-2-3-4-5-6-7-8

1-3-2-4-5-6-7-8

3-1-2-4-5-6-7-8

Setting the modulation depth at which the next heat generator in the sequence should be connected.

The connection can take place at the end of the remaining idle time.

Setting the modulation depth at which the last heat generator in the current sequence should be shut off.

Setting the modulation depth at which the next heat generator should be connected.

The connection of the next heat generator only takes place if the resulting modulation depth for the individual heat generator following connection exceeds the value set here.

For operation with the maximum number of burners, Modgrad On must be set to "00%" and Min. Modgrad

must be set to the minimum modulation depth for the heat generator-levels.

Setting the target modulation depth for the heating appliances in hot water mode.

Setting the sequence in which the heating appliances go into operation at sequence 1.

Setting the sequence in which the heating appliances go into operation at sequence 2 (for two stage heat generators, the

second stage is always switched after the ﬁrst stage).

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REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Cascade - continued

Designation Value range Factory setting Description

•OnlyWE sequence 1.

•OnlyWE sequence 2.

•Chronological (switch between sequence 1 and 2 in accord-

ance with operating hours of the ﬁrst WE in the active sequence).

•1/2 switch (switch for heating appliances with different nominal output: With the connection of the 2nd WE, the ﬁrst WE is taken out of operation until the next connection).

•Rotating (the ﬁrst WE in the sequence is put in the last position in the current sequence at the end of the sequence switch period).

•Sorting (new WE sequence by means of automatic sorting by operating hours for a sequence change).

Sequence mode

WE sequence 1+2

Chronological

1/2 switch

Rotating

Sorting

WE sequence 1

Sequence change 00 h-800 h 00 h See description specialist heating appliances.

Clock inhibition

00 Min.-120 Min. 00 Min. See description specialist heating appliances.

Heat pump

For the operation of heat pumps, various protection functions (e.g. return temperature monitoring) and functions for effective operation (monovalence/bivalence mode) are necessary and can be set or activated here (only for the selection WE 1 type = 07 (heat pump) (see specialist conﬁguration)).

Designation Value range Factory setting Description

Setting the system's maximum return temperature [sensor 17].

All of the heat pumps in the system will be shut off once the

Max T-return WP 30.0°C-110.0°C 60.0°C

Min T-return WP 0.0°C-20.0°C 0.0°C

temperature set here has been reached.

The heat pumps will be switched on again if the return temperature has fallen below the value set here by 5K.

Setting the system's minimum return temperature [sensor 17].

All of the heat pumps in the system will be shut off if the temperature set here is undercut.

The heat generators will be switched on again if the return temperature has risen above the value set here by 3K.

Max TA WE -20.0°C-40.0°C

Min TA WP

-30.0°C-10.0°C -18.0°C

-5.0°C

or -3.0°C

Setting the bivalence point.

The 2nd heating generator will be enabled if the outdoor temperature is colder than this setting. This switches on if the modulation depth (target output) is 100%. (Lower service limit)

Setting the alternative bivalent point. (Lower service limit of the heat pump based on the outside temperature)

If the outdoor temperature falls below the value set here, all heat pumps will be locked and the system will operate only with conventional heating appliances.

Page 35

Level 4 - SPECIALIST - Description of parameters and settings - continued

Heat pump - continued

Designation Value range Factory setting Description

E 1 function 00-03 02

E 2 function 00-03 03

F 15 function 00-08 07 Description see specialist conﬁguration.

Return offset -5.0K-15.0K 0.0K

Min T-WW WE 0.0°C-90.0°C 45.0°C

Min T-PU WE 0°C-90°C 0. 0 °C

Description see specialist conﬁguration.

Setting the return offset temperature. The heat pump is only switched off after a request if the value in sensor 17 [collector target temperature–return offset] has been reached..

Setting the minimum hot water temperature only for heat pump operation.

Only the heat pump works until the temperature is reached in the storage tank or drinking water tank [sensor 06]..

Setting the minimum buffer temperature for heating generators (not relevant for REMKO).

Until the temperature set here has been reached in the buffer tank [sensor 02], only the heat pump will be operated during the trickle charging.

Setting the maximum idle time for heating generators (clock protection).

Max WE idle time

5-210 min 45

When conventional heating appliances are locked, these are enabled again at the end of the time period set here above the bivalence point until the target value in the collector [sensor 08] has been reached.

NOTE

With a WW target temperature up to 50°C, the Min. T-WW WE parameter can remain set at 45°C. If a WW target temperature in excess of 50°C is selected, the Min. T-WW WE parameter must be set to 48°C. For energy-conservation reasons, a WW target temperature of 45°C is recommended.

Cooling mode

The chillers are regulated by the return temperature T-return (switching hysteresis 2K).

Designation Value range Factory setting Description

Setting the maximum return temperature in cooling mode.

For a cooling request, the heat pump is switched on if the

T-RL cooling 10.0°C-25.0°C 15.0°C

temperature in the return as set here [sensor 17] is exceeded (operating mode "Cooling" must be active).

Cooling Off for WW On/Off On

Cooling with WP

00(Off)/01(On) 01

The heat pump switches off if the temperature in sensor 17 falls below the temperature set here by 2K.

The cooling operation is interrupted with activation of the water heating.

The heat pump shuts off if the signal "WP-lock" or "WPfault" are present at the inputs F15, E1 or E2 (=01/ON).

Page 36

REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

0-10V I/O

The outdoor unit is controlled with a 0-10V signal (conversion of the target output or modulation depth). The factory settings for the following parameters may only be carried out in coordination with REMKO's product management!

Designation Value range Factory setting Description

Selection for the voltage curves for the conﬁguration of the

SPG curve 00-11 11

voltage in and output (default voltage curve or the freely adjustable curve 11).

Curve 11-U1

Curve 11-U2 0.0 V-10.0 V 10.0 V

Curve 11-T1

Curve 11-T2 0,0-120,0 100,0

Curve 11-UA

0.0 V-10.0 V 2.0 V

0,0-120,0 10,0

0.0V-10.0 V 0.0 V

An individual curve can be deﬁned with the parameters U1, U2, T1, T2 und UA.

•U = voltage.

•T = temperature.

•UA = heating appliance Off.

Beginning at this voltage, the WE is shut off. UA must lie outside of the valid voltage values.

•U1 and T1 = point 1 on the voltage curve.

•U2 and T2 = point 2 on the voltage curve.

The line between the two limit points deﬁnes the voltage curve.

Screed

Designation Value range Factory setting Description

Activating the screed programme (only for 2 mixing circuits).

When started the programme shuts down the set supply temperatures. The integrated mixer circuits regulate in accordance with the set supply temperature. The heat pump makes this temperature available independent of the set operating mode. In the standard display, this is identiﬁed with the

Screed On/Off Off

entry "Screed" and the display of the currently valid supply temperature.

The screed programme starts at 00:00 with the set supply temperature from "Day 1" (the start day is not counted) and switches to each subsequent day at 00:00. The current day is identiﬁed in the screed programme with an "x".

Following interruption/ending of the function, the controller continues to heat in the currently set operating mode.

Day 1-3: 25°C Day 4-7: 55°C

Screed programme

Day 1-28

10°C-60°C/----

Day 8: 25°C Day 9: 40°C Day 10-19: 55°C Day 20: 40°C Day 21: 25°C Day 22-28: ----

Setting the desired temperatures for the respective days.

The input "----" ends the programme (even during the operation for the following day).

! CAUTION

The screed program may be conducted only in conjunction with the two heat sources. The bivalence is highly enforce, if necessary.

Page 37

Level 4 - SPECIALIST - Description of parameters and settings - continued

Hot water

Designation Value range Factory setting Description

If ON: the 3-way switching valve is then switched to the drinking water preparation position, if the collector temperature [sensor 08] exceeds the tank temperature

Charge pump lock

PPL

On/Off Off

PartialPriority WW

On/Off

PPL all

[sensor 06] by 5K.

Back to position heating if the temperature of the F-8 sensor falls below the tank temperature. This prevents cooling of the tank at the beginning of the water heating.

•WW (partial priority WW). Heating circuits are locked for water heating. The mixers close and the heating circuit pumps switch off. The mixer circuits are enabled again if the heat generator

reaches the hot water target temperature (see user hot water T-WW target)+WE target increase (T-WE WE).

