TESY AquaThermica Compact HPWH 3.2 100 Manual

HPWH 3.2 100
HPWH 3.2 150
INSTALLATION AND
MAINTENANCE MANUAL
WARMTEPOMP VOOR SANITAIR
WARM WATER
DOMESTIC HOT WATER HEAT PUMP
EN
NL
POMPY CIEPŁA DO CIEPŁEJ WODY
PL
WARMWASSER – WÄRMEPUMPE
DE
206404 rev04 v1

Contents
ENG
1. INTRODUCTION 7
1.1. Introduction 7
1.2. Disclaimer 7
1.3. Copyright 7
1.4. Operating principle 7
1.5. Available versions and congurations 8
2. TRANSPORT AND HANDLING 8
2.1. Conformity with European regulations 8
2.2. Degrees of protection provided by enclosures 8
2.3. Limitations of use 8
2.4. Operating limits 9
2.5. Fundamental safety rules 9
2.6. Information on coolant used 9
3. TRANSPORT AND HANDLING. (Fig.1; 2; 3; 4; 5) 9
3.1. Transport. (Fig.1 & 2) 9
3.2. Unpackintg 10
4. DESIGN CHARACTERISTICS (Fig.6; 7; 8; 9) 10
5. TECHNICAL DATA AND DIMENSSIONS (Fig.10; 10a) 11
6. INSTALLATION AND CONNECTION (Fig.11) 13
6.1. Requirements to the installation area. 13
6.2. Instalation. Fixing to the wall (Fig.12; 12a ; 16; 16а; 16d) 13
6.3. Ventilation connection. Air ducts. (Fig. 13; 14; 15; 17a; 17; 18; 19) 14
6.3.1. Non ducted ventilation. (Fig.13; 14). 14
6.3.2. Semi-Ducted ventilation 14
6.3.3. Ducted ventilation. (Fig.17a; 17). 14
6.4. Water supply connections (Fig.20;21) 15
6.5. Condense drain connections. 16
6.6. Electrical connections 16
7. COMMISSIONING. 16
7.1. Filling the tank with water. 16
8. OPERATING MODES. USER INTERFACE. INITIAL CONTROLLER ADJUSTMENT. 16
8.1. User interface – Buttons and their function explanation. 16
8.1.1. Power ‘ON’ 16
8.1.2. ON/OFF button 16
8.1.3. UP and DOWN buttons 16
8.1.4. Timer and clock settings 17
8.1.5. Setting button 17
8.2. User interface - LED icons description 18
8.3. Operating modes - main function 19
8.3.1. Operating range 19
8.3.2. Auto mode - 19
8.3.3. “Green mode” . (only heat pump will work at normal working situation) 20
8.3.4. “Boost mode” + . 20
8.3.5. “E heater only” . 20
8.3.6. “Fan Mode” . 20
8.3.7. “ Defrost mode”. . (Fig. 25) 20
8.3.8. “Antifreeze mode” . 21
8.3.9. Disinfection weekly cycle. (E-heater icon keeps blinking) 21
8.3.10. Other important remarks concerning appliance’s working modes. 21
9. CONTROLLER ADJUSTMENT. PARAMETERS 21
9.1. Wiring diagram. (Fig.23) & Refrigerant circuit. (Fig.23a) 21
9.2. Parameter list 22
10. EXTERNAL CONNECTIVITY. (Fig.27) 23
10.1. Solar photovoltaic integration 23
11. MAINTENANCE AND CLEANING. 23
11.1. Resetting of safety thermostat 34 (Fig.9) 23
11.2. Quarterly inspections 24
11.3. Annual inspections 24
11.4. Magnesium anodes 29. (Fig.9) 24
11.5. Emptying the boiler. (Fig.20) 24
12. TROUBLESHOOTING 24
12.1. Malfunctioning of the unit and error codes 25
13. DISPOSAL. 25
14. GUARANTEE. 26
15. PRODUCT FICHE – Outdoor air heat pump (placed indoor side EN16147:2017) 28

DE
1. EINLEITUNG 29
1.1. Neukauf 29
1.2. Haftungsausschluss 29
1.3. Urheberrecht 29
1.4. Funktionsweise 29
1.5. Verfügbare Versionen und Kongurationen 30
2. WICHTIGE ANGABEN 30
2.1. Konformität mit den europäischen Richtlinien 30
2.2. Schutzart des Gehäuses 30
2.3. Einschränkungen bei der Verwendung 30
2.4. Betriebseinschränkungen 31
2.5. Allgemeine Sicherheitshinweise 31
2.6. Angaben zum verwendeten Kältemittel 31
3. TRANSPORT UND HANDHABUNG (Abb. 1; 2; 3; 4; 5) 31
3.1. Transport (Abb.1 & 2) 31
3.2. Auspacken 31
4. KONSTRUKTIONSEIGENSCHAFTEN (Fig. 6; 7; 8; 9) 32
5. TECHNISCHE DATEN UND ABMESSUNGEN (Abb. 10; 10а) 32
6. INSTALLATION UND ANSCHLUSS (Abb.11) 34
6.1. Anforderungen an den Installationsort. 34
6.2. Installation. Wandmontage (Abb. 12; 12a ;16; 16а, 16d) 35
6.3. Lüftungsanschluss. Lüftungskanäle. (Abb. 13; 14; 15; 17a; 17; 18; 19) 35
6.3.1. Belüftung ohne Lüftungskanäle. (Abb. 13; 14). 35
6.3.2. Gemischte Belüftung 36
6.3.3. Belüftung über Lüftungskanäle. (Abb.17a; 17). 36
6.4. Wasserleitungen (Abb. 20; 21) 37
6.5. Anschlüsse für den Kondensatablauf. 37
6.6. Stromanschlüsse 38
7. INBETRIEBNAHME. 38
7.1. Befüllung des Behälters mit Wasser. 38
8. BETRIEBSARTEN. BENUTZERSCHNITTSTELLE. ERSTEINSTELLUNG DES REGLERS. 38
8.1. Benutzerschnittstelle – Tasten und ihre Funktionen. 38
8.1.1. EINschalten 38
8.1.2. Taste 38
8.1.3. Taste 38
8.1.4. Taste TIMER- UND UHREINSTELLUNG 38
8.1.5. Die Taste 39
8.2. Benutzeroberäche - Beschreibung der LED-Symbole 40
8.3. Betriebsarten - Hauptfunktion 41
8.3.1. Betriebsbereich 41
8.3.2. AUTO-MODUS - 41
8.3.3. GRÜNER Modus (nur die Wärmepumpe funktioniert unter normalen Betriebsbedingungen) 42
8.3.4. Boost-Modus + . 42
8.3.5. Nur E-Heizung . 42
8.3.6. Lüftungs-Modus . 42
8.3.7. Modus Auftauen . (Fig. 25) 42
8.3.8. Frostschutz-Modus . 43
8.3.9. Wöchentlicher Desinfektionszyklus. (Das Symbol der E-Heizung blinkt ständig) 43
8.3.10. Weitere wichtige Hinweise zum Betrieb des Geräts. 43
9. STEUERUNG. PARAMETER 43
9.1. Schaltplan (Abb. 23) & Kältemittelkreislauf. (Abb.23a) 43
9.2. Parameterverzeichnis 44
10. EXTERNE KONNEKTIVITÄT. (Abb. 27) 45
10.1. Anschluss an Photovoltaikanlagen 45
11. WARTUNG UND REINIGUNG. 45
11.1. Rückstellung des Sicherheitsthermostats 34 (Abb. 9) 45
11.2. Vierteljährliche Inspektionen 46
11.3. Jährliche Inspektionen 46
11.4. Magnesiumanoden 29. (Abb. 9) 46
11.5. Entleeren des Warmwasserspeichers. (Abb.20) 46
12. FEHLERSUCHE 46
12.1. Fehlfunktionen des Geräts und Fehlercodes 46
13. ENTSORGUNG. 47
14. GARANTIE. 48
15. DATENBLATT – Luft-Wasser-Wärmepumpe (Innenaufstellung EN16147:2017 50

