dodatna oprema za toplotne pumpe - fujitsu klima uređaji

OPTIONAL PARTS

DTW_OPT001E_122015.10.05

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CONTENTS

OPTIONAL PARTS

1. OPTIONAL PARTS LIST .......................................................................... OP01 - 011-1. LIST .................................................................................................................... OP01 - 01

1-2. CONNECTION LIST ......................................................................................... OP01 - 05

2. CONNECTION CONFIGURATION EXAMPLE ........................ OP01 - 082-1. 1-HEATING CIRCUIT ....................................................................................... OP01 - 08

2-2. 1-HEATING CIRCUIT AND DHW TANK ....................................................... OP01 - 11

2-3. 2-HEATING CIRCUITS .................................................................................... OP01 - 13

2-4. 2-HEATING CIRCUITS AND DHW TANK .................................................... OP01 - 15

2-5. 2-HEATING CIRCUITS WITH ZONE VALVE ............................................... OP01 - 16

2-6. 2-HEATING CIRCUITS WITH ZONE VALVE AND DHW TANK ............... OP01 - 17

2-7. BOILER CONNECTION AND 1-HEATING CIRCUIT.................................. OP01 - 18

2-8. BOILER CONNECTION AND 2-HEATING CIRCUITS ............................... OP01 - 21

2-9. BOILER CONNECTION, 1-HEATING CIRCUIT AND DHW TANK .......... OP01 - 23

2-10. BOILER CONNECTION, 2-HEATING CIRCUITS AND DHW TANK ....... OP01 - 25

- (OP01 - 01) -Optional parts

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OPTIONAL PARTS LIST1. LIST1-1.

Boiler connection kitModel: UTW-KBSXD

Boiler connection kitModel: UTW-KBDXD

2nd circuit kit Model: UTW-KZSXDUTW-KZSXE

2nd circuit kit Model: UTW-KZDXDUTW-KZDXE

DHW kitModel: UTW-KDWXD

Cooling kitModel: UTW-KCLXD

LN

LN2

4

Circulating pumpModel: UTW-PHFXD

Swimming pool kitModel: UTW-KSPXA

Swimming pool kitModel: UTW-KSPXD

Heat exchanger for Swimming pool Model: UTW-ESPXA


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Room thermostatModel: UTW-C55XA

Room thermostat (Wireless)Model: UTW-C58XD

Wireless

Remote controlModel: UTW-C75XA, UTW-C75XA-E

Remote control (Wireless)Model: UTW-C78XD, UTW-C78XD-E

Wireless

Graphical remote controlModel: UTW-C74TXF, UTW-C74HXF

DHW TankModel: UTW-T20XA, UTW-T30XA

DHW TankModel: UTW-T30XD

200L model 300L model

Outdoor sensor transmitterModel: UTW-MOSXD

RF moduleModel: UTW-M60XD, UTW-MRCXD

Wireless

Balancing vesselModel: UTW-TEVXA

LPB clipModel: UTW-KL1XD

UTW-M60XD

for X60-Port

UTW-MRCXD

for X86 or X150-Port


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Modbus clipModel: UTW-KMBXE

Web serverModel: UTW-KWSXD, UTW-KW1XD, UTW-KW4XD

Regulation extension kitModel: UTW-KREXD

Mode exchange kitModel: UTW-KMEXE

Service tool (incl. OCI700 adaptor) Model: UTW-KSTXD

Service tool software Model: UTW-KPSXD

CD-ROM(Software)

DHW expansion vessel kit Model: UTW-KDEXE

Cascade master kit (incl. LPB clip) Model: UTW-KCMXE

L N L LQX4 QX5

N

Cascade slave kit (incl. LPB clip) Model: UTW-KCSXE

HMI kit Model: UTW-KHMXE

Solar regulation kit Model: UTW-KSRXE

Low noise kit Model: UTW-KLNXE

UTW-KW1XDUTW-KW4XDUTW-KWSXD


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Back-up heater Model: UTW-HS6XG

