data sheet - electro-energy

98-19-24-5421-08 98-19-24-5421-08

_DATA SHEET

_ADAPTHeat pump

H E A T P U M P S

KRONOTERM Data sheetHeat pump ADAPT

KRONOTERM Data sheetHeat pump ADAPT 32

98-19-24-5421-08 98-19-24-5421-08

Data sheet - ADAPT - ENG/98-19-24-5421-08

Printed in Slovenia, Copyright by Kronoterm d.o.o.

This work is protected by copyright. Any use of this document outdoor of the Copyright and Related Rights Act and without the express consent of Kronoterm d.o.o. (hereinafter: Kronoterm) is illegal and punishable by fine. This version obviates all previous versions. We reserve the right to make changes.

Despite taking extensive care to ensure the accuracy of all pictures and descriptions, Kronoterm reserves the right to make corrections, changes to technical details, and changes to pictures with no prior notice. Information herein is given based on the latest available product information at the time of drafting and printing this product sheet. We also reserve the right to cease sales of an individual product or even the entire collection.

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—TABLE OF CONTENTS

HEAT PUMP ADAPT ............................................................................................................4

Description ............................................................................... 4Usage ............................................................................................ 4Technology ............................................................................... 4

CONFIGURATION ............................................................................................................... 5

NOMENCLATURE ............................................................................................................... 5

OUTDOOR UNIT ADAPT ..................................................................................................6

Version ......................................................................................... 6Description and dimensions ........................................ 6Model marks ............................................................................ 6

OUTDOOR UNIT ADAPT ..................................................................................................7

Primary components .........................................................7

INDOOR UNIT HYDRO C ...............................................................................................8

Version ......................................................................................... 8Model marks ............................................................................ 8

INDOOR UNIT HYDRO C ..............................................................................................9

Primary components ........................................................ 9

INDOOR UNIT HYDRO S .............................................................................................. 10

Version ........................................................................................10Model marks ...........................................................................10

INDOOR UNIT HYDRO S ................................................................................................11

Primary components ........................................................11Configuration of the HYDRO S indoor unit ........11

BASIC KSM CONTROLLER ..........................................................................................12

Model marks ........................................................................... 12

EXPANSION KSM+ CONTROLLER ..........................................................................13

Model marks ........................................................................... 13

CONTROLLER KT-2A ...................................................................................................... 14

Model type ...............................................................................14

CLOUD.KRONOTERM .....................................................................................................15

TECHNICAL DATA - OUTDOOR UNIT .................................................................. 16

TECHNICAL DATA - INDOOR UNIT ....................................................................... 18

SOUND .................................................................................................................................... 19

RANGE OF OPERATION ..............................................................................................20

CAPACITY CURVES .........................................................................................................20

CAPACITY CURVES ...........................................................................................................21

CAPACITY CURVES ..........................................................................................................22

CAPACITY CURVES ..........................................................................................................23

CAPACITY CURVES ......................................................................................................... 24

BASIC PIPING AND INSTRUMENTATION DIAGRAM HYDRO C .......25

BASIC PIPING AND INSTRUMENTATION DIAGRAM HYDRO S ...... 26



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Description

Together with the HYDRO indoor unit the Kronoterm ADAPT heat pumps form a comprehen-sive variable system, Adaptable in terms of both refrigerant and hydraulics, depending on the building’s heating needs. The outdoor unit, a compact air/water heat pump, is distinguished by extremely silent operation and premium design. ADAPT heat pumps are hermetically sealed and factory tested outdoor units that use a simple water source to transfer energy to the indoor unit. ADAPT heat pumps are distinguished by cutting-edge technology, specifications, and energy efficiency.

Usage

Heating, cooling, and making domestic hot water.

Technology

• MyDesign, the tailorable appearance of the outdoor ADAPT unit, gives customers plenty of choices for their favorite color and material.

• NMS™ – the Noise Management System – combines a large evaporator with minimal air resistance, a large variable-speed fan, special materials to dampen noise and vibration, premium construction, and a specially developed control logic to reduce noise to incredibly low levels.

• CWP™ – Complete Weather Protection – protects the evaporator’s surface and protective guards against climatic conditions while ensuring a constant and appropriate flow of air, first-level protection against indirect precipitation or flash freezes, small amounts of defrosting, higher efficiency, and more reliable operation. Their exceptional construction and advantageous height give ADAPT heat pumps the right amount of airflow through the evaporator even during snowstorms.

• IAH™ – Intelligent Adaptive Heating – completely adjusts your heat pump’s output based on the building’s requirements. Special control algorithms modify the temperature of the water in the heating system per the desired room temperature, the current ambient temperature indoor, and the current weather outdoor. The building’s response dictates at what capacity the ADAPT heat pump needs to work. This unrivaled flexibility means that your heat pump works constantly, silently, and – most importantly – comfortable.