NL
1. INLEIDING 51
1.1. Nieuw product 51
1.2. Disclaimer 51
1.3. Auteursrecht 51
1.4. Operating principle 51
1.5. Beschikbare versies en conguraties 52
2. BELANGRIJKE INFORMATIE 52
2.1. Conformiteit met Europese regelgeving 52
2.2. Mate van bescherming geboden door de behuizing 52
2.3. Gebruiksbeperkingen 52
2.4. Operationele limieten 53
2.5. Fundamentele veiligheidsregels 53
2.6. Informatie over gebruikte koelvloeistof 53
3. VERVOER EN HANDHAVING. (Fig.1; 2; 3; 4; 5) 53
3.1. Vervoer. (Fig.1 & 2) 53
3.2. Uitpakken 53
4. ONTWERPKENMERKEN (Fig.6; 7; 8; 9) 54
5. TECHNISCHE GEGEVENS EN AFMETINGEN (Fig.10; 10a) 54
6. INSTALLATIE EN AANSLUITING (Fig.11) 56
6.1. Voorbereiding van de installatieplaats. 56
6.2. Installatie. Bevestiging aan de muur (Fig.12; 12a; 16; 16а; 16d) 57
6.3. Ventilatie aansluiting. Luchtkanalen. (Fig. 13; 14; 15; 16; 17; 18; 19) 57
6.3.1. Ventilatie zonder kanalen. (Fig.13; 14). 57
6.3.2. Semi-kanaalventilatie 58
6.3.3. Kanaalventilatie. (Fig.16; 17). 58
6.4. Watertoevoeraansluitingen (Fig.20;21) 59
6.5. Aansluiting condensaatafvoer 60
6.6. Elektrische verbindingen 60
7. INBEDRIJFSTELLING. 60
7.1. Vullen van de watertank met water 60
8. BEDRIJFSMODI. GEBRUIKERSOMGEVING. EERSTE AANPASSING VAN DE CONTROLLER 60
8.1. Gebruikersinterface – Toetsen en hun functieverklaring 60
8.1.1. Stroom 'AAN' 60
8.1.2. Toets 60
8.1.3. Toets 60
8.1.4. Toets TIMER- EN KLOKINSTELLING 61
8.1.5. Toets 61
8.2. Gebruikersinterface - Beschrijving van LED-pictogrammen 62
8.3. Bedrijfsmodi - hoofdfunctie 63
8.3.1. Werkbereik 63
8.3.2. Auto bedrijfsmodus - 63
8.3.3. “Green-modus” (alleen warmtepomp zal werken bij normale werksituatie) 64
8.3.4. “Boost-modus” + . 64
8.3.5. “E-heater alleen” . 64
8.3.6. “Fan-modus” . 64
8.3.7. “Ontdooimodus” . (Fig. 25) 64
8.3.8. “Antivriesmodus” . 65
8.3.9. Desinfectie wekelijkse cyclus. (E-heater icoon blijft knipperen) 65
8.3.10. Andere belangrijke opmerkingen over de werkingsmodi van het toestel 65
9. AANPASSING VAN DE CONTROLLER. PARAMETERS 66
9.1. Schakelschema. (Fig.23) & Koelmiddel circuit. (Fig.23a) 66
9.2. Lijst met parameters 66
10. EXTERNE VERBINDING. (Fig.27) 67
10.1. PV-integratie 67
11. ONDERHOUD EN REINIGING. 67
11.1. Resetten van de veiligheidsthermostaat 34 (Fig.9) 67
11.2. Kwartaalinspecties 68
11.3. Jaarlijkse inspecties 68
11.4. Magnesiumanoden 29. (Fig.9) 68
11.5. Leegmaken van de tank. (Fig.20) 68
12. FOUTEN OPLOSSEN 68
12.1. Storingen van het toestel en foutmeldingen 69
13. VERWIJDERING. 69
14. GARANTIE. 70
15. PRODUCTKAART – Warmtepomp (gebruikmakend van buitenlucht voor installatie binnenshuis (EN16147:2017)) 72

PL
1. WSTĘP 73
1.1. Nowy produkt 73
1.2. Zrzeczenie się odpowiedzialności 73
1.3. Prawo autorskie 73
1.4. Zasada działania 73
1.5. Dostępne wersje i konguracje 74
2. WAŻNE INFORMACJE 74
2.1. Zgodność z przepisami europejskimi 74
2.2. Stopień ochrony zapewnianej przez obudowę 74
2.3. Ograniczenia stosowania. 74
2.4. Ograniczenia operacyjne Fundamental safety rules 75
2.5. Podstawowe zasady bezpieczeństwa 75
2.6. Informacje dotyczące stosowanego czynnika chłodniczego 75
3. TRANSPORT I MANIPULACJA (g.1; 2; 3; 4; 5) 75
3.1. Transport. (Fig.1 i 2) 75
3.2. Rozpakowywanie 76
4. CECHY PROJEKTOWE (g. 6; 7; 8; 9) 76
5. DANE TECHNICZNE I ROZMIARY (g. 10; 10а) 77
6. MONTAŻ I PODŁĄCZENIE (g. 11) 79
6.1. Wymagania dotyczące pomieszczenia do montażu urządzenia. 79
6.2. Montaż. Zamocowanie do ściany (g. 12; 12а 14; 15; 16; 16а) 79
6.3. Podłączenie kanałów wentylacyjnych urządzenia. Kanały wentylacyjne. (Fig. 13; 14; 15; 17a; 17; 18; 19) 80
6.3.1. Wentylacja bez kanałów wentylacyjnych. (Fig. 13; 14). 80
6.3.2. Wentylacja z częściowymi kanałami wentylacyjnymi 80
6.3.3. Wentylacja z kanałami wentylacyjnymi. (Fig. 17a; 17). 80
6.4. Podłączenie do sieci wodociągowej (Fig. 20;21) 81
6.5. Połączenia elektryczne 82
6.6. Electrical connections 82
7. URUCHOMIENIE. 82
7.1. Napełnianie zbiornika wodą. 82
8. TRYBY PRACY. INTERFEJS UŻYTKOWNIKA. USTAWIENIA WSTĘPNE KONTROLERA. 82
8.1. Interfejs użytkownika – Przyciski i opis ich funkcji. 82
8.1.1. Włączanie 82
8.1.2. Przycisk 82
8.1.3. Przyciski oraz 82
8.1.4. Przycisk – USTAWIENIA ZEGARA I TIMERA 82
8.1.5. Przycisk 83
8.2. Interfejs użytkownika – Opis ikon LED 84
8.3. Tryby pracy – funkcja podstawowa 84
8.3.1. Zakres pracy 84
8.3.2. Tryb AUTO 85
8.3.3. Tryb GREEN . (tylko pompa ciepła będzie pracowała w normalnym stanie roboczym) 86
8.3.4. Tryb Boost + . 86
8.3.5. Tylko grzałka elektryczna . 86
8.3.6. Tryb Wentylacji . 86
8.3.7. Tryb odszraniania . (Fig. 25) 86
8.3.8. Tryb przeciw zamarznięcia . 87
8.3.9. Tygodniowy cykl dezynfekcji. (Ikona grzałki elektrycznej miga w sposób ciągły) 87
8.3.10. Inne ważne uwagi dotyczące trybów pracy urządzenia. 87
9. USTAWIENIA KONTROLERA. PARAMETRY 87
9.1. Schemat połączeń elektrycznych. (Fig. 23) & Obieg czynnika chłodniczego. (Rys.23a) 87
9.2. Lista parametrów 88
10. POŁĄCZENIE ZEWNĘTRZNE. (Fig. 27) 89
10.1. Integracja fotowoltaiczna 89
11. CZYSZCZENIE I KONSERWACJA. 89
11.1. Resetowanie termostatu bezpieczeństwa 34 (Fig. 9) 89
11.2. Kontrole kwartalne 90
11.3. Kontrole roczne 90
11.4. Anody magnezowe 29. (Fig. 9) 90
11.5. Opróżnianie bojlera. (Fig. 20) 90
12. ROZWIĄZYWANIE PROBLEMÓW 90
12.1. Niesprawność urządzenia i kody błędów 90
13. UTYLIZACJA ODPADÓW. 91
14. GWARANCJA. 92
15. CHARAKTERYSTYKA PRODUKTU – Pompa ciepła na powietrze zewnętrzne (do montażu wewnętrznego,
EN16147:2017) 94