Back-up heater Model: UTW-HT9XG

Zone control kit Model: UTW-KZMXG

Base heater Model: UTW-HAMXE

Base heater Model: UTW-HAMXF

External connect kit Model: UTY-XWZXZ2

Drain pan Model: UTW-KDPXA

INPUTOUTPUT


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CONNECTION LIST1-2. : Available, —: Not available

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Optional parts Split type Monobloc type Split integrated DHW type

Names Model

Single phase type 3 phase type Single phase Single phase type 3 phase

typeComfort series High power series Compact series Comfort

series High power series

050DG050DG6050DD6 140DG

140DG6140DC6

140DG160DG

160DG9160DC9

080LA050LG050LE

080LG080LF080LE

050DG050DG6050DD6 140DG

140DG6140DC6

160DG160DG9160DC9100DG

100DG6100DD6

100LA100LG100LF100LE

100DG100DG6100DD6

HYD

RA

ULI

C U

NIT

Boiler connection kitUTW-KBSXD — — — — — —

UTW-KBDXD — — — — — —

2nd circuit kit

UTW-KZSXDUTW-KZSXE — — — — — —

UTW-KZDXDUTW-KZDXE — — — — — —

DHW kit

UTW-KDWXF — — — *1 *1 *1 — — —

UTW-KDWXA — — — *2 *2 *2 — — —

UTW-KDWXD — — — — — —

Cooling kit UTW-KCLXD — — —

Circulating pump UTW-PHFXD — — — — —

Swimming pool kitUTW-KSPXA — — — *2 *2 *2 — — —

UTW-KSPXD *1 *1 *1

Heat exchanger for Swimming pool UTW-ESPXA

Room thermostatUTW-C55XA

UTW-C58XD

Remote control

UTW-C75XAUTW-C75XA-E

UTW-C78XDUTW-C78XD-E

Graphical remote control

UTW-C74TXFUTW-C74HXF *1 *1 *1

DHW Tank

UTW-T20XA UTW-T30XA — — —

UTW-T30XD — — —

Outdoor sensor transmitter UTW-MOSXD

RF moduleUTW-M60XD

UTW-MRCXD

Balancing vessel UTW-TEVXA

LPB clip UTW-KL1XD *1 *1 *1

Modbus clip UTW-KMBXE *1 *1 *1

*1 : Only connectable to Hydraulic Unit WSYP100DF6.*2 : Only connectable to Control Box UTW-SCBYA


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Names Model




050DG050DG6050DD6 140DG

140DG6140DC6

140DG160DG

160DG9160DC9

080LA

050LE

080LE080LF

050DG050DG6050DD6 140DG

140DG6140DC6

160DG160DG9160DC9100DG

100DG6100DD6

100LA 100LE100LF

100DG100DG6100DD6

HYD

RA

ULI

C U

NIT

Web server

UTW-KWSXD

UTW-KW1XD

UTW-KW4XD

Regulation extension kit UTW-KREXD *1 *1 *1

Mode exchange kit UTW-KMEXE

Service tool (incl. OCI700 adaptor)

UTW-KSTXD

Service tool software UTW-KPSXD

DHW expansionvessel kit

UTW-KDEXE — — — — — —

Cascade master kit(incl. LPB clip)

UTW-KCMXE—

— — ——

— — —

Cascade slave kit(incl. LPB clip)

UTW-KCSXE—

— — ——

— — —

HMI kit UTW-KHMXE *1 *1 *1

Solar regulation kit UTW-KSRXE *1 *1 *1 — — —

Back-up heaterUTW-HS6XG *3 *3 — — — — *3 *3 —

UTW-HT9XG — — *4 — — — — — *4

Zone control kit UTW-KZMXG — — — *2 *2 *2 — — —

*1 : Only connectable to Hydraulic Unit WSP100DF6.*2 : Only connectable to Control Box UTW-SCBYA*3 : Only connectable to Hydraulic Unit 050DG, 100DG, 140DG.*4 : Only connectable to Hydraulic Unit 140DG, 160DG.