• LowGWP™ – Kronoterm is one of the first manufacturers in the world to use the advanced refrigerant R452B in our systems, drastically reducing the use of fluorinated gases (F-gases). This refrigerant has a whopping 67% less GWP than the traditional refrigerants used in heat pumps.

• CDHRS™ – the Compressor Drive Heat Recovery System – is the compressor’s electronic motor, designed for twice the lifespan of traditional compressor motors. The specially designed system to recover waste heat helps achieve more than 96% efficiency.

• NZF™ – Near Zero Frost – the evaporator’s extremely large surface area means that it has very low specific load. This results in reduced extraction of humidity from the air and slower buildup of frost. Less frost means less defrosting, and therefore greater effective heating capacity for the heat pump, and ultimately increased efficiency for the whole system.

• ECL™ – Enhanced Compressor Lifetime – an approach that is usually used in large, industrial systems. The advanced oil recovery system ensures that the heat pump retains lubricant in its compressor, where it is most important. At the same time, the compressor range monitoring and protection system constantly keeps the system within safe parameters.

• MHW™ – Max Hot Water – heats the entire volume of water available in the integrated DHW tank. The indoor Hydro C unit, which features a 200 l DHW tank for domestic hot water, utilizes a special heat exchanger to easily heat larger quantities than comparable systems.

• HBS™ – Hydronically Balanced System – the Hydro C’s indoor unit has a 40 l integrated DHW tank, ensuring that the heating system is always hydronically balanced, and that enough energy is always available for defrosting.

• RCS™ – Remote System Charge – refills the hydronic system with water to the right pressure and is integrated in the Hydro unit. Refilling is either automatic with a command through the room unit, or from the web/mobile app.

—HEAT PUMP ADAPT



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A

B2

B1

—CONFIGURATION

ADAPT heat pumps are combined with the HYDRO C and HYDRO S indoor units.

—NOMENCLATURE

ADAPT 0312 K3 HT / HK 3F

Adapt The name for a line of heat pumps

0312 Range of heat output in kW, 03 - 12

0416 Range of heat output in kW, 04 - 12

0724* Range of heat output in kW, 07 - 18

K Water connection

3 Device generation

Indoor compact HYDRO C unit

Indoor HYDRO S wall unit

Outdoor unit ADAPT

Legend

A Outdoor unitB1 Indoor HYDRO S wall unitB2 Indoor compact HYDRO C unit

ADAPT 0312 K3 HT / HK 3F

HT Temperature of flow outlet up to 67 °C

HK Healing and cooling

3F / 1F three-phase electrical connection 3 x 400 V/ one-phase connection 1 x 230 V

HYDRO C

HYDRO The name for a line of indoor units

C A hydro module with an integrated DHW and buffer tank

S A basic, wall-mounted hydro module

*The ADAPT 0724 outdoor unit cannot be used with the Hydro C indoor unit



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SPREDAJ

1050

140

0

2

1

27190

319

SMER ZRAKA

675

98

319

ZADAJ

AIR

BACK

FRONT

—OUTDOOR UNIT ADAPT

Legend

1 Inlet to the outdoor unit – flow outlet* - G 5/4"2 Outlet from the outdoor unit – flow inlet* - G 5/4"

*flat seal screw

VersionCompact outdoor air/water unit.

Description and dimensions• Powder coated, zinced, steel plate

housing• Optionally made out of stainless steel or

Corten sheet metal• Evaporator and fan protected against

the weather• Bionically designed fan to minimize

noise• Adjustable heat output• Adaptive heating• Integrated circulation pump• A large surface evaporator with a large

gap between the fins• Special acoustically insulated housing

Model marksADAPT 0312 K3 HT / HK 3F ADAPT0312 K3 HT / HK 1F ADAPT 0416 K3 HT / HK 3F ADAPT 0416 K3 HT / HK 1F ADAPT 0724 K3 HT / HK 3F



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A

B

C

D

F

2

1

E

I

H

G

J

M

L

K

—

OUTDOOR UNIT ADAPT

Primary components

Legend1 Inlet to the outdoor unit door unit – G 5/4''*2 Outlet from the outdoor unit – G 5/4''*A Electronic expansion valveB DehydratorC VentilatorD EC Flow pumpE EvaporatorF Flow switchG FanH CompressorI Inverter driveJ Condensation dischargeK Outdoor unit’s controller’s electrical cabinetL Plate heat exchanger/CondenserM Connection for electricity and communication

with outdoor unit

*flat seal screw



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700

1920

1 2 3 4

700

200

604

274 70

93 140

265

53

1

2

7

6

9

4

8

3

5

—INDOOR UNIT HYDRO C

Legend

1 Inlet (from outdoor unit) – G1''*

2 Outlet (to outdoor unit) – G1''*

3 Heating/cooling the return pipe – G1''*

4 Heating/cooling the supply pipe – G1''*

5 Circulation – G3/4''*

6 Domestic hot water – outlet – G3/4''*

7 Domestic cold water – inlet – G3/4''*

8 Cable glands for electricity

9 Internet cable

*flat seal screw

VersionIndoor unit with DHW tank and buffer tank.