1. INTRODUCTION
1.1. Introduction
1.2. Disclaimer
1.3. Copyright
1.4. Operating principle
7
DOMESTIC HOT WATER HEAT PUMP
Instruction for installation and maintenance
EN
This installation and maintenance manual are to be considered an integral part of the heat pump water heater, here after
referred to as an equipment.
The manual must be kept for future reference until the heat pump itself has been dismantled. This manual is intended for
both the specialized installer (installers – maintenance technicians) as well as the end user. The installation modes to be complied
with in order to achieve a correct and safe operation of the equipment as well as methods of use and maintenance are described in
this manual.
In case of the sale of the equipment or the change of owner, the manual must accompany the equipment to its new destina-
tion.
Before installing and/or using the equipment, read this instruction manual carefully and, in particular, chapter 4 related to safety.
 Themanualmustbekepttogetherwiththeequipmentand,inanycase,itmustalwaysbeatthedisposalofthequalied
personnel in charge of installation and maintenance.
Thefollowingsymbolsareusedinsidethemanualinordertoquicklyndthemostimportantinformation:
Information on safety
Information / Suggestions
Dear Customer,
Thank you for having purchasing this product.
We have always paid a great deal of attention to environmental problems, therefore, it has used technologies and materials with a
lowenvironmentalimpacttomanufactureourproductsinconformitywithWEEE–RоHS(2011/65/ЕUand2012/19/EUcommunity
standards.
 Theconformityofthecontentoftheseuserinstructionswithhardwareandsoftwarehasbeensubmittedforthoroughverica-
tion. Regardless, it is still possible for some non-compliance to occur; therefore, no liability will be assumed for complete conformity.
In the interest of achieving technical perfection, we reserve the right to modify the equipment construction or to data at any time what-
soever.Therefore,wedonotacceptanyliabilityclaimsattributabletoinstructions,gures,drawingsordescriptions,withoutprejudiceto
errors of any kind.
TESYshallnotbeheldresponsiblefordamagesattributabletomisuse,improperuse,orasaconsequenceofunauthorizedrepairsor
modications.
These user instructions contain information protected by copyright. It is forbidden to photocopy, duplicate, translate or record
these user instructions on memory equipment, either in whole or in part without prior authorization of the producer. Any breaches shall
besubjecttothepaymentofcompensationforanydamagecaused.Allrightsarereserved,includingthosederivingfromtheissuing
of patents or the registration of utility models.
Procedures to follow
The equipment is capable of producing domestic hot water mainly by using heat pump technology. A heat pump is capable
of transferring thermal energy from a low temperature source to another with a higher temperature and vice versa.
Theequipmentusescircuitconsistingofacompressor,anevaporator,acondenserandathrottlevalve;aliquid/gascoolantows
inside this circuit.
Thecompressorcreatesadi󰀨erenceinpressureinsidethecircuitthatallowsathermodynamic cycle to be obtained: this sucks
the coolant uid in through an evaporator, where the uid itself evaporates at a low pressure by absorbing heat; it is com-
pressed and driven towards the condenser where the uid condenses at a high pressure releasing the absorbed heat. After
thecondenser,theuidpassesthroughtheso-called“throttlevalve”andbylosingpressureandthetemperaturestartstovaporize,
it re-enters the evaporator and the cycle starts all over again.

1Compressor CW Cold water inlet CA Cold air out
2Condenser HW Hot water outlet WA Warm air in
3Expansion valve CL Cold liquid (Refrigerant)
4Evaporator WL Warm liquid (Refrigerant)
5Fan WG Warm gas (Refrigerant)
6Storagetank HG Hot gas (Refrigerant)
Version Conguration description
HPWH 3.2. 100 Water tank volume = 100 l
HPWH 3.2. 150 Water tank volume = 150 l
1.5. Available versions and congurations
2. TRANSPORT AND HANDLING
2.1. Conformity with European regulations
2.2. Degrees of protection provided by enclosures
2.3. Limitations of use
8
Fig.0 – Operating principle
The operating principle of the equipment is as follows:
I-II: The coolant uid sucked in by the compressor, ows inside the evaporator and while it evaporates, it
absorbsthe“ecological”heatgivenbytheair.Atthesametime,theambientairissuckedinbytheequipmentbyafan;theairloses
itsheatbypassingoverthenned-tubebatteryoftheevaporator;
II-III: The coolant gas passes inside the compressor and it undergoes an increase in pressure that causes a rise in temperature;
transforming this into superheated steam;
III-IV: Inside the condenser, the coolant gas releases its heat to the water inside the tank (boiler). This exchange process makes it
possible for the coolant to pass from superheated steam to a liquid state by condensing at a constant pressure and undergoing a
reduction in temperature;
IV-I: The liquid coolant passes through the throttle valve. It undergoes a sudden drop in both pressure and temperature and it partially
vaporizes bringing pressure and temperature back to the initial conditions. The thermodynamic cycle can begin.
 TheEVHPheatpumpisadeviceintendedfordomesticuseinconformitywiththefollowingEuropeandirectives:
• 2012/19/ЕUDirectiveonwasteelectricalandelectronicequipment(WEEE);
• 2011/65/EUDirectiveontherestrictionsofuseofcertainhazardoussubstancesinelectricandelectronicequipment(RoHS);
• Directive2014/30/EU-Electromagneticcompatibility(EMC);
• Directive2014/35/EU–LowVoltageDirective(LVD);
• Directive2009/125/ECEcodesignRequirements.
Thedegreeofprotectionoftheequipmentisequalto:IPX4.
WARNING!: This device has not been designed, nor is it intended for use within hazardous environments (due
tothepresenceofpotentiallyexplosiveatmospheres–accordingtoATEXstandardsorwitharequestedIPlevel
exceeding that of the equipment) or in applications that require (fault-tolerant, fail-safe) safety characteristics
such as in circuit-breaking systems and/or technologies or in any other context in which the malfunctioning of an
applicationcouldcausedeathorinjurytopeopleoranimalsorseriousdamagecouldbecausedtoobjectsorthe
environment.
N.B.: In the event of a product breakdown or fault, this could cause damage (to people, animals and goods). It
is necessary to arrange for a separate functional monitoring system with alarm functions in order to avoid such
damagebeingcaused.Moreover,itisnecessarytoarrangeforaback-upserviceincaseoffailure!