The mixer circuits lock again if the heat generator temperature [sensor 08] falls below the enable temperature by the amount of the switching hysteresis (hysteresis WW).

•ON (pump parallel operation). Only the direct heating circuits are locked for water heating. The mixer circuits continue to be heated (the water heating is extended with this function).

•Off (hot water priority mode). Heating circuits are locked for water heating. The mixers close and the heating circuit pumps switch off.

ATTENTION: With the heat pump types CMT 120/160 and EMT 100/150 this function must be set to OFF.

•PPL all (pump parallel operation also for the direct heating circuit). All heating circuits continue to be heated during water heating. If the temperature exceeds the maximum supply tempera-

ture (see specialist heating circuit 1/2 Max T-supply) by 8K, the heating circuit pump for this circuit will shut off (overheating protection). The heating circuit pump switches on again if the temperature falls below the temperature (Max T-supply+5K).

T-WE WW

0.0K-50.0K 10.0K

Setting the additive temperature for the heating appliance during water heating (target increase in WW mode).

The target temperature for heating appliances during water heating is arrived at by adding the hot water target

temperature (see user hot water T-WW target) to the temperature set here.

The heat generator must be operated at an increased temperature during water heating so that the hot water temperature in the tank can be reached over the heat exchanger.

Page 38

REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Hot water - continued

Designation Value range Factory setting Description

Setting the hot water hysteresis.

Water heating starts if the temperature in the hot water tank (sensor F-6) falls below the target temperature (see user

Hysteresis WW 3. 0 K - 3 0. 0 K 5. 0 K

WW lag 0 0 - 3 0 0 1

hot water T-WW target) by the temperature set here.

Water heating ends if the tank reaches the set target temperature (in the anti-legionella mode the target temperature is set to

65°C, see user hot water anti-legionella).

Setting the pump lag period.

The pump lag period (5 min.) is extended by the value set here.

The indoor unit's charge pump continues to run for another 5 minutes after the heat pump has been shut off (independent of the period set here). The lag period is interrupted if there is a demand for heat in a heating circuit. An activated charge pump lock can likewise lead to an interruption of the lag function.

TH inlet On / Off Off

Thermal function On / Off Off

Charging

On / Off Off

Activating the water heating by means of thermostat or sensor.

•On (water heating by means of thermostat) In the event of a short circuit, water heating is started at the tank sensor's connection terminals. It ends if the short circuit has been corrected.

•Off (water heating by means of tank sensor).

Activating the aligned target temperature.

The target temperature during water heating is arrived at by adding the current tank temperature [sensor 6] to T-WE WW.

Activating the charging function (only possible with sensor 12 = T-WW U).

Water heating with activation of this function (charging = ON) is not ended until the sensor F 12 (not F 6) has reached the warm water target temperature.

Page 39

Level 4 - SPECIALIST - Description of parameters and settings - continued

Heating circuit 1/2

The parameters for this level change in accordance with the function selected for the heating circuit. Depending on the heating circuit, the values that can be adjusted here can vary.

Designation Value range Factory setting Description

Setting the function for the respective heating circuit.

•Standard (weather managed target temperature regulation using heating curves).

•T-supply const (control in accordance with ﬁxed supply temperatures).

During heating periods (see time programme heating circuit 1/2 prog 1/2) the heating circuit is operated with the set ﬁxed supply temperature T-supply const T, during reduction periods correspondingly with the set ﬁxed supply tem-

perature T-supply const N (see user heating circuit 1/2

T-supply const T/N).

•Swimming pool (swimming pool regulation, only for heat- ing circuit 2).

•WW (hot water circuit). The supply sensor for heating circuit 2 is located in the hot water tank [sensor 05]. The target value for the hot water temperature can be en-

tered under user hot water T-WW target 1/2/3. The heating programme for the heating circuit functions as an enabling programme for the tank. During the reduction period, the tank's target temperature is set to 10°C. The heat generator controller's hot water priority function

can be used (see specialist hot water PPL).

•Return (return riser above mixer, only for heating circuit 2)

- not relevant for REMKO. The supply sensor for the heating circuit is used as the return sensor for the heat generator [sensor 11/05]. The mixer regulates 24h based on the heating circuit's set value, Min T-supply.

Installation note:

Mixer Open: The heat generators supply is fed into the return (return riser) (circulation must be ensured by the heat generator). Mixer Closed: Return for the heating circuits is piped.

HC function

Standard

T-supply const

Swimming pool

(HC2)

WW(HC2)

Return(HC2)

Standard

Page 40

REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Heating circuit 1/2-continued

Designation Value range Factory setting Description

Setting the operating mode for the heating circuit pumps.

The pumps are shut off if there is no heating requirement. At the same time the mixer of the heating circuit closes.

•Standard

- with weather-controlled target temperature regulation through heating curve: Pump OFF if the current outside temperature [Sensor 09] has become warmer than the set temperature and by the activation of the operating mode T-room target temperature.

Standard

Heating limits

Operation HCP

Mixer Open 5,0-25,0 7,0

Mixer Closed 5,0-25,0 7,0

only time prog

Continuous

operation

Standard

- with room-guided regulation (only active in combination with a remote control) Pump OFF if the current room temperature has become more than 1K warmer than the set room target temperature.

•Heating limits The pump is switched analogously to the set heating limits (see User Heating circuit 1/2 Heat limit day/Heat limit night)

•Only time programme Pump is switched according to the heating programme

(see User Time programme Heat circuit 1Prog 1/2 and/or Heat circuit 2 Prog 1/2

•Continuous operation. The pump runs continuously for 24h.

Setting the speed with which the mixer opens in the event of a control deviation (mixer dynamic opening).

The control deviation is entered in Kelvin where the mixer opens without interruption.

Small values lead to fast operation of the mixer and can lead to vibrations.

Setting the speed with which the mixer closes in the event of a control deviation (mixer dynamic closing). The control deviation is entered in Kelvin where the mixer closes without interruption. Small values lead to fast operation of the mixer and can lead to vibrations.

Max T-supply

10.0°C-110.0°C 55.0°C

Setting the maximum supply temperature for the selected heating circuit.

The calculated supply target temperature for the heating circuit is limited by the set maximum supply temperature (overheating protection). The heating circuit pump for the direct heating circuit is only switched off if the [sensor 08] exceeds the temperature set here by 8K.

The heating circuit pump switches on again if the temperature [sensor 08] falls below the temperature (Max T-supply+5K).

Page 41

Level 4 - SPECIALIST - Description of parameters and settings - continued

Heating circuit 1/2-continued

Designation Value range Factory setting Description

Setting the minimum supply temperature for the selected

Min T-supply 10.0°C-110.0°C 18.0°C

T-supply cooling

T-frost protection

T-external delay

Off/Closed 10°C-25°C

Off

-15.0°C-5.0°C 5.0°C

00:00-24:00 01:00

Off

heating circuit.

Setting the supply temperature in cooling mode.

In the operating mode cooling, the temperature set here might possibly be tuned by means of a mixer.

•Off = This heating circuit does not cool (Mixer Closed, pump Off).

•Closed = mixer as bypass valve (mixer Closed, pump On).

Setting the frost protection temperature.

If the outdoor temperature falls below the temperature set here, the system switches into frost protection mode (pumps switch on)

At "Off", the frost protection function is activated.

Setting the outdoor temperature delay

The type of outdoor temperature delay selected must take the building design into account. Because a change in outdoor temperature impacts the room temperature later for a building with a heavy design (thick walls), a long delay must be selected. For a light design (in which the walls do not store heat) the delay should be set to 0 hours.

Curve displacement 0.0K-50.0 K 0.0K

Demand requirement

On / Off Off

Setting the heating curve distance.

The calculated target temperature for the heating circuit is increased by the value set here.

The heating curve distance equalises sensor tolerances and heat losses up to the mixer.

The heating circuit can be used with superior functions (e.g. emergency cooling of a heating appliance to protect against overheating; heat dissipation in service mode) as a heat sink/consumer (= ON). For the duration of the function, the heating circuit is heated with the maximum set supply temperature Max T-supply.