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: Available, —: Not availableU

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ory


Names Model




060LFCA060LDC

112LCTA112LCT

112LCTA112LCT 080LA 050LE 080LE

080LF060LFCA060LDC

112LCTA112LCT

112LCTA112LCT

080LFCA080LDC

140LCTA140LCT

140LCTA140LCT 100LA 100LE

100LF080LFCA080LDC

140LCTA140LCT

140LCTA140LCT

100LFTA100LDT

160LCTA160LCT

100LFTA100LDT

160LCTA160LCT

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UN

IT

Base heater

UTW-HAMXE — — — — — — —

UTW-HAMXF — — — — — — — —

External connect kit UTY-XWZXZ2 — — — — —

Low noise kit UTW-KLNXE — — — — —

Drain pan UTW-KDPXA * — — — — — — — —

* : For 060LFCA, 060LDC, 080LFCA, 080LDC.


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CONNECTION CONFIGURATION EXAMPLE2. 1-HEATING CIRCUIT2-1.

SPLIT TYPE��

Overall hydraulic layout

SA

SE

12

3

6 54

20

Overview of all the electrical connections

SE

R

SP

SA

R

SP

MH

CC

MH

CC

LegendCC - Heating circulation pumpMH - Indoor unit

R - RadiatorsSA - Room thermostat or Room control unit (option)

SE - Outdoor sensorSP - Heated floor thermal safety fuse

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.3- Power supply to the electrical back-ups: Connect the electrical supply for the back-ups to the electrical panel.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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MONOBLOC TYPE��


R

SP

12

54

20


6

SA

SP

SE

SA

SE

R

CC

CC

LegendCC - Heating circulation pumpR - Radiators (or fan convectors)

SA - Room thermostat (option)SE - Outdoor sensor

SP - Heated floor thermal safety fuse

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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SPLIT INTEGRATED DHW TYPE ��

SP

SP

20

56

4

103

2

1

LegendAE - Back-up DHWCAR - Non-return valveC - Heating circulation pumpD - Shut-offGS - Safety unitMT - Thermostatic mixer valve

PC - Floor heating systemPG - Bleeder valveR - RadiatorsSA1 - Room thermostat circuit 1 (Option)Sae - Temperature safety of domestic

electrical back-up

SaeC - Temperature safety (option heating back-up option)

SDp - Flow sensorSP - Heated floor thermal safety fuseSR - Return sensorSsa - DHW sensor

SSe - Safety valveVD - Distribution valveVE - Expansion vessel

1- Power supply to the outdoor unit.(Electrical connections on the outdoor unit side)2- Inter connection between the outdoor unit and the indoor unit.3- Power supply to the electrical back-ups: Connect the electrical supply for the back-ups to the electrical panel.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with power provider: Connect the "Power Provider" contact to the heat pump's regulator.10-Connect the electrical power supply for the domestic water back-up to the electric panel.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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1-HEATING CIRCUIT AND DHW TANK2-2. SPLIT TYPE��

SA

SE

SP

12

3

45

7

8

9

10

6

20


SA

SE


R

SP

AE

SSa

MVD

B

AAB

KSMH

CC

R

AE

MH SSa

MVD

B

AAB

KS

CC

LegendAE - Electric back-up CC - Heating circulation pumpKS - DHW kitMH - Indoor unit

R - RadiatorsSA - Room thermostat or Room control unit (option) SE - Outdoor sensorSP - Heated floor thermal safety fuse

SSa - DHW sensorVD - Distribution valve

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.3- Power supply to the electrical back-ups: Connect the electrical supply for the back-ups to the electrical panel.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.7- Connect the directional valve to the heat pump's regulator.8- Connect the domestic water sensor to the heat pump's regulator.9- Connect the back-up resistance to the electric panel.10- Connect the electrical power supply for the domestic water back-up to the electrical panel.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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MONOBLOC TYPE��

CC

VD

SA

KS SSaSE

AE

R

SP

12

45

7

8

9

10

6

20M


VD

SA

KS SSaSE

AE

R

SP

CARM


CC

LegendCAR - Non-return valve AE - Electric back-up CC - Heating circulation pumpKS - DHW kit