Model marksHYDRO C

Description and dimensions• Powder coated, zinced, steel plate

housing• Healing and cooling• Integrated 200 l DHW tank • Integrated buffer tank, 40 l• Integrated expansion vessel for the

heating system (18 l) and hot water (12 l)• Integrated safety valve for the heating

system and domestic hot water• Integrated 6 kW electrical heater • (3 x 2 kW)• Integrated magnetic valve• Integrated pressure sensor and system

refiller• KSM, KSM+, and WEB module • controllers



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G

H

N

O

P

M

I

J

K

L

D

A

E

B

F

C

—INDOOR UNIT HYDRO C

Primary components

Legend

A Magnetic filter

B Safety valve for DHW

C Safety valve for heating

D Pressure sensor

E 6 kW electrical heater (3 x 2 kW)

F Flow sensor (optional)

G Electric cabinet

H DHW expansion vessel – 12 l

I 3-way zone valve

J Expansion vessel for heating – 18 l

K Heating/cooling buffer tank – 40 l

L Condensate vessel

M DHW tank – 200 l

N Heat exchanger for heat transfer for domestic hot water

O Motorized valve for filling the heating system

P Flow pump for DHW water



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6470

0

525

9

1

5

4

10

3

2

8

1 2 3 4 5

100 100 100 10063 63

350

—INDOOR UNIT HYDRO S

Legend

1 Outlet (to outdoor unit) – G 5/4''*2 Inlet (from outdoor unit) – G 5/4''*

3 Heating/cooling, DHW - supply pipe – G 5/4''*4 Heating/cooling return pipe – G 5/4''*

5 Heating/cooling supply pipe – G 5/4''*8 Glands for electric cables9 Internet cable10 Condensation discharge – ø 16

*flat seal screw

VersionBasic indoor wall unit

Model marksHYDRO S

Description and dimensions• Wall-mounted indoor unit• Integrated 6 kW electrical heater

(3 x 2 kW)• Integrated 3–way valve for switching

between heating and DHW• Integrated magnetic filter and pressure

sensor• KSM and KSM+ controller• Integrated WEB module• Drawer for documentation



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E

A

F

C

B

D

HYDRO S + HYDRO A+ HYDRO P

—INDOOR UNIT HYDRO S

Primary components

Legend

A 3-way zone valve

B Magnetic filter

C 6 kW electrical heater (3 x 2 kW)

D Flow sensor (optional)

E Electrical cabinet for controller KSM, KSM+

F Heating system’s pressure sensor

Configuration of the HYDRO S indoor unit

HYDRO SBasic configuration

HYDRO S + HYDRO ABasic version with console spacer for pipe connection

HYDRO S + HYDRO PVersion with 40 l buffer tank

HYDRO S + HYDRO A + HYDRO PModel with buffer tank of 40l and pipe spacers



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—BASIC KSM CONTROLLER

Model marksKSM*

Description• Modular controller for regulating the

heat pump and heating system• Managing your system is either

automatic with a command through the KT-2A room unit, or from the web/mobile Home.Cloud app.

Functional characteristics• Managing and protecting heat pumps• Operational status display• Service access and error correction• Preparing domestic hot water• Thermal disinfection of domestic hot

water• Weather controlled via outdoor

temperature sensor• Active cooling• Control functions for:

· 1 x direct loop · 1 x direct or mixing loop · Heating DHW water · Circulating DHW water · Daily and weekly schedules

· Adaptive curve after individual loops · Room temperature regulation with the Kronoterm KT-1 and KT-2A thermostats.

• Controlling additional sources of heat (gas, oil, and pellets)

• Photovoltaic (PV) program• Screed-drying program• WEB module for internet connection

(UTP 5e cable – RJ45 connection – Ethernet)

• BMS connection via MODBUS protocol RS 485

• SG (Smart Grid) ready.

*Kronoterm System Manager



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—EXPANSION KSM+ CONTROLLER

Model marksKSM+*

Description• Expansion module as an upgrade to the

basic controller • Possible installation of one expansion

module (1x)• Integration in the HYDRO C or HYDRO S

indoor unit

*Kronoterm System Manager +

Functional characteristics

• Managing 2 additional loops (direct or mixed)

• Regulating SSE sunlight collectors• Managing biomass boilers• Preparing DHW with sunlight

collectors or biomass boilers• Heating pools• Heating pools with sunlight

collectors



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—CONTROLLER KT-2A

Model typeKT-2A

Description• Controller for regulating heat pump

and heating system.• Operation and protection of the heat

pump.• Choice of operating mode, controller

and / or thermostat.• Display operating statuses.• Service access and debugging.• The KT-2A controller can, operate in

three different operations:• Thermostat• Controller of heat pump and heating

system• Thermostat and controller of heat

pump combined and as controller of heating system



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.......................