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REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Solar / MF

Designation Value range Factory setting Description

- Outputs Function selection for the MF - relay (programmable multifunction outputs).

MF 1 function (Output A8 enable 2nd heating appliance)

MF 2 function (Output A9 Charging pump indoor unit)

MF 3 function (Output A10 Switch valve cooling)

MF 4 function (Output A12 solar pump or charge pump solid fuel boiler or circulation pump, sensor F14)

00-36 00

00-36 18

00-36 34

00-36 system selection

A sensor 1-4 (sensors 11-14) can be assigned to the MFrelay 1-4. If an additional sensor is necessary for a speciﬁc function, this is to be connected as sensor 15.

•00 = not MF - function.

•01 = collector pump.

ON: In the event of a heat demand from a user. OFF: In the event of no heat demand from a user.

•02 = circulation (time). Switching the relay in accordance with the time programme for the circulation pump.

•03 = supply pump. ON: In the event of a heat demand from an internal user. OFF: In the event of no heat demand from an internal user. A pump lag takes place.

•05 = pump heat generator 1 (heat pump). The multifunction output switches parallel to the heat generator 1 (heat pump) output with an after-run time of 5 min.

•06 = pump heat generator 2. The multifunction output switches parallel to the heat generator 2 (heat pump) output with an after-run time of 5 min.

•07 = switch valve tank 2 (buffer). The valve switches the solar output of the hot water tank to the storage tank if a collector can no longer feed into the hot water tank.

•08 = switch valve tank 3 (swimming pool). The valve switches the solar output of the storage tank to the tank 3 (sensor 15) if a collector can no longer feed into the storage tank (the F15 function must be positioned at 5).

•09 = switch valve tank 3 (swimming pool, only for systems without solar trickle charging). The valve switches the solar output of the hot water tank to tank 3 (sensor 15) if a collector can no longer feed into the hot water tank (the F15 function must be positioned at 5).

•10 = pump heat generator 3. The multifunction output switches parallel to the heat generator 3 (heat pump) output with an after-run time of 5 min.

•11 = pump heat generator 4. The multifunction output switches parallel to the heat generator 4 (heat pump) output with an after-run time of 5 min..

Page 43

Level 4 - SPECIALIST - Description of parameters and settings - continued

Solar/MF - M 4 function - continued

! CAUTION

The programming or control for the multi-function outputs must be carried out in accordance with the parameters for the selected system! (Basis programming beginning on page 46)

Description

•12 = Remote controlled output heating circuit 1. The relay can be switched via the BUS from the heating circuit's control unit (function see instructions for the remote control).

•13 = Remote controlled output heating circuit 2. The relay can be switched via the BUS from the heating circuit's control unit (function see instructions for the remote control).

•14 = pump heat generator 1 (heat pump). The relay can be used to control the charge pump for heating appliance 1 (relay switches to lag = 5 min.). with buffer in the system (buffer > 00 and sensor PU top [sensor 03]): The pump switches on if the temperature of the heating appliance T-WE1 exceeds the temperature of the buffer top [sensor 03] by 5K. The pump switches off if T-WE1 < T-buffer O.

•18 = charge pump indoor unit. In response to a demand from a heat generator WE 1 to WE 4 (that is a heat pump and any 2nd heating appliance), the charge pump indoor unit switches on (parallel mode with 5 min lag). This setting is important in the bivalent-alternative mode if the boiler does not have its own circulation pump.

•20 = temperature controlled circulation pump. T-circ = return temperature in the circulation line. The circulation pump switches on if the return temperature falls below the set limit temperature T-MF 1 target (T-circ < T-MF 1 target). The circulation pump switches off again if the return temperature rises above the set limit temperature by the amount of the hysteresis (T-circ > [T-MF 1 target + MF 1 hyst]). The set circulation programme (see time programme) and the setting circ with WW prog (see user hot water) has priority (switching on takes place only in the enable period).

•21 = circulation pump over impulse. ON: In the event of a short circuit at the assigned sensor input. OFF: After 5 minutes. The circulation pump switches on for 5 min. in the event of a short circuit at the sensor input MF. Activation takes place once on the side. The set circulation programme (see time programme) and the setting circ with WW prog (see user hot water) has priority (switching on takes place only in the enable period).

Description

•22 = solid fuel boiler integration (e.g. in connection with a 2-step heat generator). T-MF 1-4 = temperature in the solid fuel boiler. T-Puffer U = temperature in the storage tank in the area around the infeed [sensor 01].

Start-up relief: The circulation pump switches on if the temperature in the solid fuel boiler rises above the temperature in the storage tank in the area around the infeed T-buffer U by the amount of the hysteresis MF 1 hyst + 5K (T-MF 1 > [T-buffer U + MF 1 hyst + 5K]). It shuts off if the temperature falls below the activation temperature by 5K (T-MF1 < [T-buffer U + MF 1 hyst]).

It also shuts off if the temperature in the sold fuel boiler falls below the set limit temperature T-MF 1 target by 5K (T-MF 1 < [T-MF 1 target-5K]). The pump is enabled again if the temperature in the solid fuel boiler rises above T - MF1 target (T-MF1 > T-MF1 target).

Locking heat generator 1: ON: T-MF 1 > T-WE target + 5K and solid fuel boiler pump = ON. OFF: T-MF 1 <= T-WE target and solid fuel boiler pump = OFF.

•23 = solar pump (pump operates if the collector can feed into one of the solar storage tanks). Collector 1 pump only to MF4. Collector 2 pump only to MF3. This can be used for MF1 and MF2 to charge the tank in a heat exchanger. T-solar = temperature of the solar collector. T-U = temperature of the active tank in the area around the infeed.

The circulation pump switches on if the temperature of the solar collector rises above the temperature of the active tank in the area around the infeed (see switch valve) by the amount of the activation hysteresis MF hyst (T-solar > [T-U + MF hyst]). It shuts off if the temperature of the solar collector falls below the temperature [T-U + MF hyst Off] (T-solar < [T-U + MF hyst Off]).

Before shutting off, it is checked whether the secondary tank (see switch valve) can be charged.

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REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Solar/MF - M 4 function - continued

Description

•24 = return riser heat generator 1. T-return 1 = return temperature from the system (= T-MF 1-4). The return riser pump switches on if the return temperature falls below the set limit temperature T-MF 1 target. (T-return 1 < T-MF 1 target). It switches off again if the return temperature rises above the set limit temperature by the amount of the hysteresis MF 1 hyst (T-return 1 > [T-MF 1 target + MF 1 hyst]).

•25 = return riser heat generator 2. T-return 2 = return temperature from the system (= T-MF 1-4). The return riser pump switches on if the return temperature falls below the set limit temperature T-MF 1 target. (T-return 2 < T-MF 1 target). It switches off again if the return temperature rises above the set limit temperature by the amount of the hysteresis MF 1 hyst (T-return 2 > [T-MF 1 target + MF 1 hyst]).

•26 = return riser heat generator via the storage tank. The return risers valve over storage tank opens if the temperature storage tank bottom (T-buffer U) rises above the return temperature of the system [sensor 01 or 01-04] by the the amount of the hysteresis MF 1 hyst + 5K (T-buffer U > T-MF 1 + MF 1 hyst + 5K). It switches off again if the temperature storage tank bottom falls below the return temperature (T-buffer U < T-MF 1 + MF 1 hyst).

•27 = tank charge pump 1 (pump operates if the hot water tank can be solar charged). The temperature of the charging medium for the tank is always measured at the MF 4-sensor (T-MF 4). Exception: For function 23 on MF 4, the sensor assigned to the MF-relay tank charge pump 1 for the calculation of the temperature of the medium for the charging of the tank (T-solar) is used. T-solar (T-MF 4) = temperature of the solar collector. T-solar (T-MF 1-3) = temperature of the heat exchanger. T-WW U [sensor 12] = temperature of the hot water tank in the area around the infeed. ON: T-solar > [T-WW U + MF hyst]. OFF: T-solar < [T-WW U + MF hyst Off].

The circulation pump switches on if the temperature of the solar collector rises above the temperature of the tank in the area around the infeed T - WW U by the amount of the hysteresis MF Hyst (T-solar > [T-WW U + MF hyst]). It shuts off if the temperature of the solar collector falls below the temperature T-WW U + MF hyst Off (T-solar < [T-WW U + MF hyst Off]).