R - Radiators (or fan convectors)SA - Room thermostat (option) SE - Outdoor sensorSP - Heated floor thermal safety fuse


1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.7- Connect the directional valve to the heat pump's regulator.8- Connect the domestic water sensor to the heat pump's regulator.9- Connect the back-up resistance to the electric panel.10- Connect the electrical power supply for the domestic water back-up to the electrical panel.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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2-HEATING CIRCUITS2-3. SPLIT TYPE ��

SA2

SA1

SA1

SE


SA2

1

2

3

4 5

12

11

1314

56

20


R

R

PC

OU

MH

M

CC2

VM CCM

K2c

SDpMSP

CAR

OR

Circuit 2

Circuit 1

SE

R

R

PC

OU

MH

M

CC2

VM CC1

K2c

SDp1SP

OR

Circuit 2

Circuit 1

AVS

LegendAVS - Regulation extension kit CAR - Non-return valve CC1 - Heating circulation pump, Circuit 1CC2 - Heating circulation pump, Circuit 2 K2c - 2nd circuit kit

PC - Floor heating systemR - Radiators SA1 - Room thermostat, Circuit CC1 (option)SA2 - Room thermostat, Circuit CC2 (option)SDp1 - Flow sensor, Circuit 1

SE - Outdoor sensor SP - Heated floor thermal safety fuseVM - Mixer valve

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.3- Power supply to the electrical back-ups: Connect the electrical supply for the back-ups to the electrical panel.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.11- Circulation pump HC2 12- Connect the circulation pump HC1 to the regulation extension kit.13- Connect the mixer valve to the regulation extension kit. 14- Connect the flow sensor circuit1 to the regulation extension kit.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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��SPLIT INTEGRATED DHW TYPE

SP

20

55

4

1013 12 14

3

2

1

6

AVS

LegendAE - Back-up DHWAVS - Extension card, 2 circuitsCAR - Non-return valveC - Heating circulation pumpD - Shut-offCCM - Mixed-circuit heat pumpGS - Safety unit

K2c - 2nd circuit kitMT - Thermostatic mixer valvePC - Floor heating systemPG - Bleeder valveR - RadiatorsSA1 - Room thermostat circuit 1 (Option)SA2 - Room thermostat circuit 2 (Option)

Sae - Temperature safety of domestic electrical back-up


SDp - Flow sensorSDpM - Mixed circuit output sensorSE - Outdoor sensorSP - Heated floor thermal safety fuse

SR - Return sensorSsa - DHW sensorSSe - Safety valveVD - Distribution valveVE - Expansion vesselVM - Mixer valve

1- Power supply to the outdoor unit.(Electrical connections on the outdoor unit side)2- Inter connection between the outdoor unit and the indoor unit.3- Power supply to the electrical back-ups: Connect the electrical supply for the back-ups to the electrical panel.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with power provider: Connect the "Power Provider" contact to the heat pump's regulator.10-Connect the electrical power supply for the domestic water back-up to the electric panel.12-Connect the circulation pump CCM to the regulation extension kit.13-Connect the mixer valve to the regulation extension kit.14-Connect the flow sensor circuit1 to the regulation extension kit.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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2-HEATING CIRCUITS AND DHW TANK2-4. SPLIT TYPE��


SA2

1

2

45

786

121314

5

20


SE

R

R

PC

OU

M

CC2

VM CC1

K2c

SDp1SP

AE

Ssa

M

B

A

AB

VD

KS

Circuit 1

Circuit 2

OR

SA1

AVS

9

1111

SA2SE

R

R

PC

OU

M

CC2

VM CC1

K2c

SDp1SP

CAR

AE

Ssa

M

B

A

AB

VD

KS

Circuit 1

Circuit 2

OR

SA1

MH

MH

3

10

LegendAE - Electric back-up AVS - Regulation extension kit CAR - Non-return valveCC1 - Heating circulation pump, Circuit 1 CC2 - Heating circulation pump, Circuit 2 K2c - 2nd circuit kitKR - Boiler connection kit