2.4. Operating limits
2.5. Fundamental safety rules
2.6. Information on coolant used
3. TRANSPORT AND HANDLING. (Fig.1; 2; 3; 4; 5)
3.1. Transport. (Fig.1 & 2)
9
The above-mentioned device is intended to be used exclusively for the heating of domestic hot water within the foreseen
limitations of use.
WARNING!: It is forbidden to use the device for purposes other than those intended. Any other use is to be
considered improper and therefore not allowed.
N.B.: The manufacturer shall not be held responsible under any circumstances in the event that the equipment is
used for other purposes than for which it has been designed and as regards any installation errors or equipment
misuse.
N.B.: During the design and construction stage of the systems, current local rules and provisions are complied
with.
WARNING!
•Do not open or disassemble the device when this is connected to the power supply
• Do not touch the device with wet or humid body parts when barefoot;
• Do not pour or spray the device with water;
• Do not stand, sit and/or rest anything on the device.
WARNING! The equipment can be used by children of at least 8 years of age as well as by people with reduced
physical, sensory or mental abilities or by those who lack the necessary experience or knowledge, as long as
they are supervised or after they have received instructions relating to the safe use of the equipment as well as
explanations relating to the use of such equipment.
Children must not play with the equipment. Cleaning and maintenance intended to be carried out by the user must
not be performed by unsupervised children.
The coolant type is HFO- R513a.
ThisdevicecontainsuorinatedgreenhousegasincludedintheKyotoprotocol.Donotdiscardsuchgasintothe
environment.
Equipment is delivered packed with a cartoon box. During the transport the appliance must be in an upright position desig-
nated by the label stick on the cartoon box.
Transportingtheunitinanyotherpotionsiastrictlyprohibited.SeeFig.2
For a transport over short distance (provided that it is done with care), an inclination angle up to 30 degrees is permitted. It is advised
that the maximum permissible inclination angle of 45 degree is not exceeded. If transport in an inclined position cannot be avoided,
theunitshouldbetakenintooperationonehourafterithasbeenmovedintonalposition.

Pos. Description Pos. Description
1 27 Lowertanktemperaturesensor
2Compressor 28 Wall hung brackets
3Electronically regulated expansion valve 29 Magnesiumanode
4Lowpressuresafetyswitch-refrigerant 30 DielectricsleeveMganode
5High pressure safety switch - refrigerant 31 Flange seal
6Two-way valve (defrost) 32 Flange cover
7Filling Needle - High pressure 33 Boltsforange
8Filling Needle - low pressure 34 Manuallyresetsafetythermostat(90oC)
9Condenser inlet (High pressure) 35 Cover
10 Condenseroutlet(Lowpressure) 36 E-Heater
11 Centrifugal fan 37 Hot water feeding pipe
13 BoltsM6 38 Cable terminal
14 Upperplasticcover 39 Cable clamp
15 Back and lateral plastic shells 40 Inletjetpipe(‘piston”e󰀨ect)–part1
16 Front plastic shell 43 Inletjetpipe(‘piston”e󰀨ect)–part2
17 Controller box cover 44 Inletjetpipe(‘piston”e󰀨ect)–“O”ring
19 Condenser compressor 45 Inletjetpipe(‘piston”e󰀨ect)–part3
20 Transformer 46 Condensator
21 Condenser fan 47 Heat insulation
22 MainPCB 48 Safetythermoswitch80oC (automatic reset)
3.2. Unpackintg
4. DESIGN CHARACTERISTICS (Fig.6; 7; 8; 9)
10
The unpacking operations must be carried out carefully so as not to damage the appliance.
Please follow the described steps bellow Fig.3:
-Usingacutter,cutthestraps7.
- Pull upwards the cartoon box 1.
-RemovetheupperEPSplate2
- Gently take the appliance out of the cartoon tray 4
After having removed the packaging, make sure that the unit is intact. If in doubt, do not use the equipment and seek help from
authorizedtechnicalsta󰀨.
In conformity with environmental protection regulations, make sure that all the accessories supplied have been removed
before discarding the packaging.
After having removed the packaging, make sure that the unit is intact. If in doubt, do not use the equipment and seek help
fromauthorizedtechnicalsta󰀨.
In conformity with environmental protection regulations, make sure that all the accessories supplied have been removed
before discarding the packaging.
WARNING!: Packaging items (staples, cardboard boxed, etc.) must not be left within the reach of children as
they are dangerous.
WARNING!: It is not permitted to place the upper component of the device under any form of stress during the
product handling and installation stages because it is not of a structural nature. (Please see Fig.4 & Fig.5)
WARNING!: Whilehandling,donotcatchtheunitontoupperplasticpanels!Thereisarisktodamagethem!
(Please see Fig. 4 & Fig. 5)
Note:atthemanufacturer’sdiscretion,thetypeofpackagingmaybesubjecttochange.

Description HP 3.2 100 HP 3.2 150
Performancedataacc.EN16147:2017
Loadprole M L
Hot water temperature set point °C 55 55
Heating up time; th
h:m
·(EN16147:2017–A20/W55) 5:04 7:09
·(EN16147:2017-A14/W55) 5:54 8:16
·(EN16147:2017-A7/W55) 7:04 9:08
·(EN16147:2017–A2/W55) 8:43 11:18
HeatinguptimeinBOOSTmode(A7/W10-55) h:m 2:37 4:20
Average heat pump power consumption at initial heat up Weh-HP / th
kW
·(EN16147:2017–A20/W55) 0.229 0.233
·(EN16147:2017-A14/W55) 0.229 0.233
·(EN16147:2017-A7/W55) 0.227 0.239
·(EN16147:2017–A2/W55) 0.276 0.233
Power consumption, standby period; Pes
kW
·(EN16147:2017–A20/W55) 0.013 0.016
·(EN16147:2017-A14/W55) 0.015 0.017
·(EN16147:2017-A7/W55) 0.018 0.021
·(EN16147:2017–A2/W55) 0.021 0.023
Daily electrical energy consumption; Qelec
kW/h
·(EN16147:2017–A20/W55) 1.555 2.986
·(EN16147:2017-A14/W55) 1.728 3.385
·(EN16147:2017-A7/W55) 2.053 4.142
·(EN16147:2017–A2/W55) 2.862 4.895
COP DHW
-
·(EN16147:2017–A20/W55) 3.7 3.9
·(EN16147:2017-A14/W55) 3.4 3.4
·(EN16147:2017-A7/W55) 2.8 2.8
·(EN16147:2017–A2/W55) 2.1 2.4
Water heating energy e󰀩ciency; ηWH / ErP class
-
·(EN16147:2017–A20/W55) 158 / A++ 161/A++
·(EN16147:2017-A14/W55) 142 / A++ 142 / A++
·(EN16147:2017-A7/W55) 120 / A+ 116/A+
·(EN16147:2017–A2/W55) 85 / A98/A
23 Fan motor 53 Evaporator coil temperature
24 Plastic cover control display 54 Fan safety grill
25 Control display 55 Fan wheel
26 Uppertanktemperaturesensor
Dimensions (±5mm) HP 3.2. 100 HP 3.2. 150
h (mm) 1351 1712
h1 (mm) 772 1096
h2 (mm) 162 185
5. TECHNICAL DATA AND DIMENSSIONS (Fig.10; 10a)
11
Fig.10 Dimensions of appliance
Fig.10a Dimensions of of mounting bracket
CW - cold water inlet - G1/2" B
HW - hot water outlet - G1/2" B
Condense drainage – Ø20