Description

•28 = tank charge pump 2 (pump operates if the storage tank can be solar charged and the hot water tank cannot be solar charged). The F15 function must be at the position 5. The temperature of the charging medium for the tank is always measured at the MF 4-sensor (T-MF 4). Exception: For function 23 on MF 4, the sensor assigned to the MF-relay tank charge pump 2 for the calculation of the temperature of the medium for the charging of the tank (T-solar) is used. T-solar (T-MF 4) = temperature of the solar collector. T-buffer U [sensor 01] = temperature in the storage tank in the area around the infeed.

The circulation pump switches on if the temperature of the solar collector rises above the temperature of the tank in the area around the infeed T-buffer U by the amount of the hysteresis (T-solar > [T-buffer U + MF hyst]). It shuts off if the temperature falls below the temperature T-buffer U + MF hyst Off (T-solar < [T-buffer U + MF hyst Off]).

•29 = tank charge pump 3 (pump operates if tank 3 can be solar charged and the storage tank cannot be solar charged). The F15 function must be at the position 5. The temperature of the charging medium for the tank is always measured at the MF 4-sensor (T-MF 4). Exception: For function 23 on MF 4, the sensor assigned to the MF-relay tank charge pump 3 for the calculation of the temperature of the medium for the charging of the tank (T-solar) is used. T-solar (T-MF 4) = temperature of the solar collector. T-tank 3 [sensor 159 = temperature of tank 3 in the area around the infeed.

The circulation pump switches on if the temperature of the solar collector rises above the temperature of the tank in the area around the infeed T-tank 3 by the amount of the hysteresis MF hyst (T-solar > [T-tank 3 + MF hyst]). It shuts off if the temperature falls below the temperature T-tank 3 + MF hyst Off (T-solar < [T-tank 3 + MF hyst Off]).

•30 = Reloading pump warm water-tank 2. The F15 function must be at the position 4. The relay switches if the temperature of the hot water tank rises above the temperature sensor 15 by the amount of the hysteresis MF hyst. It shuts off if the temperature of the tank falls below the temperature [sensor 15 + MF hyst Off].

Page 45

Level 4 - SPECIALIST - Description of parameters and settings - continued

Solar/MF - M 4 function - continued

Description

•31 = Reloading pump storage tank 2. The F15 function must be at the position 4. The relay switches if the temperature of the storage tank rises above the temperature sensor 15 by the amount of the hysteresis MF hyst. It shuts off if the temperature falls below the temperature [F15 + MF hyst Off].

•32 = direct heating circuit. Heating circuit with ﬁxed supply temperature (T-MF target). In the event of a short circuit at the assigned MF-sensor (over room thermostat/time switch) the heating circuit pump switches ON and the supply target temperature for the heat generator is deﬁned. The pump experiences a lag period after the sensor short circuit has been corrected.

Description

•33 = thermostat function. ON: T-MF > T-MF target. OFF: T-MF < [T-MF target-MF hyst].

•34 = bypass valve cooling mode. The relay switches in the cooling mode (Separating the conventional heat generator from the cooling circuit and water heating is possible during the cooling operation). The MF-sensor captures the supply temperature for the heat generator-regulation.

•35 = bypass valve cooling mode invers. The relay is switched in the opposite direction to function 34.

Solar/MF - continued

Designation Value range Factory setting Description

MF 4 Hyst 2.0K-10.0K 5.0K Setting the MF 4 hysteresis.

MF 4 Hyst Off 2.0K-10.0K 2.0K Setting the MF 4 hysteresis for the shut-off process.

Setting the maximum collector temperature.

Max T-supply 80.0°C-180.0°C 110.0°C

Min T-solar on -20.0°C-95.0°C 50.0°C

Min T-solar off -15.0°C-95.0°C 45.0°C

T-solar protection 80.0°C-180.0°C 110.0°C

The collector pumps lock if the corresponding collector temperature rises above the temperature set here (system protection).

The pumps are enabled again if the collector temperature falls below the temperature [Max T-solar-10K].

Setting the minimum collector temperature.

The collector pump is enabled if the corresponding collector temperature rises above the temperature set here.

Setting the minimum locking temperature for the collector pump.

The collector pump locks if the corresponding collector temperature falls below the temperature set here. This function prevents the pump from operating without relevant heat output.

Setting the collector protection temperature.

The collector protection function protects the collector against overheating. If the collector temperature exceeds the temperature set here and the tank temperature is less than 92°C, the tank will be charged in excess of its maximum temperature up to 95°C to cool the collector.

The function is interrupted if the collector exceeds its maximum temperature.

The function is enabled again if the collector temperature falls below the maximum temperature-3K.

Page 46

REMKO HEAT PUMP MANAGER

Level 4 - SPECIALIST - Description of parameters and settings - continued

Solar/MF - continued

Designation Value range Factory setting Description

Setting the return cooling difference.

If the collector protection function has charged the tank to temperatures higher than the set maximum tank temperatures during the day, with activation of this function the tank can be cooled automatically during the

Re-cooling difference

0.0K-30.0K 20.0K

night, between 01:00 and 06:00, to the set maximum tank temperature (Max T-Sp WW/PU/3) by activation of the charge pumps (charging is not possible in this period).

Return cooling can only take place if the temperature of the tank rises above the collector temperature at least by the amount of the return cooling difference set here + 3K hysteresis.

Setting the safety temperature limits.

Max T-Sp WW

Max T-Sp PU

Max T-Sp 3 10.0°C-130.0°C 30.0°C

Solar kick duration 00-59 sec 30 sec. Setting the running time of the collector pump for pump kick.

Solar kick interval

Solar kick gradient

10.0°C-130.0°C 85.0°C

10-60 min. 30 min.

01-05 min 01 min

If a tank has a top mounted sensor, the maximum temperature set here will be monitored by this sensor. If this sensor is not mounted, the maximum tank temperature will be monitored by the bottom mounted sensor (In this case the layer arrangement in the tank must be taken into account).

The charge pumps lock if the heating tank temperature rises above the safety limit set here (system protection).

The pumps are enabled again if the heating tank temperature falls below the temperature [Max T-Sp WW/PU/3-5K).

Setting the solar kick interval.

The pump for the time solar kick duration switches on if the collector pump has not run for the duration set here.

Setting the solar kick gradients.

In the period set here, the collector temperature progression following a pump kick is checked.

If there has been an increase of 0.5K, the pump will be started for another minute.

Page 47

System selection

12 basic hydraulic conﬁgurations are provided in the heat pump manager which can be pulled up with the system selection and applied in the controller. Pulled up with the system selection and applied in the controller.

The system selection was decided in accordance with the following criteria:

1. by type of heat pump

- only heating series: CMF 80, CMF 140

- Heating/cooling series: CMF 90/150/120/160,

CMT 100/150/120/160

CMF 120/160 EMT/EMF100/150

System

selection

Functions

2. by operating mode

- single energy source operation (supplemental heating is a supplemental electric heater)

- bivalent mode (supplemental

heating is a boiler)

3. by special case

- integration of solar systems

- integration of solid fuel boilers

The following pages show a selection of these basic hydraulic conﬁgurations with the corresponding basic programming list.

In any case, during commissioning, assign one of the basic hydraulic conﬁgurations via the menu item system selection to the “On-sitesystem”. Take special care that the system you select is as near as possible to system installed onsite. The location of the sensors is especially important. Please orient yourself on the system diagram for the selected system.

See page 24

Basic hydraulics for the functions “Heating and hot water”, single energy-source mode, 1 supplemental electric heating, bivalence point -5°C

not for heat pumps with heating meters

Heating/cooling version, single energy-source mode, 1 supplemental electric heating, Bivalence point -5°C

Heating/cooling version, single energy-source mode, 1 supplemental electric heating, solar system, bivalence point -5°C

not for heat pumps with heating meters

Heating/cooling version, bivalent mode, bivalence point -3°C

Heating/cooling version, bivalent mode, solar system, bivalence point -3°C

Heating/cooling version, bivalent mode with solid fuel + option for 1 supplemental electric heating, bivalence point -3°C

NOTE

The functions Heating circuit 2 (mixer circuit) and Hot water are automatically recognised through the connected sensors when the heat pump manager is started up. The relevant menus are hidden if no sensor is connected.