Cloud.KRONOTERM

OK

—CLOUD.KRONOTERM

Remotely controlling and monitoring the ADAPT system with the pertinent HYDRO indoor unit, along with heating, cooling, and preparing DHW via cloud technology.



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—TECHNICAL DATA - OUTDOOR UNIT

DEVICE Unit ADAPT 0312 ADAPT 0416 ADAPT 0724

INDOOR UNIT

Model Hydro S, Hydro C Hydro S, Hydro C Hydro S

VERSION

Heat source primary side Air Air Air

Heat sink secondary side Water Water Water

Controller KSM KSM KSM

Placement of the heat pump Outdoor Outdoor Outdoor

Placement of the controller unit Indoor Indoor Indoor

Compressor 1 x scroll, variable speed 1 x scroll, variable speed 1 x scroll, variable speed

Compressor drive Inverter Inverter Inverter

Fan Axial Axial Axial

Defrost Active (change of direction of the cooling loop) Active (change of direction of the cooling loop) Active (change of direction of the cooling loop)

Circulation pump, sink Integrated Integrated Integrated

CAPACITY ACCORDING TO EN 14511 (1F version)

HEATING Heating capacity / electrical power / COP Heating capacity / electrical power / COP Heating capacity / electrical power / COP

A7/W30-35 Nominal kW / kW / - 6,08 / 1,12 / 5,45 8,48 / 1,51 / 5,60 /

A2/W30-35 Nominal kW / kW / - 6,55 / 1,48 / 4,42 8,57 / 1,92 / 4,46 /

A-7/W30-35 Maximal kW / kW / - 8,44 / 2,67 / 3,17 11,12 / 3,67 / 3,03 /

A-10/W30-35 Maximal kW / kW / - 8,00 / 2,63 / 3,04 11,12 / 3,72 / 2,99 /

A7/W47-55 Nominal kW / kW / - 5,87 / 1,91 / 3,08 7,78 / 2,43 / 3,20 /

A2/W47-55 Nominal kW / kW / - 5,90 / 2,12 / 2,78 7,79 / 2,83 / 2,75 /

A-10/W47-55 Maximal kW / kW / - 7,41 / 3,70 / 2,01 10,61 / 5,32 / 1,99 /

COOLING Cooling capacity / electrical power / EER Cooling capacity / electrical power / EER Cooling capacity / electrical power / EER

A35/W12-7 kW / kW / - 7,27 / 2,85 / 2,56 10,21 / 3,91 / 2,61 /

A35/W23-18 kW / kW / - 7,44 / 1,88 / 3,96 10,40 / 2,60 / 4,01 /

CAPACITY ACCORDING TO EN 14511 (3F version)

HEATING Heating capacity / electrical power / COP Heating capacity / electrical power / COP Heating capacity / electrical power / COP

A7/W30-35 Nominal kW / kW / - 6,02 / 1,11 / 5,41 8,50 / 1,53 / 5,55 12,94 / 2,39 / 5,42

A2/W30-35 Nominal kW / kW / - 6,56 / 1,47 / 4,47 8,41 / 1,89 / 4,49 12,43 / 2,98 / 4,17

A-7/W30-35 Maximal kW / kW / - 8,52 / 2,62 / 3,25 10,96 / 3,49 / 3,14 15,71 / 5,61 / 3,05

A-10/W30-35 Maximal kW / kW / - 8,05 / 2,59 / 3,11 10,99 / 3,53 / 3,11 15,60 / 5,20 / 3,00

A7/W47-55 Nominal kW / kW / - 5,87 / 1,92 / 3,06 7,81 / 2,40 / 3,26 13,13 / 3,91 / 3,36

A2/W47-55 Nominal kW / kW / - 6,18 / 2,27 / 2,73 7,70 / 2,77 / 2,78 13,44 / 4,51 / 2,98

A-10/W47-55 Maximal kW / kW / - 7,48 / 3,67 / 2,04 10,29 / 5,03 / 2,04 15,6 / 5,20 / 3,01

COOLING Cooling capacity / electrical power / EER Cooling capacity / electrical power / EER Cooling capacity / electrical power / EER

A35/W12-7 kW / kW / - 7,27 / 2,85 / 2,56 10,21 / 3,91 / 2,61 16,96 / 7,37 / 2,30

A35/W23-18 kW / kW / - 7,44 / 1,88 / 3,96 10,40 / 2,60 / 4,01 17,48 / 4,83 / 3,62