Description HP 3.2 100 HP 3.2 150
Annual electrical energy consumption; AEC
kWh/a
·(EN16147:2017–A20/W55) 325.4 636.8
·(EN16147:2017-A14/W55) 360.8 722.8
·(EN16147:2017-A7/W55) 429.3 884.2
·(EN16147:2017–A2/W55) 602.9 1049.9
Maximumvolumeofmixedwaterat40oC(EN16147:2017-A7/W55) l 135 178
Referencehotwatertemperature;θ’WH °C 54.6 53.7
Rated heat output; Prated
kW
·(EN16147:2017–A20/W55) 0.93 0.92
·(EN16147:2017-A14/W55) 0.79 0.80
·(EN16147:2017-A7/W55) 0.67 0.68
·(EN16147:2017–A2/W55) 0.56 0.55
Electricity data
Power supply V 1/N/220-240
Frequency Hz 50
Degree of protection IPX4
HP maximum power consumption kW 0.330+1,500 (e-heater) = 1.83
Electric heating element power kW 1.5
Maximumcurrentofappliance A1.4+6.5(e-heater)=7.9
Max.startingcurrentofheatpump A 13.5
Required overload protections A
16ATfuse/16Aautomaticswitch,charac-
teristic C (to be expected during installation
on power supply systems)
Internal thermal protection Safetythermostatwithmanualreset95oC
Operating conditions
Min.÷maxtemperatureheatpumpairintake(90%R.H.) °C -5÷43
Min.÷maxtemperatureinstallationsite °C 4÷40
Working temperature
ReferenceDHWtemperature(EN16147:2017) °C 55
Max.settablewatertemperature[withE-heater](EN16147:2017) °C 60[70]
Compressor Rotary
Compressor protection Thermal circuit breaker with automatic
reset
Automatic safety pressure switch (high) MPa 2.2
Automatic safety pressure switch (low) MPa 0.1
Fan Centrifugal
Available external pressure of heat pump Pa 60
Ejectionoutletdiameter mm 125
Nominal air capacity m3/h 235(60Pa)
Motorprotection Internal thermal circuit breaker with auto-
matic reset
Condenzer Aluminium; wrapped externally, not in
contact with water
Refrigerant R513a
Refrigerant charge g 760
Global warming potential of the refrigerant 631
CO2 equivalent (CO2e) t 0.480
Defrosting Activehotgaswith“2-wayvalve”
Soundemissiondata;EN12102:2013
SoundpowerLw(A)indoor dB(A) 50
SoundpowerLw(A)outdoor dB(A) 58
Automaticanti-Legionellacycle YES
Water storage tank
12

Descriptions HP3.2 100 HP3.2 150
Water storage capacity l 98 143
Corrosion protection MganodeØ32x270mm;360g
Thermal insulation 50mmrigidPU
Maximumworkingpressure–storagetank Bar 8
Nett weight Kg 56 71
*Theperformancedatareferstonewunitswithcleanheatexchangers!!!
6. INSTALLATION AND CONNECTION (Fig.11)
6.1. Requirements to the installation area.
6.2. Instalation. Fixing to the wall (Fig.12; 12a ; 16; 16а; 16d)
13
WARNING!: Installation,commissioningandmaintenanceofthedevicemustbeperformedbyqualiedandauthorized
personnel. Do not attempt to install the device yourself.
 Theinstallationofthedevicemustbecarriedoutinasuitableplaceinordertoallowthenormaluseandadjustmentopera-
tions, together with ordinary and extraordinary maintenance to be performed. Therefore, it is important to allow the necessary working
space by referring to the dimensions, shown in Fig. 12a.
Theappliancemustbeinstalledinaccordancewiththenormaltradepracticesandincompliancewiththenationallegislation(EU
electricity directives and regulations concerning special installations and places of operation including bathrooms, shower cabins
HD60364-7-701(IEC60364-7-701:2006)).
Incasethisapplianceistobeusedinabathroomorothersimilarroom,thefollowinginstallationrequirementsmustbeobserved:
Donotinstallitin“Volume2”(seeFig.11)inordertoavoidtheriskofthecontrolboard(powerswitchandthermoregulator)being
reached by a person who is in a shower or a bathtub.
Fig.11 Necessary working space
Thepremises(room)must:
• Have adequate water and power supply lines; 12a
• Be available and ready for connection to the condense drain;
• Be available and ready with adequate discharge pipes in case of damage caused to the boiler or actuation .....
of the safety valve or breakage of pipes/connections;
• Have containment systems in case of serious water leaks;
•Besu󰀩cientlylit(whereappropriate);
• To have a volume not less than 20 m³;
• To be frost-proof and dry (room temperature >4oC).
• If the appliance has to be installed in a room or location with an ambient temperature always above 35°C, this room must be
ventilated.
Installing to the concrete wall. Fig.16a. & 16
• Ensurethatthewallonwhichtheappliancewillbemountedcansupporttheweightoftheappliancelledwithwater.Mini-
mum 250kg.
• The appliance is equipped with four hook-anchors for concrete wall mounting. Be careful of pipes and cables hidden in the
wall!!!Provideaminimumdistancetotheceilingof220mmforeasyservicing.
• Theunitshouldbehorizontallyleveledorwithsmallinclinebackwards(tothewall):0…1°seeFig.16.Inthiscase,thelower
hook-anchors could be used in order to regulate the appliance. Additional plastic sleeves (2) could be insert between the wall and the
supportbracket(Fig.16)toachieveanglebetween0and1o.
• To allow the possible exchange of the heating element, anode or safety thermostat, it is advisable to leave a clearance of
450 mm beneath the appliance.
Fig. 16; 16a; Designation:
Standard kit attached in the package
1. Hook-Anchor
2. Plastic spacer sleeves
3. Plastic insert-Anchor for concrete
Fig. 16; 16a; Dimensions:
a 308mm M1 To be measured on place
Ød1 14mm
M2
To be measured on place. The minimum space be-
tween the upper part of the appliance and the room top
must be 220mm
Ød2 14mm
WARNING!: •
Itisstronglyrecommendedusingaoorsupportstructure(Fig.16d).Thissupportisaseparateorder.
• Wheninstallingthesupport,itisobligatorytoxtheappliancetothewallbyupperhanginghook1(Fig.16d).
• Theappliancemustbepreciselyverticallyleveledorwithslightinclineof1otowardsthewall.(Fig.16d).This
leveling could be done by regulating three legs of the support

