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Samsung AC MXADKH Series, Installation Manual

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Samsung AC MXADKH Series Installation Manual Download Page 55

55

English

Appendix

Technical specifications

Model

Net weight

(kg)

Net dimension (W × D × H)

(mm)

AC026MXADKH/EU

32.8

790 × 285 × 548

AC035MXADKH/EU

32.8

790 × 285 × 548

AC052MXADKH/EU

43.8

880 × 310 × 638

AC060MXADKH/EU

43.8

880 × 310 × 638

AC071MXADKH/EU

53.0

880 × 310 × 798

AC052MXASEH/EU

37.5

790 × 285 × 548

AC071MXASEH/EU

53.0

880 × 310 × 798

AC100MXASEH/EU

69.2

880 × 320 × 967

Summary of Contents for AC MXADKH Series

Page 1: ...r conditioner Installation manual AC MXADKH AC MXASEH Thank you for purchasing this Samsung air conditioner Before operating this unit please read this manual carefully and retain it for future reference ...

Page 2: ...Step 4 Optional Extending the power cable 13 Step 5 Connecting the refrigerant pipe 15 Step 6 Optional Cutting and flaring the pipes 16 Step 7 Connecting up and removing air in the circuit 17 Step 8 Adding refrigerant R 410A 18 Step 9 Optional Installing DPM 20 Step 10 Performing the gas leak test 21 Step 11 Connecting the drain hose to the outdoor unit 21 Step 12 Insulating the refrigerant pipes ...

Page 3: ...anges or the improper connection of electric and requirements set forth in the Operating limits table included in the manual shall immediately invalidate the warranty The air conditioner should be used only for the applications for which it has been designed the indoor unit is not suitable to be installed in areas used for laundry Do not use the units if damaged If problems occur switch the unit o...

Page 4: ... maintenance operations to be carried out The unit s components should be accessible and easy to disassemble without endangering people and objects For this reason when provisions of the installation manual are not complied with the cost required to access and repair the units in SAFETY CONDITIONS as set out in prevailing regulations with harnesses ladders scaffolding or any other elevation system...

Page 5: ...se can be firmly fixed in place Make sure that the water dripping from the drain hose runs away correctly and safely CAUTION You have just purchased a system air conditioner and it has been installed by your installation specialist This device must be installed according to the national electrical rules If your outdoor unit exceeds a net weight of 60 kg do not install it on a suspended wall but st...

Page 6: ...MXADKH AC052MXASEH 285 790 50 562 12 60 548 343 B Type AC052MXADKH AC060MXADKH 880 49 310 638 364 660 12 26 C Type AC071MXADKH AC071MXASEH 880 53 310 798 364 660 12 26 D Type AC100MXASEH 967 320 364 645 12 26 880 60 Minimum clearances for the outdoor unit When installing 1 outdoor unit Unit mm 300 or more 1500 or more 300 or more 600 or more 300 or more 2000 or more 1500 or more 600 or more 300 or...

Page 7: ...20 Opening ratio criteria greater than 80 Moving the outdoor unit with wire rope 1 Before carrying the outdoor unit fasten two wire ropes of 8 m or longer as shown in the figure 2 To prevent damages or scratches effectively insert a piece of cloth between the outdoor unit and the ropes 3 Move the outdoor unit Wire rope Plate protection cloth Step 2 Fixing the outdoor unit in place Install the outd...

Page 8: ...Install a proper grommet in order to reduce noise and residual vibration transferred by the outdoor unit towards the wall CAUTION When installing an air guide duct be sure to check the following The screws do not damage the copper pipe The air guide duct is fixed firmly on the guard fan Step 3 Connecting the power cables communication cable and controllers You must connect the following three elec...

Page 9: ...tion cable Outdoor to indoor power cable ELCB 1 OR Indoor Unit Main power cable Outdoor Unit Communication cable Earthing CAUTION If the outdoor unit is installed in a location vulnerable to an electric leak or submergence make sure to install an ELCB Connecting the main power cable When using ELB for 1 phase The appearance of the unit may be different from the picture depending on the model 1 L 2...

Page 10: ...ional regulations Wire size must comply with the applicable local and national code Specifications for local wiring power cord and branch wiring are in compliance with local cord Type Model Outdoor unit Input current Amperes Power supply Indoor unit Outdoor unit Rated Voltage range Outdoor unit Indoor unit Total MCA MFA Hz Volts Min Max Cooling Heating A AC026MN1DKH EU AC026MXADKH EU 50 220 to 240...