SEASONAL CAPACITY IN THE HEATING MODE FOR EUROPEAN AVERAGE CLIMATE AREA ACCORDING TO EN 14825 (1F version)

SCOP, 35°C / 55 °C 5,08 / 3,65 5,12 / 3,75 /

SEASONAL CAPACITY IN THE HEATING MODE FOR EUROPEAN AVERAGE CLIMATE AREA ACCORDING TO EN 14825 (3F version)

SCOP, 35°C / 55 °C 4,92 / 3,57 5,20 / 3,66 4,94 / 3,83

SEASONAL ENERGY EFFICIENCY IN THE SPACE HEATING MODE FOR EUROPEAN AVERAGE CLIMATE AREA ACCORDING TO (EU) 811/2013 (1F version)

Rated heating capacity Pdesignh, 35°C / 55 °C kW 8 / 7 11 / 10 /

ηs, 35°C / 55°C % 194 / 139 197 / 144 /

SEASONAL ENERGY EFFICIENCY IN THE SPACE HEATING MODE FOR EUROPEAN AVERAGE CLIMATE AREA ACCORDING TO (EU) 811/2013 (3F version)

Rated heating capacity Pdesignh, 35°C / 55 °C kW 8 / 8 11 / 10 16 / 16

ηs, 35°C / 55°C % 188 / 137 201 / 141 195 / 150



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ENERGY CONSUMPTION DESIGNATION FOR EUROPEAN AVERAGE CLIMATE AREA

Room heating energy class 35 °C / 55 °C A+++ / A++ A+++ / A++ A+++ / A+++

Room heating system energy 35 °C / 55 °C A+++ / A++ A+++ / A++ A+++ / A+++

ELECTRICAL DATA 1F

OUTDOOR AND INDOOR UNIT

Max. electrical power of 1F connection*Max. electrical power of 1F connection* kW 8,7 9,8 /

OUTDOOR UNIT

Nominal voltage ~ 230 V; 50 Hz ~ 230 V; 50 Hz /

Max. operation current A 18,6 23,1 /

Max. electrical power* kW 4,1 5,2 /

Fuses A 1 x C20 1 x C25 /

Electrical power cable*** mm2 3 x 2,5 (H05VV-F) 3 x 4,0 (H05VV-F) /

ELEKTRISCHE DATEN 3F

OUTDOOR AND INDOOR UNIT

Max. electrical power of 1F connection**Max. electrical power of 1F connection** kW 11,1 12,8 16

OUTDOOR UNIT

Nominal voltage 3N~ 400 V; 50 Hz 3N~ 400 V; 50 Hz 3N~ 400 V; 50 Hz

Max. operation current A 7,6 10,4 17

Max. electrical power* kW 4,5 6,2 9

Fuses A 3 x C10 3 x C10 3 x C20

Electrical power cable*** mm2 5 x 2,5 (H05VV-F) 5 x 2,5 (H05VV-F) 5 x 4,0 (H05VV-F)

COMMUNICATION

Connection between outdoor and indoor unit FTP 5e Kabel / 2x2x0,6 mm2 (LiYCY) FTP 5e Kabel / 2x2x0,6 mm2 (LiYCY) FTP 5e Kabel / 2x2x0,6 mm2 (LiYCY)

COOLING SYSTEM

Refrigerant - type R 452 B R 452 B R 452 B

GWP (global warming potential) 676 676 676

Refrigerant - quantity kg 2,9 4,2 5,0

Max. Operating pressure MPa 4,5 4,5 4,5

PRIMARY SIDE (HEAT SOURCE) – AIR

Air flow m3/h variable variable variable

SECONDARY SIDE (HEAT SINK) – WATER

INTEGRATED CIRCULATION PUMP

Max. pressure capacity kPa 80 80 100

Max. flow m3/h variable variable variable

Max. electrical power W 75 75 140

HEATING

Operating envelope - min. / max. water temperature °C -25 / 40 -25 / 40 -25 / 40

COOLING

Operating envelope - min. / max. water temperature °C 0 / 40 0 / 40 0 / 40

DIMENSIONS AND MASS - TRANSPORT

Dimensions (W x H x D) mm 1150 x 1550 x 770 1150 x 1550 x 770 1150 x 1550 x 770

Mass 3F kg 263 272 282

Mass 1F kg 253 262 /

DIMENSIONS AND MASS - NET

Dimensions (W x H x D) mm 1050 x 1400 x 675 1050 x 1400 x 675 1050 x 1400 x 675

Mass 3F kg 240 249 259

Mass 1F kg 230 239 /

*This information is for use with an activated 4 kW electric heater.**This information is for use with an activated 6 kW electric heater.***Tu = 0°C / Tk = 60°C / f = 120 Hz



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—TECHNICAL DATA - INDOOR UNIT