KS - DHW kitMH - Indoor unitPC - Floor heating systemR - Radiators SA1 - Room thermostat, Circuit 1 (option) SA2 - Room thermostat, Circuit 2 (option)SDp1 - Flow sensor, Circuit 1

SSa - DHW sensorSE - Outdoor sensor TA - Boiler thermostatSP - Heated floor thermal safety fuseVD - Distribution valveVM - Mixer valve

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side) 2- Inter-connection between the outdoor unit and the indoor unit.3- Power supply to the electrical back-ups: Connect the electrical supply for the back-ups to the electrical panel. 4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.7- Connect the directional valve to the heat pump's regulator.8- Connect the domestic water sensor to the heat pump's regulator.9- Connect the back-up resistance to the electric panel.10- Connect the electrical power supply for the domestic water back-up to the electrical panel.11- Circulation pump HC2 12- Connect the circulation pump HC1 to the regulation extension kit.13- Connect the mixer valve to the regulation extension kit. 14- Connect the flow sensor circuit1 to the regulation extension kit.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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2-HEATING CIRCUITS WITH ZONE VALVE2-5. MONOBLOC TYPE��


12

4


6

PRT

SE

SE

R

R

CC

CC

PRT

22

22

21

PRT

R

R

PRT

23

23

Circuit 2

Circuit 1

Circuit 2

Circuit 1

LegendCC - Heating circulation pumpSE - Outdoor sensor

PRT - Programable room thermostat R - Radiators

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.21- Zone control kit22- Zone valve with auxiliary switch 23- Programable room thermostat


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2-HEATING CIRCUITS WITH ZONE VALVE AND DHW TANK2-6. MONOBLOC TYPE��

SSa

PRT

PRT

VD

KSSE

AE

12

4

7

8

9

10

6

M


VD

KS SSaSE

AE

CARM


CC

21

23

R

R

Circuit 2

Circuit 1

R

R

PRT

22

23

PRT22

Circuit 2

Circuit 1

CC

LegendCAR - Non-return valve AE - Electric back-up CC - Heating circulation pumpKS - DHW kit

R - Radiators PRT - Programable room thermostatSE - Outdoor sensor


1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.7- Connect the directional valve to the heat pump's regulator.8- Connect the domestic water sensor to the heat pump's regulator.9- Connect the back-up resistance to the electric panel.10- Connect the electrical power supply for the domestic water back-up to the electrical panel.21- Zone control kit22- Zone valve with auxiliary switch23- Programable room thermostat


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BOILER CONNECTION AND 1-HEATING CIRCUIT2-7. SPLIT TYPE��

SA

SE

R

SP

MH

CCI

A

CC SDp

MA B

ABVDI KR


M

VDI

CCI

BD

CAT

DExample boiler unit Example

boiler unit

SA

SE

R

SP

MH

CC SDp

MA B

ABVDI KR


15

16

12

46

17

5

20

TA

LegendBD - Disconnection bottleCAT - Anti-gravity feed valveCCI - Heating system circulation pump built into the boilerCC - Heating circulation pumpKR - Boiler connection kit

MH - Indoor unitR - Radiators (or fan convectors) SA - Room thermostat or Roomcontrol unit (option)SE - Outdoor sensorSDp - Flow sensor

SP - Heated floor thermal safety fuseTA - Boiler room thermostat terminalsVDI - Distribution valve (deviation boiler)

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.15- Connect the distribution valve to the heat pump's regulator.16- Connect the boiler control to the heat pump's regulator.17- Flow sensor("connection"position).20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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MONOBLOC TYPE��

CC

CC

M

VDI

M

VDI

SDR

SP

M

VDI

CCI CCI

BD

CAT

CAT

D

SDR

SE

SP

TA

12

4 56

15

16

1720



Example boiler unit AExample

boiler unit

SE

SA

R

SA

R

LegendBD - Disconnection bottleCAT - Anti-gravity feed valveCCI - Heating system circulation pump built into the boilerCC - Heating circulation pump

SA - Room thermostat (option)SE - Outdoor sensorSDR - Boiler connection valve flow sensorSP - Heated floor thermal safety fuse

TA - Boiler room thermostat terminalsVDI - Distribution valve (deviation boiler)