6.3.2. Semi-Ducted ventilation
6.3.3. Ducted ventilation. (Fig.17a; 17).
6.3.1. Non ducted ventilation. (Fig.13; 14).
6.3. Ventilation connection. Air ducts. (Fig. 13; 14; 15; 17a; 17; 18; 19)
14
Exhaust air is expelled outside building, while intake air is taken by the room.
Intake air rules:Minimumroomvolumeof20m3must be
observed.Itisobligatorytohaveanadequateroomventilationtotheoutsideofthehouse!Iftheserulesarenotobserved,thecon-
siderabledropinappliance’sperformancewillhappen!
Exaust air rules: Wheninstallexhaustairpipes,considerallrulesdescribedbellowinp.6.3.3.
Both, intake and exhaust air are taken and expelling outside the house (building). Air duct diameter of 125mm should be used.
 Themaximumallowablepressuredropof60Pamustbeassured.Inregardstothis,preciseairductlengthmustbecalculated
as described bellow.
Carryouttheinstallationofeachairducttakingcarethat:
•Theweightofsuch,doesnotadverselya󰀨ecttheequipmentitself;
•Maintenanceoperationscanbecarriedout;
• This is adequately protected so as to avoid the accidental intrusion of material inside the equipment itself;
• The maximum total allowable pressure drops for all components, including through holes for mounting on external wall, within the
pipesystemmustnotexceed60Pa.
All Technical parameters shown in the table above, are guaranteed at air ow rate 235 m3/h at pressure 60
Pa. So Please keep the following rules:
1.UseairductpipesystemwithdiameterØ125mm
2.Maximumlengthofbothinletandoutletstraightpipesmustnotexceed8meters.(Fig.23)
3.1mstraightpipehaspressuredropof~3Paat235m3/h;PVCmaterial;dryairT=7°C
4.Eachelbow90ohaspressuredropof~18Paat235m3/h;PVCmaterial;dryairT=7°C
5.Elbow45ohaspressuredropof~9Paat235m3/h;PVCmaterial;dryairT=7°C
Examples:
•Threeelbows90o(3x18Pa=54Pa)+fourpieces0.5mstraightpipes(4x0.5mx3Pa=6Pa)=total60Pa
•Twoelbows90o(2x18Pa=36Pa)+twopieces4mstraightpipes(2x4mx3Pa=24Pa)=total60Pa
(Fig.17)
During operation, the heat pump tends to lower the ambient temperature if the external air duct is not carried out.
Inordertoavoidtheformationofcondensate:insulatetheairdischargepipesandtheairductcoverconnections
with steam-tight thermal cladding of an adequate thickness.
An appropriate protection grid must be installed in line with the discharge pipe conveying air to the outside with
the aim of avoiding foreign bodies from entering the equipment. In order to guarantee maximum device perfor-
mance, the grid chosen must ensure low pressure loss.
Exhaust air is a cold one and could be use to support cooling system in your house
WARNING! In order to avoid short circulation of air between inlet / outlet, always use two elbows mounted in
oppositedirectionwhennon-ductedinstallationisdone!Fig.13
Fig.13 Non ducted ventilation 1
Both,intakeandexhaustairaretakenandexpellingintotheinstallationroom.Minimumroomvolumeof20m3mustbeobserved.It
isobligatorytohaveanadequateroomventilationtotheoutsideofthehouse!Iftheserulesarenotobserved,theconsiderabledrop
inappliance’sperformancewillhappen!
Apartfromthespaceindicatedinparagraph6.1,theheatpumprequiresadequateventilation.Itisnecessarytocreateadedicated
airductasindicatedintheillustration(Fig.13to19).
Moreover,itisimportanttoensureanadequateventilationofthepremiseswheretheequipmentistobeinstalled.
WARNING!:
For HP 3.2 150
• Itisstronglyrecommendedusingaoorsupportstructure(Fig.16d).Thissupportisaseparateorder

Obligatory elements to be installed:
1. Expansion vessel (optional) 6.Taptodraino󰀨theappliance.
2.Safetyvalve8Bar. 7.Thermostaticmixingvalve(optional)
3.Backowpreventer. 8. Hot water consumers
4. Pressure regulator (optional) 9.Dielectricconnectors
5.Mainwatertap
6.4. Water supply connections (Fig.20;21)
15
The illustration (Fig. 20 & 21) shows an example of a water supply connection.
Fig. 20 Watter supply connection Fig. 21 Condense drain connection
WARNING!
•Usageofthisdeviceattemperatureandpressurelevelaboveprescribedleadstowarrantyviolation!
•Thisdeviceisintendedforheatingofpotablewaterinliquidstate.Usingdi󰀨erentuidsindi󰀨erentstatesleads
towarrantyviolation!
•DissimilarMetalscausegalvaniccorrosion.Thereforepipes,jointsandttingsofdissimilarmetalsshouldbecon-
nected to the appliance by means of dielectric separators
When the water hardness is particularly high (higher than 25°F), it is recommended to use a water softener, prop-
erly calibrated and monitored; in this case the residual hardness should not fall below 15°F.
WARNING!
•Itisobligatoryforthesysteminstallertotan8-barsafetyvalveNo2onthecoldwaterintakepipe(Fig.20).
•Itisforbiddenapresenceofanystopvalves,tapsbetweenthesafetyvalveandstoragetank!
The safety equipment for protection against over pressure must be operated regularly in order to remove limes-
cale deposits and to check that it is not blocked.
The drain pipe, connected to the safety valve must be installed sloping continuously downwards and, in a place,
where it is protected against the formation of ice.
An expansion vessel No1 (Fig.20) could be installed in order to absorb water expansion due to temperature varia-
tion. Pressure regulator No4 and expansion vessel should be calculated together by qualied person.
WARNING!
Theheatpumpfortheproductionofdomestichotwateriscapableofheatingwateruptomorethan65°C.Forthis
reason,asaprotectionagainstburns,itisadvisabletoinstallanautomaticthermostatmixingequipmentNo7tothe
hot water pipe (Fig. 20)
WARNING!
Тhesimultaneousoperationofanopen-uerebox(e.g.anopen-uereplace)togetherwiththeheatpump
causesadangerousenvironmentalpressuredrop.Thiscouldcausetheback-owofexhaustgasintotheenvi-
ronment itself.
•Donotoperatetheheatpumptogetherwithanopen-uerebox.
•Useonlysealed-chamberreboxes(approved)withaseparateductfor
combustion air.
•Keepthedoorstotheboilerroomclosedandhermeticallysealediftheydo
not have a combustion air supply in common with inhabited areas.
Ifitisconsiderednecessaryinordertopreventownoise,soundmu󰀪erscanbemounted.
Fit the pipes, the wall through holes and the connections to the heat pump with vibration damping systems.