Page 48

REMKO HEAT PUMP MANAGER

Sample hydraulic diagram for system selection 1

Basic hydraulics "System selection 1" is loaded with reset specialist

Functions: Heating and hot water, monoenergetic operating mode

Indoor unit CMF / EMF

Heating circuit 1

Heating circuit 2

Outdoor unit

F11

F17

II 0 I

Heating/cooling

water

Storage tank

KPS 300

Process hot water tank EWS 300

A12

A4/A5

Taps

CW input

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

2) If the surface heating is the only heat distribution system, it automatically becomes heating circuit 1. A mixer is not necessary in this case!

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German)

Terminal address On / Off On

Time 0-24 Set time

Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 01

Regulator type 00-06 06 WE 1 type 00-09 07 WE BUS 00-05 05 Gradient On / Off Off WE 2 type 00-22 00 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On Off

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Output/level 00–9950 kW

WE 1 level 1 = 50

WE 3 level 1 = 1

continue with key next to "End" MF 1 function 00-37 37 T - MF 1 target -20°C-90°C (----) MF 1 Hyst 2K-10K (----) MF 1 Hyst Off 2K-10K (----) MF 2 function 00-36 18 T - MF 2 target -20°C-90°C (----) MF 2 Hyst 2K-10K (----) MF 2 Hyst Off 2K-10K (----) MF 3 function 00-36 10 T - MF 3 target -20°C-90°C (----) MF 3 Hyst 2K-10K (----) MF 3 Hyst Off 2K-10K (----) MF 4 function 00-36 02 T - MF 4 target -20°C-90°C (----) MF 4 Hyst 2K-10K (----) MF 4 Hyst Off 2K-10K (----) F15 function 00-09 09 E1 function 00-03 02 E2 function 00-03 03 Sensor 1k/5k sensors 5k sensors

Page 49

0000

F17

l/h

Tmax

F11

Sample hydraulic diagram for system selection 2

Hydraulic diagram for the heat pump assembly 2 (only for CMF 80/140)

Functions: Heating and hot water, monoenergetic operating mode

“System selection 2”

Indoor unit CMF 80/140

Heating/cooling

water-Storage tank

KPS 300

Outdoor unit

Process water

Storage tank

HPS 500

Notes:

1) Recommended location for heating meters. These are not included in REMKO's scope of delivery. We recommend a set-up with a ﬂow volume of 2.5 m3/h.

2) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

3) Option: As many as 2 additional submersible electric heating elements can be mounted in the hot water storage tank (an external protector is necessary on-site).

4) If the surface heating is the only heat distribution system, it automatically becomes a heating circuit 1. A mixer is not necessary in this case!

Heating circuit 1

Fresh water station

Heating circuit 2

Taps

CW inlet

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German)

Terminal address On/Off On

Time 0-24 Set time

Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 02

Regulator type 00-06 06 WE 1 type 00-09 07 WE bus 00-05 05 Gradient On/Off Off WE 2 type 00-22 01 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On Off

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

WE 1 level 1 = 50

Output/level 00–9950 kW

WE 2 level 1 = 1

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 00-36 00 T-MF 1 target -20°C-90°C (----) MF 1 Hyst 2K-10K (----) MF 1 Hyst Off 2K-10K (----) MF 2 function 00-36 18 T-MF 2 target -20°C-90°C (----) MF 2 Hyst 2K-10K (----) MF 2 Hyst Off 2K-10K (----) MF 3 function 00-36 10 T-MF 3 target -20°C-90°C (----) MF 3 Hyst 2K-10K (----) MF 3 Hyst Off 2K-10K (----) MF 4 function 00-36 02 T-MF 4 target -20°C-90°C (----) MF 4 Hyst 2K-10K (----) MF 4 Hyst Off 2K-10K (----) F15 function 00-08 07 E1 function 00-03 02 E2 function 00-03 03 Sensor 1k/5k sensors 5k sensors

Page 50

REMKO HEAT PUMP MANAGER

Sample hydraulic diagram for system selection 3

Hydraulic diagram for the heat pump assembly 2 (only for CMF 80/140)

Functions: Heating and hot water, bi-fuel operating mode with gas wall mounted heater

“System selection 3”

Outdoor unit

Indoor unit CMF80/140

F17

Gas wall

mounted heater.

Heating/cooling

water

Storage tank

KPS 300

0000

Process water

Storage tank

HPS 500

Heating circuit 1

F11

Tmax

l/h

Heating circuit 2

Taps

CW inlet

Fresh water station

Notes:

1) Recommended location for heat meters. We recommend a set-up with a ﬂow volume of 2.5 m3/h.

2) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

4) If the surface heating is the only heat distribution system, it automatically becomes a heating circuit 1. A mixer is not necessary in this case!

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German)

Terminal address On/Off On

Time 0-24 Set time

Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 03

Regulator type 00-06 06 WE 1 type 00-09 07 WE bus 00-05 05 Gradient On/Off Off WE 2 type 00-22 01 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On Off

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

WE 1 level 1 = 50

Output/level 00 – 9950 kW

WE 2 level 1 = 1

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 1 0 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 0 2 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K ( ---- ) MF 4 Hyst Off 2 K - 1 0 K ( ---- ) F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 51

0000

F17

l/h

Tmax

F11

Sample hydraulic diagram for system selection 3

Hydraulic diagram for the heat pump assembly 2 (only for CMF 80/140)

Functions: Heating and hot water, bi-fuel operating mode with boiler

“System selection 3”

Indoor unit CMF 80/140

Outdoor unit

Notes:

1) Recommended location for heat meters. These are not included in REMKO's scope of delivery. We recommend a set-up with a ﬂow volume of 2.5 m3/h.

2) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

4) If the surface heating is the only heat distribution system, it automatically becomes a heating circuit 1. A mixer is not necessary in this case!

Gas/oil boiler

Heating/cooling

water

Storage tank

KPS 300

Process water

Storage tank

HPS 500

Heating circuit 1

Fresh water station

Heating circuit 2

Taps

CW inlet

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German)

Terminal address On/Off On

Time 0-24 Set time

Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 03

Regulator type 00-06 06 WE 1 type 00-09 07 WE bus 00-05 05 Gradient On/Off Off WE 2 type 00-22 01 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On Off

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

WE 1 level 1 = 50

Output/level 00 – 9950 kW

WE 2 level 1 = 1

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 1 0 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 0 2 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K ( ---- ) MF 4 Hyst Off 2 K - 1 0 K ( ---- ) F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 52

REMKO HEAT PUMP MANAGER

Hydraulikschema 18

Sample hydraulic diagram for system selection 4

Hydraulic diagram for the heat pump assembly 5 (only for CMF 80/140)

Functions: Heating bi-fuel operating mode, waste warm water with solid fuel boiler

“System selection 4”

Solid fuel

boiler

water

Tmax

Taps

l/h

CW inlet

Fresh water station

Heating/cooling

Storage tank

KPS 300

Outdoor unit

Indoor unit CMF 80/140

F17

F14

0000V0000

Heating circuit 1

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

2) If the surface heating is the only heat distribution system, it automatically becomes a heating circuit 1. A mixer is not necessary in this case!

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German) Terminal address On/Off On Time 0-24 Set time Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-09 04

Regulator type 00-06 06 WE 1 type 00-09 07 WE bus 00-05 05 Gradient On/Off Off WE 2 type 00-22 01 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On Off

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

WE 1 level 1 = 50

Output/level 00 – 9950 kW

WE 2 level 1 = 1

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 1 0 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 2 2 T - MF 4 target - 2 0 °C - 9 0 °C 50 MF 4 Hyst 2 K - 1 0 K 10 MF 4 Hyst Off 2 K - 1 0 K ( ---- ) F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 53

0000

F14

0000

F17

F12

l/h

Tmax

Sample hydraulic diagram for system selection 5

Hydraulic diagram for the heat pump assembly 5 (only for CMF 80/140)

Functions: Heating, hot water and solar monoenergetic operating mode

“System selection 5”

Indoor unit CMF 80/140

Heating circuit

Outdoor unit

Multi purpose

storage tank

MPS 1000

Taps

CW inlet

Fresh water station

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

2) We recommend, because of possible high temperatures - caused by the solar plant, to always connect the heating circuit over a 3-way mixer.