Page 11: ... 25 0 AC071NN4DKH EU AC071MXADKH EU 50 220 to 240 198 264 20 20 1 0 21 0 21 0 25 0 AC071MN4PKH EU AC071MXADKH EU 50 220 to 240 198 264 20 20 1 5 21 5 21 5 25 0 AC071MNNDKH EU AC071MXADKH EU 50 220 to 240 198 264 20 20 1 0 21 0 21 0 25 0 AC071NNNDKH EU AC071MXADKH EU 50 220 to 240 198 264 20 20 1 0 21 0 21 0 25 0 AC071MNMDKH EU AC071MXADKH EU 50 220 to 240 198 264 20 20 2 5 22 5 22 5 25 0 AC071MNLD...

Page 12: ...art of the power cable and then connect it Silver solder Nominal dimensions for cable mm Nominal dimensions for screw mm B D d1 E F L d2 t Standard dimension mm Allowance mm Standard dimension mm Allowance mm Standard dimension mm Allowance mm Min mm Min mm Max mm Standard dimension mm Allowance mm Min mm 4 6 4 9 5 0 2 5 6 0 3 0 2 3 4 0 2 6 5 20 4 3 0 2 0 0 9 8 15 9 28 5 8 4 0 4 0 10 8 15 0 2 7 1 ...

Page 13: ... mm 2 wires Power supply cords of parts of appliances for outdoor use shall not be lighter than polychloroprene sheathed flexible cord Code designation IEC 60245 IEC 57 CENELEC H05RN F or IEC 60245 IEC 66 CENELEC H07RN F When installing the indoor unit in a computer room or net work room use the double shielded tape aluminium polyester braid copper cable of FROHH2R type Step 4 Optional Extending t...

Page 14: ...ulation tape A total of three or more layers of insulation is required Method 1 Method 2 Insulation tape 40 mm 35 mm Insulation tape 6 Apply heat to the contraction tube to contract it Contraction tube 7 After tube contraction work is completed wrap it with the insulation tape to finish CAUTION Make sure that the connection parts are not exposed to outside Be sure to use insulation tape and a cont...

Page 15: ...DKH Total pipe length L1 L2 L3 50m Main pipe L1 20m 30m 50m 30m Max distance among indoor units D 10m Max length after branch 15m Max height difference between outdoor and indoor units h1 15m 20m 30m 30m Max height difference among indoor units h2 0 5m Max Pipe length difference among indoor units after branch L2 L3 5m n means the number of indoor unit connection of DPM n 1 indoor Outdoor indoor O...

Page 16: ... with the internal parts Step 6 Optional Cutting and flaring the pipes 1 Make sure that you have the required tools available pipe cutter reamer flaring tool and pipe holder 2 If you wish to shorten the pipes cut it with a pipe cutter taking care to ensure that the cut edge remains at a 90 angle with the side of the pipe Refer to the illustrations below for examples of edges cut correctly and inco...

Page 17: ... The air in the indoor unit and in the pipe must be evacuated If air remains in the refrigerant pipes it will affect the compressor either reduce cooling heating capacity or lead to a malfunction Refrigerant for air purging is not charged in the outdoor unit Use Vacuum Pump as shown at the right figure 1 Connect each assembly pipe to the appropriate valve on the outdoor unit and tighten the flare ...

Page 18: ...engthened This operation can only be performed by a qualified refrigeration specialist To determine the quantity of refrigerant charge see Calculating the quantity of refrigerant to add on page 19 1 Check if the stop valve is closed completely 2 Charge the refrigerant through the service port of the liquid stop valve 3 If you have any difficulty charging the refrigerant as described in the steps a...

Page 19: ... and manifold for charging Calculating the quantity of refrigerant to add The quantity of additional refrigerant is variable according to the installation situation Thus make sure the outdoor unit situation before adding refrigerant This operation can only be performed by a qualified refrigeration specialist When installing the outdoor unit only Model Interconnection pipe length m 0 to 5 5 to 10 1...

Page 20: ...4D2509K Connecting communication line and wired remote controller In case of 2 indoor units connection 1 phase 2 wire 220V 240V L N Outdoor unit F1 F2 F1 F2 F1 F2 L N L N L N Indoor unit 1 Indoor unit 2 Remote control 1 phase 2 wire 220V 240V The wired remote controller can be used with any of the DPM indoor units Operation and specification f f The two the three or the four sets of the indoor uni...

Page 21: ...ening valves Before opening valves discharge all the nitrogen into the system and create vacuum After opening valves check leaks using a leak detector for refrigerant R 410A Once you have completed all the connections check for possible leaks using leak detector specifically designed for HFC refrigerants A Gas B liquid The designs and shape are subject to change according to the model Step 11 Conn...

Page 22: ... requires the use of sheaths insulation form without using CFC and HCFC gases for health and the environment CAUTION When insulating the pipe use non slit insulator 2 Select the insulation of the refrigerant pipe Insulate the gas side and liquid side pipe referring to the thickness according to the pipe size Less than Indoor temperature of 30 C and humidity of 85 is the standard condition If insta...