6.5. Condense drain connections.
6.6. Electrical connections
7. COMMISSIONING.
7.1. Filling the tank with water.
8. OPERATING MODES. USER INTERFACE. INITIAL CONTROLLER ADJUSTMENT.
8.1. User interface – Buttons and their function explanation.
8.1.1. Power ‘ON’
8.1.2. ON/OFF button
8.1.3. UP and DOWN buttons
16
 Condensate,thatformsduringtheoperationoftheheatpump,owsthroughanappropriatedischargepipe(Ø20mm)that
passesinsidecladdinganditcomesoutonthesideoftheequipment.UseexiblehoseØ20(Fig.21).Connectthehosetoasiphon
sothatthecondensatecanowfreely.
Thedeviceissuppliedalreadywiredforthemainpowersupply.Itispoweredthroughaexiblecableandasocket/plugcombina-
tion.AnearthedSchukosocketwithseparate
protection is needed for the connection to the mains power supply.
WARNING!
The power supply to which the equipment will be connected must be protected by an adequate residual current
circuitbreakeratleast:16A/230V
The type of residual current circuit breaker must be chosen by evaluating the type of electric equipment to be used
on the entire system.
With reference to the connection to the main power supply and the safety equipment (e.g. residual current circuit
breaker)complywithstandardIEC60364-4-41.
WARNING!
• Check that the equipment is connected to the earth cable.
•Checkthatthelinevoltagecorrespondstothatindicatedontheequipmentidenticationplate.
•Donotexceedthemaximumpermittedpressureindicatedinthe“generaltechnicaldata”section;8Bar
• Check that the water circuit safety valve is working
Thecommissioningproceduremustbecarriedoutbyperformingthefollowingprocedures:
• Fill the boiler by opening inlet tap No5 (Fig. 20) and the tap hot water of your bathroom.
The tank is fully lled with water, when only water without air starts leaking trough the
tap in the bathroom. Check that there are no leaks from gaskets and connections.
Tighten the bolts or connections where necessary;
When the unit is connected to the main power supply, all icons are displayed on the controller screen for 3 seconds as
picture above.
 Afterfunctionalitycheck,theunitentersintothe“standby”mode(theapplianceisstillOFF):
• Press this button and hold it for 3 secondswhentheunitisinstandby,theunitwillbeturned‘ON’.
• Press this button and hold it for 3 secondswhentheunitisrunning,theunitwillbeturnedOFF-“Standby”.
Shortpressthisbuttontoenterorexittheparametersettingorchecking.
Thesearethemulti-purposebuttons.Theyareusedforthetempsetting,parametersetting,parameterchecking,clockadjustment
andadjustmentofthetimer.
Short press this button to enter or exit the parameter setting or checking.
• During running status, press or buttontoadjustthesettingtemperaturedirectly.
• Press these buttons when the unit is on clock setting status, the hour(s) and the minute(s) of the clock
timecanbeadjusted.
• Press these buttons when the unit is on timer setting status, the hour(s) and the minute(s) of the timer
‘ON’/’OFF’canbeadjusted.

8.1.4. Timer and clock settings
8.1.5. Setting button
17
1)Shortpressthebutton and the working mode could be set.
• AUTOmode.(Heatpump+E-heaterwillworkaccordingtothecontrollerlogic).Thesymbol will appear on the display.
• GREEN mode. (Only heat pump will work at normal working condition). The symbol will appear on the display.
• BOOSTmode(Heatpump+E-heaterwillworkatthesametime).Thesymbol + will appear on the display.
• E-HEATER mode. (Only E-heater will work). The symbol will appear on the display.
• VENTILATIONmode.(Onlyfanwillwork).Thesymbol will appear on the display.
2) Check the system parameters
• In any status, press this button and hold for 3 seconds, entry the system parameter checking interface.
• Press the and buttons to check the system parameters.
3)Adjustthesystemparameters.See9.2.“Parameterlist”
Theparametershavebeenset;theusercannotchangetheparametersoptionally.Pleaseaskaqualiedservice
person to do this when required.
If no action is performed using the buttons for 10 seconds, the controller will exit and save the setting automat-
ically.
Unlockthescreen:
- Press the button for at least 3 sec. The buttons are unlocked and the symbol will appear. After 1 minute the buttons will lock
automatically.
Clocksetting:
- After power on, short press buttontoentertheclocksettinginterface,hourandminuteicons“88:88”ashsimultaneously.
-Shortpress button to switch hour/minute setting, press the and buttons to set the exact hour(s) and minute(s);
- Press buttonagaintoconrmthesettings/changesandexit.
Timersetting:
1- After power on, long press button for 5 seconds to enter the timer setting interface, the timer on icon ONONON
OFOFFFOFF
111
222 andhouricon“88:”
ashsimultaneously;
2- Press the and buttons to set the exact hour(s).
3- Press buttontotransfertominutesetting,minuteicon“:88”ash,pressthe and buttons to set the exact minute(s).
4- Press the button toconrm.Inthismoment,timeronicon ONONON
111
222 stopsashingthatmeans“timeron”isset
IMPORTANT:IfstepNo4isomitted,timeronicon ONONON
111
222 willstayashingand“timeron”isnotset!
5- Press buttonagaintotransfertotimero󰀨setting,the“timero󰀨”icon OFOFFFOFF
111
222 andhouricon“88:”ashsimultaneously.
6-Pressthe and buttons to change the hour(s).
7-Press buttontotransfertominutesetting,minuteicon“:88”ash,pressthe and buttons to change the minute(s).
8- Press buttontoconrm.Inthismoment,“timero󰀨”icon OFOFFFOFF
111
222 stopsashingthatmeans“timero󰀨”isset
IMPORTANT:IfstepNo8isomitted,timero󰀨icon ONONON
111
222 willstayashingand“timero󰀨”isnotset!
9-Press button again to save and exit the timer setting interface.
IMPORTANT:
-IfstepNo4isomittedandallstepsfrom5to9aredone,“timero󰀨”willbesetandinstandbymodeicon OFOFFFOFF
111
222 will light on display.
-IfstepNo8isomitted,andallstepsfrom1to4aredone,“timeron”willbesetandinstandbymodeicon ONONON
111
222 will light on display.
-Ifallstepsfrom1to9aredone,both“timeron”and“timero󰀨”willbesetandicon ONONON
OFOFFFOFF
111
222 will light on display.
Timercanceling:
Doallstepsfrom1to9,withoutstepsNo4andNo8.Thetimerwillbecanceled
NOTE: 1) Thetimersettingsareautomaticallyrepeating.
NOTE: 2) Thetimersettingsarestillvalidafterasuddenpowercut.

Symbol Function Description
Hot water available The icon indicates that the domestic hot water temperature has reached the set
point. The hot water is available for use. Heat pump is in standby.
Fan ventilation The icon indicates that the fan ventilation function is enabled.
Electrical heating The icon indicates that the electrical heating function is enabled. The electrical
heater will work according to the control program.
Defrosting
The icon indicates that the defrosting function is enabled. This is an automatic
function; the system will enter or exit the defrosting according to the internal con-
trol program.
“Green”mode. Theiconindicatesthattheunitisoperatingin“Green”mode.
“AUTO”mode. Theiconindicatesthattheunitisoperatingin“AUTO”mode.
“BOOST”mode. Theiconsindicatethattheunitisoperatingin“BOOST”mode.
Keylock The icon indicates the key lock function is enabled. The keys Will be deactivated
until this function is disabled.
SETSET
TEMPTEMP Lefttemperaturedisplay The display shows the set water temperature. In case any malfunction occurs, this
sectionwilldisplaytherelatederrorcode”P”.
OUTOUT
Right temperature display Theiconindicatesreachedwatertemperature.Whencheckingoradjustingthe
parameters, this section will display the related parameter value.
Time display The display shows the clock time or timer time.
ONON
11
22Timer‘ON’ Theiconindicatesthatthetimer‘ON’functionisenabled.
OFFOFF
11
22Timer‘OFF’ Theiconindicatesthatthetimer‘OFF’functionisenabled.
Error The icon indicates there is a malfunction.
8.2. User interface - LED icons description
18