INDOOR UNIT (HM) Unit Hydro S Hydro C

ELECTRICAL DATA 1F

1F CONNECTION OF INTERNAL UNIT

Frequency Hz 50 50

Rated voltage V ~ 230 V ~ 230 V

Electrical boiler 1 x 2 kW ~ 230 V 2 x 2 kW ~ 230 V 1 x 2 kW ~ 230 V 2 x 2 kW ~ 230 V

Max. operational current A 11,8 20,6 11,8 20,6

Max. electrical power kW 2,6 4,6 2,6 4,6

Fuses A 1 x C16 1 x C20 1 x C16 1 x C20

Electrical power cable*Tu = 0°C / Tk = 60°C / f = 120 Hz mm2 3 x 2,5 3 x 4 3 x 2,5 3 x 4

3F CONNECTION OF INTERNAL UNIT

Frequency Hz 50 50

Rated voltage V 3N ~ 400 3N ~ 400

Electrical boiler A 11,8 11,8

Max. operational current kW 6,6 6,6

Max. electrical power A 3 x C16 3 x C16

Fuses mm2 5 x 2,5 5 x 2,5

Electrical power cable*Tu = 0°C / Tk = 60°C / f = 120 Hz 3 x 2 kW ~ 230 V 3 x 2 kW ~ 230 V

SECONDARY SIDE (HEAT SINK) - WATER

Recommended dimensions of pipes of the device 0312 & 0416 DN 25 25

Recommended dimensions of pipes of the device 07/24 DN 32 /

VOLUME

DHW Tank l / 200

Buffer tank l 40 40

DIMENSIONS AND MASS - NET

Dimensions (W x H x D) mm 610 x 790 x 530 640 x 2120 x 790

Mass kg 44 211

ABMESSUNGEN – NETO

Dimensions (W x H x D) mm 525 x 700 x 350 605 x 1925 x 700

Mass kg 34 197

COMMUNICATION

Connection between ext. and inter. unit FTP 5e Kabel / 2x2x0,6 mm2 (LiYCY) FTP 5e Kabel / 2x2x0,6 mm2 (LiYCY)

Connection to BMSMODBUS protocol (UTP cable –

connection RJ45) – RS 485MODBUS protocol (UTP cable –

connection RJ45) – RS 485

Connection to the internet UTP cable – connection RJ45 - Ethernet UTP cable – connection RJ45 - Ethernet



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5m 10m1m

—SOUND

Description• Sound power is a characteristic of a sound

source and is not related to distance; describes the total sound energy of an appropriate source that is emitted in all directions.

• Sound pressure depends on the measurement site in the sound field and describes the sound pressure at that location.

• Structural sound is transmitted by structure, so all connectors must be equipped with vibration compensators or absorbers.

• It is very important for the outdoor unit to choose the right location. Adjacent walls and other obstructions around the device significantly affect the sound pressure.


SOUND ACCORDING TO EN 12102 AT THE CONDITION OF A7W35

ECOLABEL

Sound power dB (A) 44 46 53

The sound pressure at the distance of 1 m dB (A) 36 38 45



REDUCED





MAXIMAL







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—RANGE OF OPERATION

Heating

ADAPT 0312Heating capacity

ADAPT 0312Cooling capacity

Cooling

—CAPACITY CURVES

0

20

10

30

40

50

60

80

70

-30 -15-25 -20 -10 -5 0 5 10 15 20 25 30 454035

Temperatura zunanjega zraka [0C]

Tem

per

atu

ra iz

stop

ne

vod

e [0

C]

Ou

tlet

wat

er t

emp

erat

ure

[0C

]

Outdoor air temperature [0C]

1,0

2,0

5,0

7,0

6,0

3,0

4,0

8,0

9,0

10,0

-25 -20 -15 -10 -5 0 5 10 15

min 0C W 55 0C W 45 0C. . . . . . . . . . . .

W 35 0C - max


Gre

lna

moč

[kW

]H

eati

ng

cap

acit

y [k

W]


2,0

3,0

5,0

4,0

7,0

6,0

8,0

0 5 10 15 20 25 30 35 40

Hla

diln

a m

oč [k

W]


W 18 0CW 7 0C - max. . . . . . . . . . . .min 0C

Coo

ling

cap

acit

y [k

W]


0

10

5

15

20

25

30

-5 0 5 10 15 20 25 30 454035

Temperatura zunanjega zraka [0C]Te

mp

erat

ura

izst

opn

e vo

de

[0C

]O

utl

et w

ater

tem

per

atu

re [0

C]




98-19-24-5421-08 98-19-24-5421-08

—CAPACITY CURVES





W 18 0CW 7 0C - max. . . . . . . . . . . .min 0C

Hla

diln

a m

oč [k

W]


5,06,0

9,0

11,010,0

7,0

8,0

12,013,0

14,015,0

19,0

16,0

17,018,0

0 5 10 15 20 25 30 35 40

Coo

ling

cap

acit

y [k

W]


min 0C W 55 0C W 45 0C. . . . . . . . . . . .