3) If a circulation pump is installed, it must be controlled separately.

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German) Terminal address On/Off On Time 0-24 Set time Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-09 05

Regulator type 00-06 06 WE 1 type 00-09 07 WE bus 00-05 05 Gradient On/Off Off WE 2 type 00-22 00 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On Off

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

WE 1 level 1 = 50

Output/level 00 – 9950 kW

WE 2 level 1 = (---)

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 1 0 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 2 3 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K 5.0K MF 4 Hyst Off 2 K - 1 0 K 2.0K F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 54

REMKO HEAT PUMP MANAGER

Sample hydraulic diagram for system selection 6

Hydraulic diagram for the heat pump assembly 9

Functions: Heating or cooling and hot water, monoenergetic operating mode

“System selection 6”

Indoor unit CMF 120/160 EMF/EMT 100/150

Heating circuit 1

2) 3)

Cooling circuitHeating circuit 2

Outdoor unit

F11

F17

II 0 I

Heating/cooling

water

Storage tank

KPS 300

Tmax

Process water

Storage tank

HPS 500

A12

l/h

Taps

A10

A4/A5

CW inlet

Fresh water station

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

2) If the surface heating is the only heat distribution system, it automatically becomes heating circuit 1. A mixer is not necessary in this case!

3) Cooling is activated over heating circuit 2 (mixer circuit). If cooled with a separate cooling circuit, menu item "T-supply cooling" must be set to "Closed".

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German) Terminal address On / Off On Time 0-24 Set time Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 06

Regulator type 00-06 06 WE 1 type 00-09 07 WE BUS 00-05 05 Gradient On / Off Off WE 2 type 00-22 08 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On On

Standard,T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

Output/level 00 – 9950 kW

WE 1 level 1 = 50

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 3 4 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 0 2 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K ( ---- ) MF 4 Hyst Off 2 K - 1 0 K ( ---- ) F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 55

Sample hydraulic diagram for system selection 6

Hydraulic diagram for the heat pump assembly 12

Functions: Heating or cooling and hot water, monoenergetic operating mode

“System selection 6”

Outdoor unit

F17

F11

II 0 I

Process hot water tank

EWS 300

Heating circuit 1

Taps

A12

Surface heating /

Surface cooling

A4/A5

Indoor unit CMT 120/160 EMT 100/150

CW inlet

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

2) If the surface heating is the only heat distribution system, it automatically becomes heating circuit 1. A mixer is not necessary in this case! The cooling must be activated via heating circuit 2 by setting T-supply cooling to the desired cooling target supply temperature.

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German) Terminal address On / Off On Time 0-24 Set time Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 06

Standard,T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

Output/level 00 – 9950 kW

continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 3 4 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 0 2 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K 5.0K MF 4 Hyst Off 2 K - 1 0 K 2.0 K F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

WE 1 level 1 = 50

WE 3 level 1 = 1

Page 56

REMKO HEAT PUMP MANAGER

Sample hydraulic diagram for system selection 7

Hydraulic diagram for the heat pump assembly 11

Functions: Heating or cooling, hot water and solar monoenergetic operating mode

“System selection 7”

F14

Outdoor unit

Indoor unit CMF 120/160 EMF/EMT 100/150

F11

F17

II 0 I

Multi-function

Storage tank

MPS 1000

Tmax

Fresh water station

F12

Taps

l/h

Heating circuit

CW inlet

A4/A5

Cooling circuit

A12

A10

Cooling water

Storage tank

KPS 300

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

2) We recommend, because of possible high temperatures - caused by the solar plant, to always connect the heating circuit via a 3-way mixer.

3) If a circulation pump is installed, it must be controlled separately.

4) The cooling must be activated via heating circuit 1 by setting T-supply cooling to the desired cooling target supply temperature.

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German) Terminal address On / Off On Time 0-24 Set time Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 07

Standard,T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

Output/level 00 – 9950 kW

WE 1 level 1 = 50

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 3 4 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 2 3 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K 5,0K MF 4 Hyst Off 2 K - 1 0 K 2,0K F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

A10

Page 57

Sample hydraulic diagram for system selection 7

Hydraulic diagram for heat pump assembly WP 12

Functions: Heating or surface cooling and process hot water single energy source operating mode, solar thermal process water support "System selection 7"

Collector surface: max. 3-4 m

Outdoor unit

F14

F17

F11

II 0 I

Process hot water tank

EWS 300

Heating circuit 1

Taps

A12

Surface heating/

Surface cooling

A4/A5

Indoor unit CMT 120/160 EMT 100/150

A12

F12

CW inlet

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

3) If a circulation pump is installed, it must be controlled separately.

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German) Terminal address On / Off On Time 0-24 Set time Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 07

Standard,T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

Output/level 00 – 9950 kW

WE 1 level 1 = 50

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 3 4 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 2 3 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K 5,0K MF 4 Hyst Off 2 K - 1 0 K 2,0K F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 58

REMKO HEAT PUMP MANAGER

0000

F14

0000

F12

F17

l/h

Tmax

Sample hydraulic diagram for system selection 8

Hydraulic diagram for the heat pump assembly 5 (only for CMF 80/140)

Functions: Heating, hot process water, solar monoenergetic operating mode

“System selection 8”

Indoor unit CMF 80/140

Heating circuit

Taps

Outdoor unit

Multi purpose

storage tank

MPS 1000

CW inlet

Fresh water station

Notes:

1) Recommended location for heat meters. These are not included in REMKO's scope of delivery. We recommend a set-up with a ﬂow volume of 2.5 m3/h.

2) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

4) We recommend, because of possible high temperatures - caused by the solar plant, to always connect the heating circuit over a 3-way mixer.

5) If a circulation pump is installed, it must be controlled separately.

Designation Value range Factory setting

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German)

Terminal address On/Off On

Time 0-24 Set time

Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 08

Regulator type 00-06 06 WE 1 type 00-09 07 WE bus 00-05 05 Gradient On/Off Off WE 2 type 00-22 01 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On Off

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

WE 1 level 1 = 50

Output/level 00 – 9950 kW

WE 2 level 1 = 1

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 1 0 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 2 3 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K 5.0 K MF 4 Hyst Off 2 K - 1 0 K 2.0 K F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 59

0000

F14

0000

F17

F12

l/h

Tmax

Sample hydraulic diagram for system selection 9

Hydraulic diagram for the heat pump assembly 5 (only for CMF 80/140)

Functions: Heating, hot process water, solar, bi-fuel operating mode with gas wall mounted heater

“System selection 9”

Gas wall

Indoor unit CMF 80/140

mounted heater

Heating circuit

Outdoor unit

Multi-function

storage tank

MPS 1000

Taps

CW inlet

Fresh water station

Notes:

1) Recommended location for heat meters. These are not included in REMKO's scope of delivery. We recommend a set-up with a ﬂow volume of 2.5 m3/h.

2) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

4) We recommend, because of possible high temperatures - caused by the solar plant, to always connect the heating circuit over a 3-way mixer.

5) If a circulation pump is installed, it must be controlled separately.

Designation Value range Factory setting

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German)

Terminal address On/Off On

Time 0-24 Set time

Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 09

Regulator type 00-06 06 WE 1 type 00-09 07 WE bus 00-05 05 Gradient On/Off Off WE 2 type 00-22 01 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On Off

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

WE 1 level 1 = 50

Output/level 00 – 9950 kW

WE 2 level 1 = 1

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 1 0 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 2 3 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K 5.0 K MF 4 Hyst Off 2 K - 1 0 K 2.0 K F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 60

REMKO HEAT PUMP MANAGER

Sample hydraulic diagram for system selection 10

Hydraulic diagram for the heat pump assembly 9

Gas/oil

boiler

A4/A5

2) 3)

Cooling circuit

A10

Heating circuit 1

Heat-/Cooling

water Storage tank

KPS 300

Process water

Storage tank

Tmax

HPS 500

A12

l/h

Heating circuit 2

Taps

Functions: Heating or cooling and hot water, bi-fuel operating mode with heating boiler

“System selection 10”

Indoor unit CMF 120/160 EMF 100/150

Outdoor unit

F11

F17

II 0 I

CW inlet

Fresh water station

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

2) If the surface heating is the only heat distribution system, it automatically becomes heating circuit 1. A mixer is not necessary in this case!