MODE AMBIENT TEMPT
Lower tank water temp
or Upper tank water
temp
*(when lower tank water
temp sensor has prob-
lem)
≤-5°C ≥-2°C >43 °C ≤41°C >60°C ≤58°C
AUTO mode Compressor OFF ON OFF ON OFF ON
E-heater ON OFF ON OFF
GREEN mode Compressor OFF ON OFF ON OFF ON
E-heater ON OFF ON OFF
BOOST mode Compressor OFF ON OFF ON OFF ON
E-heater Acc. to
logic
Acc. to
logic
Acc. to
logic
Acc. to
logic
Acc. to
logic
Acc. to
logic
E-Heater mode Acc. to
logic
Acc. to
logic
Acc. to
logic
Acc. to
logic
Acc. to
logic
Acc. to
logic
Fan mode
Only the fan will working at low speed,compressor and E-heater are OFF
8.3. Operating modes - main function
8.3.1. Operating range
8.3.2. Auto mode -
19
WhentheunitisON,themaincontroller“understands”howtoreachthedesiredtemperatureinafewhours,throughtherational
use of the heat pump and, if necessary, the E-heater will work too.
• Temperaturerange38°C-60°C,default50°C
• The unit will work according to upper tank and lower tank water temperature.
• Compressorcontrol:
 -Whenlowertankwatertemp.≤Tset-5°Cparameter1)oruppertankwatertemp.≤Tset-7°C,orlowertankwatertemp.
≤35°C,thancompressorstarts
- The unit is ON, when upper tank water temp. >Tset, and lower tank water temp>T set or lower tank
watertemp>60°C,compressorstop
• E-heateron/o󰀨fornormaluse:
 -When-5°C<Airtemp≤43°C,compressorisonandrunningcontinuouslyfor30minutes
 (parameter15).Ifthelowerwatertanktemperaturegrowthis≤2°C(parameter16)andupper   
watertanktemp.is≤Tset-5°C,e-heaterison.Whenupperwatertanktemperaturesbecomes>Tsetting,e-heateriso󰀨.
 -Whentheunitreachsettemperature,compressorande-heaterareo󰀨.Compressorrunningtimeisreset.
- When there is faulty on upper tank water temp. sensor, the E-heater is forbidden to work.
• E-heateron/o󰀨forspecialuse:
 -UnderAutoMode,whenworkinglimitenvironmentalprotectionhappened,5minutesaftercompressoriso󰀨,andifupper
water tank temp. < T set + 1°C, e-heater is on; If upper water tank
 temp≥Tset+1°C,e-heateriso󰀨;Ifupperwatertanktemp≤Tset-5°C,e-heaterison.
- After high or low pressure malfunction happened 3 times, the unit locked after 5 minutes. If the
upperwatertanktemp<Tset+1°C,e-heaterison;Ifupperwatertanktemp≥Tset+1°C,e-heateriso󰀨.Ifupperwatertanktemp≤
Tset-5°C, e-heater is on.
- When there is a faulty on upper tank water temp sensor, the E-heater is forbidden to work.
Forrunningtheappliancebellow-5oC,seep.7.3.3.Attheseconditions,theunitcanworkwithE-heateronly!

8.3.3. “Green mode” . (only heat pump will work at normal working situation)
8.3.4. “Boost mode” + .
8.3.5. “E heater only” .
8.3.6. “Fan Mode” .
8.3.7. “ Defrost mode”. . (Fig. 25)
20
• Temprange38°C~60°C,default50°C
• The unit will work or stop according to upper tank and lower tank water temp.
• Compressorcontrol:
 -Whenlowertankwatertemp.<Tset-5°C(parameter1)oruppertankwatertemp.≤Tset-7°C,orlowertankwatertemp.
≤35°C,thancompressorstarts.
 -Whentheuppertankwatertemp.>Tset,andlowertankwatertemp.>Tsetorlowertankwatertemp.>60°C,compres-
sor stops;
• E-heateron/o󰀨forspecialuse:extremeenvironmentprotection,malfunction3timesandmalfunctionofuppertankwatertemp
sensor
 -UnderGREENMode,whenworkinglimitenvironmentalprotectionhappened,5minutesafter   
compressoriso󰀨,andifupperwatertanktemp.<Tset+1°C,e-heaterison.Ifupperwatertank 
 temp.≥Tset+1°C,tillupperwatertanktemp.≤Tset-5°C,e-heaterison(theerrorcodeisstilldisplayed).
- When high or low pressure malfunction happened 3 times, the unit is locked after 5 minutes. If the
upperwatertanktemp.<Tset+1°C,e-heaterison.Ifupperwatertanktemp.≥Tset+1°C,tillupperwatertanktemp.≤Tset-5°C,
e-heater is on.
- When there is faulty on upper tank water temp sensor, the E-heater is forbidden to work.
• Temprange38°C~60°C,default50°C
• The unit will work or stop according to upper tank and lower tank water temp.
• Compressorcontrol:
 -Whenlowertankwatertemp.<Tset-5°C(parameter1)oruppertankwatertemp.≤Tset-7°C,orlowertankwatertemp.
≤35°C,thancompressorstarts.
 -Whentheuppertankwatertemp.>Tset,andlowertankwatertemp.>Tsetorlowertankwatertemp.>60°C,compres-
sor stops;
• E-heateron/o󰀨forspecialuse:
 -WhenTset≤60°C,andupperwatertanktemp.<Tset-7°C(parameter14)orwhenTset>60°C,andupperwatertank
temp.≤Tset-3°C,thanE-heaterisON.
- When upper water tank temp. > Tset, E-heat is OFF.
- When there is malfunction for upper water tank temp sensor, the E-heater is forbidden to work.
• Temprange38°C-70°C,default50°C
• E-heatercontrol:.
 -Whenupperwatertanktemp≤Tset-7°C(parameter14),E-heaterisON.
- When upper water tank temp > Tset, E-heat is OFF.
- When there is a malfunction for upper water tank temp sensor, the E-heater is forbidden to work.
In this mode, the fan will run at low speed, compressor and E-heater are OFF.
In this mode, the fan will run at low speed, compressor and E-heater are OFF.
Defrosting entry conditions:
•“Normaldefrost”.Whenthecoiltemperature≤1°C,andthecompressoraccumulativelyrunover45minutes(parameter6,ad-
justable),andifafterthat45min.coiltemperatureis≤-3°C(parameter7,adjustable),thanthedefrostingoperationstarts.
•“Timedefrost”.Ifcoiltemperaturesensorhasproblem(errorcodeP03),thesystemwill
transfertoFixedtimedefrostingprogram(thesameDefrostinginterval,parameter6,default
45min.).Whenambienttemperatureis≤10°C,Itstartsthedefrosting.Defrostingtimeis6min.
If ambient temperature >10°C, the system will not entry defrosting.
Defrosting quit conditions:
•Whencoiltemperature≥20°C(parameter8,adjustable)orthedefrostingtimereaches12min.(parameter9,adjustable,the
defrosting operation stops.
Aftertheunitentersdefrostortheunitisturnedo󰀨bymanual,theaccumulatedtimeiscleared.
The minimum defrost running time is 1 minute.