W 35 0C - max

2,0

3,0

6,0

8,0

7,0

4,0

5,0

9,0

10,0

11,0

12,0

13,0

-25 -20 -15 -10 -5 0 5 10 15


Gre

lna

moč

[kW

]H

eati

ng

cap

acit

y [k

W]


min 0C W 55 0C W 45 0C. . . . . . . . . . . .

W 35 0C - max


Gre

lna

moč

[kW

]

5,06,0

9,0

11,010,0

7,0

8,0

12,013,0

14,015,0

19,0

16,0

17,018,0

-25 -20 -15 -10 -5 0 5 10 15

Hea

tin

g c

apac

ity

[kW

]


W 18 0CW 7 0C - max. . . . . . . . . . . .min 0C

3,0

5,0

4,0

7,0

8,0

9,0

10,0

6,0

11,0

0 5 10 15 20 25 30 35 40

Hla

diln

a m

oč [k

W]

Temperatura zunanjega zraka [0C]C

oolin

g c

apac

ity

[kW

]Outdoor air temperature [0C]



98-19-24-5421-08 98-19-24-5421-08

CAPACITY CURVES

ADAPT O312Heating capacity

Ou

tdoo

r ai

r te

mp

erat

ure

[0C

]

0,02,0 1,05,0

7,0

6,0

3,0

4,08,0

9,0

13,0

10,0

11,0

12,0

Heating capacity [kW]

AD

AP

T +

EH

(3 –

8%

)

AD

AP

T

T d

esig

n H

-16

0C

T d

esig

n H

-13

0C

T d

esig

n H

-7 0

C

-25

-23

-21

-19

-13

-15

-9-1

1-1

7-7

-5-3

13

79

1315

-15

1117

19


W 5

5 0C

- m

inW

55

0C

- m

axW

45

0C

- m

axW

35

0C

- m

ax

Hea

tin

g c

apac

ity

wit

h E

GT

des

ign

H -1

6 0C

T d

esig

n H

-13

0C

T d

esig

n H

-7 0

C

The

reco

mm

end

ed r

ang

e of

dim

ensi

onin

g in

ral

atio

n t

o th

e p

roje

ct t

emp

EH

E

lect

ric

hea

ter

—CAPACITY CURVES




98-19-24-5421-08 98-19-24-5421-08

CAPACITY CURVES


0,02,0 1,05,0

7,0

6,0

3,0

4,08,0

9,0

16,0

10,0

11,0

12,0

13,0

14,0

15,0 -2

5-2

3-2

1-1

9-1

3-1

5-9

-11

-17

-7-5

-31

37

913

15-1

511

1719

Ou

tdoo

r ai

r te

mp

erat

ure

[0C

]


T d

esig

n H

-16

0C

T d

esig

n H

-13

0C

AD

AP

T +

EH

(3 –

8%

)

AD

AP

T

T d

esig

n H

-7 0

C

20KRONOTERM Data sheet

Heat pump ADAPT

W 5

5 0C

- m

inW

55

0C

- m

axW

45

0C

- m

axW

35

0C

- m

ax

Hea

tin

g c

apac

ity

wit

h E

GT

des

ign

H -1

6 0C

T d

esig

n H

-13

0C

T d

esig

n H

-7 0

C

The

reco

mm

end

ed r

ang

e of

dim

ensi

onin

g in

ral

atio

n t

o th

e p

roje

ct t

emp

EH

E

lect

ric

hea

ter

—CAPACITY CURVES




98-19-24-5421-08 98-19-24-5421-08

W 5

5 0C

- m

inW

55

0C

- m

axW

45

0C

- m

axW

35

0C

- m

ax

Hea

tin

g c

apac

ity

wit

h E

GT

des

ign

H -1

6 0C

T d

esig

n H

-13

0C

T d

esig

n H

-7 0

C

The

reco

mm

end

ed r

ang

e of

dim

ensi

onin

g in

ral

atio

n t

o th

e p

roje

ct t

emp

EH

E

lect

ric

hea

ter


CAPACITY CURVES


0,02,0 1,05,0

7,0

6,0

3,0

4,08,0

9,0

16,0

17,0

18,0

19,0

20,0

21,0

22,0

10,0

11,0

12,0

13,0

14,0

15,0 -2

5-2

3-2

1-1

9-1

3-1

5-9

-11

-17

-7-5

-31

37

913

15-1

511

1719

Ou

tdoo

r ai

r te

mp

erat

ure

[0C

]


T d

esig

n -1

6 0CT d

esig

n -1

3 0C

AD

AP

T +

EH

(3 –

8%

)