3) Cooling is activated over heating circuit 2 (mixer circuit). If cooled with a separate cooling circuit, menu item "T-supply cooling" must be set to "Closed".

Designation Value range Factory setting

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German)

Terminal address On/Off On

Time 0-24 Set time

Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 10

Regulator type 00-06 06 WE 1 type 00-09 07 WE bus 00-05 05 Gradient On/Off Off WE 2 type 00-22 08 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On On

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

Output/level 00 – 9950 kW

WE 1 level 1 = 50

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 3 4 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 0 2 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K ( ---- ) MF 4 Hyst Off 2 K - 1 0 K ( ---- ) F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 61

Sample hydraulic diagram for system selection 11

Hydraulikschema zum Wärmepumpenpaket WP 10

gerät

Funktionen: Heizen, Warmwasser und Solar bivalente Betriebsart mit Gaswandheizgerät

“Anlagenwahl 11”

Indoor unit CMF 120/160 EMF 100/150

F14

Outdoor unit

II 0 I

Gaswandheiz-

F11

F17

Multifunktions-

Pufferpeicher

MPS 1000

F12

Tmax

Taps

l/h

CW inlet

Fresh water station

Heating circuit

A4/A5

A12

Hinweise:

1) Heizkreis-Umwälzpumpe(n) sind nicht im REMKO-Lieferumfang. Wir empfehlen die Verwendung von Hochefﬁzienz-Umwälzpumpen.

2) Wir empfehlen, aufgrund der möglichen hochen Temperaturen - hervorgerufen durch die Solaranlage, den Heizkreis immer über einen 3-Wege-Mischer anzubinden.

3) Eine eventuell vorhandene Zirkulationspumpe muss bauseits separat angesteuert werden.

Designation Value range Factory setting

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German)

Terminal address On/Off On

Time 0-24 Set time

Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 11

Regulator type 00-06 06 WE 1 type 00-09 07 WE bus 00-05 05 Gradient On/Off Off WE 2 type 00-22 08 WE 2 tank 00-03 00 WE 3 type 00-09 01 WE 4 type 00-09 00 Buffer type 00-02 00 Cooling mode Off/On On

Standard, T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

Output/level 00 – 9950 kW

WE 1 level 1 = 50

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 6 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 3 4 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 2 3 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K 5,0K MF 4 Hyst Off 2 K - 1 0 K 2,0K F15 function 0 0 - 0 8 0 7 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 62

REMKO HEAT PUMP MANAGER

Sample hydraulic diagram for system selection 11

Hydraulic diagram for heat pump assembly WP 10

Functions: Heating, hot water and solar bivalent operating mode with boiler

“System selection 11”

Indoor unit CMF 120/160 EMF 100/150

F14

Outdoor unit

Gas/Oil

ﬁred boiler

F11

F17

II 0 I

Multi-function

Storage tank

MPS 1000

F12

Tmax

Taps

l/h

CW inlet

Fresh water station

Heating circuit

A4/A5

A12

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

2) We recommend, because of possible high temperatures - caused by the solar plant, to always connect the heating circuit via a 3-way mixer.

3) If a circulation pump is installed, it must be controlled separately.

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German) Terminal address On / Off On Time 0-24 Set time Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 11

Standard,T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

Output/level 00 – 9950 kW

WE 1 level 1 = 50

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 7 37 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 3 4 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 2 3 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K 5.0K MF 4 Hyst Off 2 K - 1 0 K 2.0 K F15 function 0 0 - 0 9 09 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 63

Sample hydraulic diagram for system selection 12

Hydraulic diagram for heat pump assembly WP 10

Functions: Heating and hot water single energy source operating mode and solid fuel boiler

“System selection 12”

Solid fuel

A12

boiler

Outdoor unit

Indoor unit CMF 120/160 EMF 100/150

TH2

F14

F11

F17

II 0 I

Heating circuit

Multi-function

Storage tank

MPS 1000

Tmax

Taps

l/h

Fresh water station

CW inlet

A4/A5

Notes:

1) Heating circuit circulation pump(s) not included in REMKO's scope of delivery. We recommend the use of high-efﬁciency circulation pumps.

2) We recommend, because of possible high temperatures - caused by the solid fuel boiler, to always connect the heating circuit via a 3-way mixer.

3) If a circulation pump is installed, it must be controlled separately.

Designation Value range Programming

BUS code BM Off, 00-15 Off

Language D/GB/F/NL/E/I D (German) Terminal address On / Off On Time 0-24 Set time Date Year, month, day Set date BUS code 1 00-15 01 BUS code 2 00-15 02

System selection ---/01-12 12

Standard,T-feed

HC1 function

const, swimming

pool, WW,

Standard

return

HC2 function see HC1 Standard

Designation Value range Programming

Output/level 00 – 9950 kW

WE 1 level 1 = 50

WE 3 level 1 = 1 continue with key next to "End" MF 1 function 0 0 - 3 7 0 0 T - MF 1 target - 2 0 °C - 9 0 °C ( ---- ) MF 1 Hyst 2 K - 1 0 K ( ---- ) MF 1 Hyst Off 2 K - 1 0 K ( ---- ) MF 2 function 0 0 - 3 6 18 T - MF 2 target - 2 0 °C - 9 0 °C ( ---- ) MF 2 Hyst 2 K - 1 0 K ( ---- ) MF 2 Hyst Off 2 K - 1 0 K ( ---- ) MF 3 function 0 0 - 3 6 3 4 T - MF 3 target - 2 0 °C - 9 0 °C ( ---- ) MF 3 Hyst 2 K - 1 0 K ( ---- ) MF 3 Hyst Off 2 K - 1 0 K ( ---- ) MF 4 function 0 0 - 3 6 2 2 T - MF 4 target - 2 0 °C - 9 0 °C ( ---- ) MF 4 Hyst 2 K - 1 0 K 50 MF 4 Hyst Off 2 K - 1 0 K 10 F15 function 0 0 - 0 9 0 9 E 1 function 0 0 - 0 3 0 2 E 2 function 0 0 - 0 3 0 3 Sensor 1k/5k sensors 5k sensors

Page 64

REMKO HEAT PUMP MANAGER

Contact layout Merlin I/O circuit board

View solder side

Connection terminal Earth Sensor Connection terminal N-Conductor Consumer Feed phase for consumers (bridge of 22 to 41)

Component side view (installation situation)

















Page 65

Remko speciﬁc contact layout for the circuit board inputs

Terminal Sensor no. Description Note

1 F9 External sensor

2 F8

3 F6 Hot water sensor

4 F5 Supply sensor HC 2 (mixer circuit)

5 F3 FBR-2 Analog remote control (only for HK1)

6 F2 FBR-2 Analog remote control (only for HK1)

7 F1 Sensor storage tank bottom Reference sensor solid-fuel boiler

8 F11 Supply sensor WP or HC 1 HC 1 is a direct heating circuit

9 F12 Sensor storage tank bottom Reference sensor solar or solid-fuel boiler

10 F13 not assigned

11 F14 Sensor solar collector or solid-fuel boiler Pt 1000

12 F15 Flow meter Impulse input

13 F17 Return sensor (cooling control sensor)

14 eBUS + Signal output 0-10 V Modulation depth (target output in %)

15 eBus - Signal output 0-10 V Modulation depth (target output in %)

16 CAN-Bus H

17 CAN-Bus L

18 CAN-Bus -

19 CAN-Bus +

Collector sensor (collective supply) Heating control sensor

Heating control sensor. Must be located in accordance with the system diagram!

Data bus for connecting to other heat pumps managers and / or digital remote controls

NOTE

Please also note the connection diagrams or the electrical circuit diagrams for the installed heat pump. These are found in the respective installation manual.