Page 23: ...e earthing wire for the telephone line cannot be used to ground the air conditioner 50 cm 30 cm Carbon plastic To grounding screw Steel core Terminal M4 PVC insulated green yellow wire 3 Finish wrapping insulating tape around the rest of the pipes leading to the outdoor unit 4 Install a green yellow coloured earthing wire If the earthing wire is too short connect an extension lead in a mechanical ...

Page 24: ... stationary condition check each indoor unit air treatment Cooling mode indoor unit check Inlet air temp Outlet air temp From 10 C to 12 C Heating mode indoor unit check Outlet air temp Inlet air temp From 11 C to 14 C In heating mode the indoor fan motor can remain off to avoid cold air blown into air conditioned space 5 How to reset the power supply of the outdoor unit and deactivate the eco mod...

Page 25: ... of indoor units C Tens digit Unit digit The first place of decimals kW 13 Protective control D 0 Cooling 1 Heating Protective control 0 No Protective control 1 Freezing 2 Non stop defrosting 3 Over load 4 Discharge 5 Total electric current Frequency status 0 Normal 1 Hold 2 Down 3 Up_limit 4 Down_limit 14 IPM temperature E Hundreds digit Tens digit Units digit 15 The number of connected indoor un...

Page 26: ...tial value 00AU You cannot enter the Option mode when the air conditioner is running b Set the address in SEG3 and SEG4 by pressing the K2 switch shortly Option SEG1 SEG2 SEG3 SEG4 Function Channel address 0 0 A U The address is set automatically 00 to 15 The address is set manually You can set a value from 0 to 15 c Press and hold the K2 switch for a while to save the address and exit the Option ...

Page 27: ...ximately 2 minute close the valve on the low pressure side 5 Stop operation of the air conditioner by pressing the Power button on the indoor unit or remote control 6 Disconnect the pipes A Gas B liquid Relocating the indoor and outdoor units 1 Pump down refrigerant See Pumping down refrigerant on page 27 2 Remove the power cord 3 Disconnect the assembly cable from the indoor and outdoor units 4 R...

Page 28: ...nd the back sheet can leaks If the watertight sheet leaks turn the axis back by half tighten the stopping box then check the leakage again If there is no leakage any more tighten the axis entirely Closing the stop valve 1 Remove the cap 2 Turn the stop valve clockwise by using a hexagonal wrench 3 Tighten the axis until the valve reached the sealing point 4 Tighten the cap securely CAUTION When yo...

Page 29: ...ii T Pdesignh Warmer kW U Back up heatingcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less to...

Page 30: ...ii T Pdesignh Warmer kW U Back up heatingcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less to...

Page 31: ... Pdesignh Warmer kW U Back up heatingcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less to glo...

Page 32: ...ii T Pdesignh Warmer kW U Back up heatingcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less to...

Page 33: ... Pdesignh Warmer kW U Back up heatingcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less to glo...

Page 34: ...iii T Pdesignh Warmer kW U Back up heatingcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less t...

Page 35: ...T Pdesignh Warmer kW U Back up heatingcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less to gl...

Page 36: ...atingcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less to global warming than a refrigerant w...

Page 37: ...gcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less to global warming than a refrigerant with ...

Page 38: ...atingcapacity Warmer kW V Declared capacity Warmer kW W SCOP Colder X Energy efficiency class SCOP Colder Y QHE 3 heating season Colder kWh a iii Z Pdesignh Colder kW AA Back up heating capacity Colder kW AB Declared capacity Colder kW 1 Refrigerant leakage contributes to climate change Refrigerant with lower global warming potential GWP would contribute less to global warming than a refrigerant w...

Page 39: ...esignh moyenne Pdesignh Átlagos N Copia de seguridad de capacidad de calefacción Media Sauvegarder la capacité de chauffage moyenne Eseguire il backup di potenza termica Átlagos O Potencia declarada Media Puissance frigorifique déclarée moyenne Névleges hűtőteljesítmény Átlagos P Otras temporadas de calefacción declaradas aptas para funcionar Adapté à d autres saisons chaudes Altre stagioni di uti...

Page 40: ...designh mittel Pdesignh μέση εποχή N Fazer backup de capacidade de aquecimento Média Sichern Heizleistung mittel Δημιουργία αντιγράφων ασφαλείας ικανότητα θέρμανσης μέση εποχή O Capacidade declarada Média Angegebene Leistung mittel Δηλωμένη ψυκτική ισχύς μέση εποχή P Outras estações de aquecimento adequadas para utilização Weitere geeignete Heizperioden Άλλες εποχές θέρμανσης που είναι κατάλληλο γ...