AD

AP

T

T d

esig

n -7

0C

—CAPACITY CURVES




98-19-24-5421-08 98-19-24-5421-08

22KRONOTERM Data sheet

Heat pump ADAPT

BASIC PIPING AND INSTRUMENTATION DIAGRAM HYDRO C

Mar

ks le

gen

d

1 2 10 59 60 61

HY

DR

O C

wit

h in

teg

rate

d b

uff

er t

ank

and

DH

W t

ank

Hea

t p

um

p a

ir /

wat

er

Cir

cula

tion

pu

mp

Cir

cula

tion

pu

mp

set

for

dir

ect

hea

tin

g c

ircu

it

Cir

cula

tion

pu

mp

set

for

mix

ing

hea

tin

g c

ircu

it

Man

ifold

Sym

bol

s le

gen

d

Cir

cula

tion

pu

mp

Com

pre

ssor

Thre

e w

ay m

ixin

g v

alve

Thre

e w

ay z

one

valv

e

Tem

per

atu

re s

enso

r

Man

omet

er

Ther

mom

eter

Safe

ty t

her

mos

tat

Mag

net

ic d

irt

sep

arat

or

Bal

l val

ve

Safe

ty v

alve

Bal

anci

ng

val

ve

Ch

eck

valv

e

Ch

eck

Bal

l val

ve

Stra

iner

Exp

ansi

on v

esse

l

Air

ven

t

Flo

w e

lect

rica

l hea

ter

Hea

t ex

chan

ger

Filt

er

Pre

ssu

re r

egu

lato

r

A s

crew

con

nec

tion

wit

h a

scr

ewd

rive

r

Thre

aded

plu

g

Con

trol

ler

Flo

w

Ret

urn

Dom

esti

c co

ld w

ater

Dom

esti

c h

ot w

ater

Cir

cula

tion

El.

sup

ply

El.

sig

nal

(0,7

5 m

m2 )

Com

un

icat

ion

(FTP

5e)

1

2

5960

61

6060

1. ci

rcu

it

PLC

: TS

S1

2. c

ircu

it

PLC

: TS

S2

3. c

ircu

it

PLC

: TS

S6

4. c

ircu

it

PLC

: TS

S7

10

—BASIC PIPING AND INSTRUMENTATION DIAGRAM HYDRO C



98-19-24-5421-08 98-19-24-5421-08

Flo

w

Ret

urn

Dom

esti

c co

ld w

ater

Dom

esti

c h

ot w

ater

Cir

cula

tion

El.

sup

ply

El.

sig

nal

(0,7

5 m

m2 )

Com

un

icat

ion

(FTP

5e)

Mar

ks le

gen

d

1 2 3 10 17 59 60 61

HY

DR

O S

Hea

t p

um

p a

ir /

wat

er

DH

W t

ank

Cir

cula

tion

pu

mp

Bu

ffer

tan

k

Cir

cula

tion

pu

mp

set

for

dir

ect

hea

tin

g c

ircu

it

Cir

cula

tion

pu

mp

set

for

mix

ing

hea

tin

g c

ircu

it

Man

ifold

Sym

bol

s le

gen

d

Cir

cula

tion

pu

mp

Com

pre

ssor

Thre

e w

ay m

ixin

g v

alve

Thre

e w

ay z

one

valv

e

Tem

per

atu

re s

enso

r

Man

omet

er

Ther

mom

eter

Safe

ty t

her

mos

tat

Mag

net

ic d

irt

sep

arat

or

Bal

l val

ve

Safe

ty v

alve

Bal

anci

ng

val

ve

Ch

eck

valv

e

Ch

eck

Bal

l val

ve

Stra

iner

Exp

ansi

on v

esse

l

Air

ven

t

Flo

w e

lect

rica

l hea

ter

Hea

t ex

chan

ger

Filt

er

Pre

ssu

re r

egu

lato

r

A s

crew

con

nec

tion

wit

h a

scr

ewd

rive

r

Thre

aded

plu

g

Con

trol

ler


17

1

2

3

10

5960

61

6060

1. ci

rcu

it

PLC

: TS

S1

2. c

ircu

it

PLC

: TS

S2

3. c

ircu

it

PLC

: TS

S6

4. c

ircu

it

PLC

: TS

S7—BASIC PIPING AND INSTRUMENTATION DIAGRAM HYDRO S



98-19-24-5421-08 98-19-24-5421-08

98-19-24-5421-08 98-19-24-5421-08

_Kronoterm d.o.o.

Trnava 5e, 3303 Gomilsko, SLO

T +386 3 703 16 20

www.kronoterm.com

[email protected] Dat

a sh

eet

AD

APT

- E

NG

/9

8-1

9-2

4-5

42

1-0

8

data sheet - electro-energy

Documents