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.15- Connect the distribution valve to the electric panel.16- Connect the boiler control to the electric panel.17- Connect the boiler connection valve flow sensor to the heat pump's regulator.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


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��SPLIT INTEGRATED DHW TYPE

SE

Ssa

SaeAE

R

R

PC

OU

SA1

SA2

SR

VE

C VD

GS

MT

CAR

SDpPg SaeC

SSe D

M

VDI

KR

TAA

A

B

AB

MCATBre

CCI

VDI

D

TA

A

B

AB

CCI

Example boiler unit

Example boiler unit

OR

SP

SE

Ssa

SaeAE

R

R

PC

OU

SA1

SA2

SR

VE

C VD

GS

MT

CAR

SDpPg SaeC

SSe D

M

VDI

KR

TAA

A

B

AB

CCI

Example boiler unit

OR

SP

20

5

4

10

16

1715

2

1

6

LegendAE - Hot water electrical back-upBD - Disconnection bottleC - Heating circulation pumpCAR - Non-return valveCAT - Anti-gravity feed valveCCI - Heating system circulation

pump built into the boilerCCM - Mixed-circuit heat pump

D - Shut-offGS - Safety unitKR - Boiler connection kitMT - Thermostatic mixer valvePC - Floor heating systemPG - Bleeder valveR - RadiatorsSA1 - Room thermostat circuit 1 (Option)

Sae - Temperature safety of domestic electrical back-up


SDp - Flow sensorSE - Outdoor sensorSP - Heated floor thermal safety fuseSR - Return sensor

Ssa - DHW sensorTA - Boiler room thermostat

terminalsVD - Distribution valveVDI - Distribution valve

(deviation boiler)VE - Expansion vessel

1- Power supply to the outdoor unit.(Electrical connections on the outdoor unit side)2- Inter connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with power provider: Connect the "Power Provider" contact to the heat pump's regulator.10-Connect the electrical power supply for the domestic water back-up to the electric panel.15-Connect the distribution valve to the heat pump's regulator.16-Connect the boiler control to the heat pump's regulator.17-Flow sensor ("connection" position).20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


OPT

ION

AL

PAR

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OPT

ION

AL

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BOILER CONNECTION AND 2-HEATING CIRCUITS2-8. SPLIT TYPE��



1

2

SE

R

R

PC

OU

MH

M

CC2

VM CC1

K2c

SDp1SP

SA2

SA1

M

CCI

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A B

ABVDIKR

Circuit 1

Circuit 2

SA2

SA1

Example boiler unit

OR

TA

4

6

11

15

16

17

55

121314

AVS 20

SE

R

R

PC

OU

MH

M

CC

VM CC1

K2c

SDp1SP

CAR

SA2

SA1

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Circuit 1

Circuit 2

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Example boiler unit

M

VDI

CCI

BD

CAT

D

A

B

AB

Example boiler unit

OR

LegendAVS - Regulation extension kit BD - Disconnection bottle CAR - Non-return valve CAT - Anti-gravity feed valve CCI - Heating system circulation pump built into the boilerCC1 - Heating circulation pump circuit 1 CC2 - Heating circulation pump circuit 2

K2c - 2nd circuit kit KR - Boiler connection kit MH - Indoor unit PC - Floor heating system R - Radiators SA1 - Room thermostat circuit 1 (option) SA2 - Room thermostat circuit 2 (option)

SDp1 - Flow sensor circuit 1 SDp - Flow sensor SE - Outdoor sensor TA - Boiler thermostat SP - Heated floor thermal safety fuseVDI - Distribution valve (deviation boiler)VM - Mixer valve

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.11- Circulation pump HC2 12- Connect the circulation pump HC1 to the regulation extension kit.13- Connect the mixer valve to the regulation extension kit. 14- Connect the flow sensor circuit1 to the regulation extension kit.15- Connect the distribution valve to the heat pump's regulator.16- Connect the boiler control to the heat pump's regulator.17- Flow sensor("connection"position).20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