Setting of the DIP switches

RESET to factory setting

(ADR)

The heat pump manager can be

DIP switches 1-4:

The DIP switches 1-4 serve for the setting of the controller address. Normally the standard address is set to 01. On the other hand, if multiple controllers (heat pump manager) are in the system (switched in combination through the CAN-BUS loop), each individual controller must be issued a separate controller address. The address must then be adopted in the corresponding

DIP switch 5: Not assigned

DIP switch 6:

DIP switch 6 serves as a BUS load resistor. The BUS load resistor must be set once in the bus system. DIP switch 6 --> OFF: The load resistor is not set. DIP switch 6 --> ON: The load resistor is set.

LED displays

reset to the factory setting. For this purpose, proceed as follows:

1. Voltage OFF

2. Block DIP switch 1

3. Voltage ON

4. Reset DIP Switch 1 Note: Step 4 must take place within 3 seconds of Step 3. The loading of the factory setting was successful if the LEDs ﬂicker for 1 second during Step 4.

display/control element (BM-T "Terminal"). It is possible to assign a maximum 16 different addresses

- in other words the use of up to 16 controllers. The assignment of the DIP switch position for the

Green LED blinking: no BUS connection Green LED continuous: BUS-connection present Red LED blinking: Error

controller address can be found directly in the "Solder side view" connection diagram.

Page 66

REMKO HEAT PUMP MANAGER

Troubleshooting and customer service

General troubleshooting information

Sensor test - probe

Relay test all outputs (mixers, pumps, etc. only after the input

If the system does not operate correctly, ﬁrst check the cabling in the controller and controller components.

At the level "General/ Service/ Sensor test", all sensors can be checked. All of the connected sensors have to appear here with plausible measured values.

switched to the 4-digit code number)

At the level "General/ Service/ Sensor test", all actuators can be checked. All relays can be switched individually at this level. This enables the correct connection of these components (e.g. direction of rotation of the mixers) to be easily checked.

The equipment and components are manufactured using state-of-the-art production methods and tested several times to verify their correct function. If malfunctions should occur, please check the functions as detailed in the list below. Please inform your dealer if the unit is still not working correctly after all the functional checks have been performed!

Malfunctions

Fault Possible cause Checks Remedial measures

Bus wiring and sensor wiring must be separated spatially from mains wiring.

Check poles

There must be at least 8V DC between the BUS plug's "+" and "-" terminals [terminals 18+19]. If too little voltage is measured, an external supply must be installed.

Type of pump switching at the specialist level heating circuit

Check operating mode => standard. Check time and heating programme => heating period Check pump switching => type of pump switching Standard => outdoor temperature > room target temperature? Heating limits => outdoor temperature > valid heating limit? Room controller => room temperature > target temperature + 1K Additional tests via the controller's relay test function.

Communications fault

Pumps do not switch off

Pumps fail to switch on

Bus and sensor wiring were laid together

Switched poles Check poles

To little voltage at the CAN-BUS plug

Operating mode Settings misaligned

Operating mode Time and heating programme pump switching Outdoor temperature and room target temperature Heating limits or Room control misaligned

Check connection cables

Check voltage

Check operating mode and settings

Operating mode Time and heating programme pump switching Outdoor temperature and room target temperature Heating limits or Check room control

Page 67

Heat pump manager error codes

The error codes listed in the table can be called up in the display of the heat pump manager. See

Controller ---> Displays ---> System ---> Errors. If an error with a corresponding code is present, an error scan can be performed by pressing the assigned function key. After a short period of time the 10

most recent faults, including the date and time, are listed with the exception of error codes 54 and

55. They are treated as recurring messages and are not listed in the error scan.

Display Fault description/note

E 51 Notice that annual maintenance is needed

Message: “Heat pump fault”.The ﬂow monitor has tripped. A ﬂow problem has occurred.

E 54

Possible causes are air in the system, a clogged dirt trap or a defect of the charging pump in the indoor module. If the red indicator lamp illuminates, there is a problem in the outdoor module which can only be remedied through customer service.

“Power company shut-off” message. Information that the power company has begun an

E 55

off-period. The heating pump is switched off. The second heating appliance is switched on as necessary. The electrical heating must be locked on-site using a relay switch.

E 69 Failure or short in supply sensor HK2 (mixing circuit). Sensor F5

E 70 Failure or short inlet pipe WP Multi-purpose sensor 1 Sensor F11

E 71 Failure or short in lower buffer sensor Sensor F12

E 75 Failure or short, external sensor Sensor F9

E 76 Failure or short, domestic water sensor Sensor F6

E 78 Failure or short, collector sensor Sensor F8

E 80 Failure or short, room sensor heating circuit 1. No assignment by REMKO

E 81

EEPROM error. The valid value has been replaced by the default value. Check parameter values!

E 90 Address 0 and 1 on bus. Bus codes 0 and 1 may not be used simultaneously.

E 91 Bus code assigned. The set bus code is already being used by another device.

E 135 Failure or short, lower WW buffer sensor, multifunction sensor 2. No assignment by REMKO

E 137 Failure or short in collector sensor 1, multifunction sensor 4. Sensor F14

E 140 Failure or short in return line (cooling-mode control sensor) Sensor F17

E 200 - E 207 Communication heating appliance 1 to WE 7

E 220 - E 253 Communication BM 0 to BM 15

E 240 Communication Manager

E 241 Communication (individual) heating appliances

E 242 Communication mixer

E 243 Communication Solar

Page 68

REMKO HEAT PUMP MANAGER

Sensor values / characteristic curve

Temperature 5 kOhm sensor (NTC) Sensor F14 (Pt 1000)

-60℃ 698961 Ohm -

-50℃ 333908 Ohm -

-40℃ 167835Ohm -

-30℃ 88340 Ohm -

-20℃ 48487 Ohm 922 Ohm

-10℃ 27648 Ohm 961 Ohm

-0℃ 16325 Ohm 1000 Ohm

10℃ 9952 Ohm 1039 Ohm

20℃ 6247 Ohm 1078 Ohm

25℃ 5000 Ohm

30℃ 4028 Ohm 1118 Ohm

40℃ 2662 Ohm 1155Ohm

50℃ 1801 Ohm 1194 Ohm

60℃ 1244 Ohm 1232Ohm

70℃ 876 Ohm 1270Ohm

80℃ 628 Ohm 1309 Ohm

90℃ 458 Ohm 1347 Ohm

100℃ 339 Ohm 1385 Ohm

110℃ 255 Ohm 1422 Ohm

120℃ 194 Ohm 1460 Ohm

Page 69

Technical data

Supply voltage V (DC) 12 - 20

Power consumption mA 25

Protection category in accordance with EN 60529 IP 40

Protection class in accordance with EN 60730 Part III

The clocks power reserve Hr. > 10

permitted ambient temperature in the workplace °C 0 - +50

permitted ambient temperature in storage °C - 20 - +60

permitted humidity, non-condensing r.H.% 95

Humidistat

Tolerance of the temperature sensor shunt NTC 5 k +/-1% at 25°C or +/- 0.2K at 25°

Tolerance of the temperature sensor Pt 1000 +/-0.2% at 0°C

Switching capacity of the relay outputs

Switching capacity of the triac outputs

+/-5% relative humidity at 25°C and 60% air humidity room sensor

2(2) A, 250 V~

1(1) A, 250 V~

Page 70

Notes

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Page 72

REMKO INTERNATIONAL

… and also right in your neighbourhood! Make use of our experience and advice

Consulting

Thanks to intensive training, our consultants are always completely up-to-date in terms of technical knowledge. This has given us the reputation of being more than just an excellent, reliable supplier: REMKO, a partner helping you ﬁnd solutions to your problems.

Distribution

REMKO offers not just a well established sales network both nationally and internationally, but also has exceptionally highlyqualiﬁed sales specialists. REMKO ﬁeld staff are more than just sales representatives: above all, they must act as advisers to our customers in air conditioning and heating technology.

REMKO GmbH & Co. KG Air conditioning and heating technology

Customer Service

Our equipment operates precisely and reliably. However, in the event of a fault, REMKO customer service is quickly at the scene. Our comprehensive network of experienced dealers always guarantees quick and reliable service.

Im Seelenkamp 12 D-32791 Lage Postbox 1827 D-32777 Lage Telephone +49 5232 606-0 Fax +49 52 32 6 06-260 Email [email protected] Website www.remko.de

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