OPT

ION

AL

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OPT

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SPLIT INTEGRATED DHW TYPE��

SE

Ssa

SaeAE

R

R

PC

OU

SA1

SA2

SR

VE

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GS

MT

CAR

SDpPg SaeC

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M

SP

CCMVM SDpM

K2c CAR

AVS

M

VDI

KR

TAA

A

B

AB

MCATBre

CCI

VDI

D

TA

A

B

AB

CCI

Example boiler unit

Example boiler unit

OR

Circuit 1

Circuit 2

SA2

SA1

SE

Ssa

SaeAE

R

R

PC

OU

SA1

SA2

SR

VE

C VD

GS

MT

CAR

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SSe D

M

SP

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AVS

M

VDI

KR

TAA

A

B

AB

CCI

Example boiler unit

OR

Circuit 1

Circuit 2

SA2

SA1

55

4

10

16

1715

20

131214

2

1

6

LegendAE - Hot water electrical back-upAVS - Extension board, 2 circuitsBD - Disconnection bottleC - Heating circulation pumpCAR - Non-return valveCAT - Anti-gravity feed valveCCI - Heating system circulation

pump built into the boilerCCM - Mixed-circuit heat pump

D - Shut-offGS - Safety unitK2c - 2nd circuit kitKR - Boiler connection kitMT - Thermostatic mixer valvePC - Floor heating systemPG - Bleeder valveR - RadiatorsSA1 - Room thermostat circuit 1 (Option)

SA2 - Room thermostat circuit 2 (Option)Sae - Temperature safety of domestic

electrical back-upSaeC - Temperature safety (option heating

back-up option)SDp - Flow sensorSDpM - Mixed-circuit initial sensorSE - Outdoor sensorSP - Heated floor thermal safety fuse

SR - Return sensorSsa - DHW sensorTA - Boiler room thermostat

terminalsVD - Distribution valveVDI - Distribution valve

(deviation boiler)VE - Expansion vesseVM - Mixer valve

1- Power supply to the outdoor unit.(Electrical connections on the outdoor unit side)

2- Inter connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with power provider: Connect the "Power Provider" contact to

the heat pump's regulator.10- Connect the electrical power supply for the domestic water back-up to

the electric panel.

12-Connect the circulation pump CCM to the regulation extension kit.13-Connect the mixer valve to the regulation extension kit.14-Connect the flow sensor circuit1 to the regulation extension kit.15-Connect the distribution valve to the heat pump's regulator.16-Connect the boiler control to the heat pump's regulator.17-Flow sensor ("connection" position).20- The installer is responsible for connecting the heated floor's safety

system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


OPT

ION

AL

PAR

TS

OPT

ION

AL

PAR

TS

BOILER CONNECTION, 1-HEATING CIRCUIT AND DHW TANK2-9. SPLIT TYPE��

1

2

46

78

9

10

15

17

20

SA

SE

R

SP

AE

TAMH

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M

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M

VDI KRAB

BA


SA

SE

R

SP

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CAT

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A

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CC SDp

M

VDI KRAB

BA


M

VDI

CCI

BD

CAT

DExample boiler unit

Example boiler unit

16

5

LegendAE - Electric back-upBD - Disconnection bottleCAT - Anti-gravity feed valveCCI - Heating system circulation pump built into the boilerCC - Heating circulation pumpKR - Boiler connection kit

MH - Indoor unit R - Radiators (or fan convectors) SA - Room thermostat or Room control unit (option)SE - Outdoor sensorSDp - Flow sensor

SSa - DHW sensorSP - Heated floor thermal safety fuseTA - Boiler room thermostat terminalsVD - Distribution valveVDI - Distribution valve (deviation boiler)

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.7- Connect the directional valve to the heat pump's regulator.8- Connect the domestic water sensor to the heat pump's regulator.9- Connect the back-up resistance to the electric panel.10- Connect the electrical power supply for the domestic water back-up to the electrical panel.15- Connect the distribution valve to the heat pump's regulator. 16- Connect the boiler control to the heat pump's regulator. 17- Flow sensor("connection"position). 20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


OPT

ION

AL

PAR

TS

OPT

ION

AL

PAR

TS

MONOBLOC TYPE��

M

M

M

M

VDCAT

VD

SDR

SSa

VDI

SP

TA

1 2

4 56

78

9

10 15

16

17 20


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CC

VDI

SDR

SP

M

VDI

CCI CCI

BD

CAT

D


Example boiler unit AExample

boiler unit

SE

SE

SA

R

SSa

AE

AESA

R

LegendAE - Electric back-upBD - Disconnection bottleCAT - Anti-gravity feed valveCCI - Heating system circulation pump built into the boilerCC - Heating circulation pump

SA - Room thermostat (option)SE - Outdoor sensor SDR - Boiler connection valve flow sensorSSa - DHW sensorSP - Heated floor thermal safety fuse

TA - Boiler room thermostat terminalsVD - Distribution valveVDI - Distribution valve (deviation boiler)

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side)2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor. 5- Room thermostat and/or remote controller.6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.7- Connect the directional valve to the heat pump's regulator. 8- Connect the domestic water sensor to the heat pump's regulator.9- Connect the back-up resistance to the electric panel. 10- Connect the electrical power supply for the domestic water back-up to the electrical panel.15- Connect the distribution valve to the electric panel.16- Connect the boiler control to the electric panel.17- Connect the boiler connection valve flow sensor to the heat pump's regulator.20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.


OPT

ION

AL

PAR

TS

OPT

ION

AL

PAR

TS

BOILER CONNECTION, 2-HEATING CIRCUITS AND DHW TANK2-10. SPLIT TYPE��

10



R

R

PC

OU

MH

M

CC2

VM CC1

K2c

SDp1SP

CAR

AE

Ssa

M

B

A

AB

VD

KS

M

CCI

A

SDp

A B

ABVDIKR

Circuit 1

Circuit 2

Example boiler unit

M

VDI

CCI

BD

CAT

D

A

B

AB

Example boiler unit

OR

TA

SA2

SA1

SE

R

R

PC

OU

MH

M

CC2

VM CC1

K2c

SDp1SP

AE

Ssa

M

B

A

AB

VD

KS

M

CCI

A

SDp

A B

ABVDIKR

Circuit 1

Circuit 2

Example boiler unit

OR

1

2

TA

4

6

11

15

16

17

55

121314

AVS 20

SA2

SA1

SE 78

9

LegendAE - Electric back-up AVS - Regulation extesion kit CAR - Non-return valve CC1 - Heating circulation pump circuit 1 CC2 - Heating circulation pump circuit 2 K2c - 2nd circuit kitKR - Boiler connection kit KS - DHW kit

MH - Indoor unit PC - Floor heating system R - Radiators SA1 - Room thermostat circuit 1 (option) SA2 - Room thermostat circuit 2 (option) SDp1 - Flow circuit1 SDp - Flow sensor SSa - DHW sensor

SE - Outdoor sensor SP - Heated floor thermal safety fuseTA - Boiler thermostat VD - Distribution valveVDI - Distribution valve (deviation boiler)VM - Mixer valve

1- Power supply to the outdoor unit. (Electrical connections on the outdoor unit side) 2- Inter-connection between the outdoor unit and the indoor unit.4- Outdoor sensor.5- Room thermostat and/or remote controller. 6- Contract with the power provider: Connect the "Power Provider" contact to the heat pump's regulator.7- Connect the directional valve to the heat pump's regulator.8- Connect the domestic water sensor to the heat pump's regulator.9- Connect the back-up resistance to the electric panel. 10- Connect the electrical power supply for the domestic water back-up to the electrical panel.11- Circulation pump HC2 12- Connect the circulation pump HC1 to the regulation extension kit.13- Connect the mixer valve to the regulation extension kit. 14- Connect the flow sensor circuit1 to the regulation extension kit.15- Connect the distribution valve to the heat pump's regulator. 16- Connect the boiler control to the heat pump's regulator.17- Flow sensor("connection" position).20- The installer is responsible for connecting the heated floor's safety system. Thermal safety will stop the heat pump if the temperature in the floor is too high.

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