Page 41: ...ewcze średnie Pdesignh átlagos N Verwarmingsovercapaciteit gemiddeld Wydajność rezerwowego podgrzewacza elektrycznego średnia Biztonsági fűtőteljesítmény átlagos O Opgegeven capaciteit gemiddeld Deklarowana wydajność średnia Névleges teljesítmény átlagos P Andere verwarmingsseizoenen geschikt voor gebruik Inne okresy grzania odpowiednie do użytku Egyéb fűtési szezonban használható Q SCOP warmer SC...

Page 42: ...erná Pdesignh mediu N Záložní topný výkon průměrný Zálohovanie vykurovací výkon Priemerná Capacitate de încălzire de rezervă medie O Udávaný výkon průměrný Deklarovaný chladiaci výkon Priemerná Capacitate declarată medie P Další topné sezony vhodné k použití Iné sezóny vykurovania v ktorých je vhodné použitie zariadenia Alte perioade de încălzire adecvate pentru utilizare Q SCOP teplejší SCOP Tepl...

Page 43: ...цитет на помощно отопление среден Back up kapacitet grijanja Prosječno Zálohovanie vykurovací výkon Priemerná O Деклариран капацитет среден Prijavljeni kapacitet Prosječno Deklarovaný chladiaci výkon Priemerná P Други сезони на отопление подходящи за използване Druge sezone grijanja u kojima se može koristiti Iné sezóny vykurovania v ktorých je vhodné použitie zariadenia Q SCOP по топло SCOP Topli...

Page 44: ...itt QHE 3 lämmityskausi keskimääräinen M Pdesignh gennemsnitlig Pdesignh genomsnitt Pdesignh keskimääräinen N Backup varmekapacitet gennemsnitlig Backup värmekapacitet genomsnitt Varalämmitysteho keskimääräinen O Deklareret kapacitet gennemsnitlig Deklarerad kapacitet genomsnitt Ilmoitettu teho keskimääräinen P Andre opvarmningssæsoner der er beregnet til brug Andra passande uppvämningssäsonger Mu...

Page 45: ... režimu Pdesignh vidutinis klimatas N Varukütte võimsus keskmine Rezerves sildīšanas jauda vidējā Atsarginis šildymo pajėgumas vidutinis klimatas O Märgitud võimsus keskmine Deklarētā jauda vidējā Projektinis pajėgumas vidutinis klimatas P Muud sobivad kütmishooajad Citas sildīšanas sezonas kas piemērotas lietošanai Kiti šildymo sezonai kuriais tinkama naudoti Q SCOP soojem SCOP siltākā SCOP šilte...

Page 46: ...3 grejna sezona Prosečno M Pdesignh Prosečno N Бацк уп капацитет грејања Prosečno O Deklarisani kapacitet Prosečno P Druge grejne sezone pogodne za korišćenje Q SCOP Topliji deo godine R Klasa energetske efikasnosti SCOP Topliji deo godine S QHE 3 grejna sezona Topliji deo godine T Pdesignh Topliji deo godine U Бацк уп капацитет грејања Topliji deo godine V Deklarisani kapacitet Topliji deo godine...

Page 47: ...de de 100 ans Ne tentez jamais d intervenir dans le circuit frigorifique et de démonter les pièces vous même et adressez vous systématiquement à un professionnel 2 Consommation d énergie de XYZ kWh par an déterminée sur la base des résultats obtenus dans des conditions d essai normalisées La consommation d énergie réelle dépend des conditions d utilisation et de l emplacement de l appareil 3 Conso...

Page 48: ...g Der tatsächliche Verbrauch hängt von der Nutzung und vom Standort des Geräts ab Greek EL 1 Διαρροή ψυκτικού μέσου συμβάλλει στην κλιματική αλλαγή Εάν διαρρεύσει στην ατμόσφαιρα ψυκτικό μέσο με χαμηλότερο δυναμικό θέρμανσης του πλανήτη GWP θα συμβάλει λιγότερο στην υπερθέρμανση του πλανήτη από ψυκτικό με υψηλότερο GWP Αυτή η συσκευή περιέχει ψυκτικό μέσο με GWP ίσο με 2088 Αυτό σημαίνει ότι εάν δ...

Page 49: ...gálati eredmények alapján A tényleges energiafogyasztás függ a készülék elhelyezésétől és használatának módjától 3 XYZ kWh év energiafogyasztás szabványos vizsgálati eredmények alapján A tényleges energiafogyasztás függ a készülék elhelyezésétől és használatának módjától Czech CS 1 Únik chladiva se podílí na změně klimatu Chladivo s nižším potenciálem globálního oteplování GWP by se v případě únik...

Page 50: ...уредът и къде се намира той 3 XYZ в kWh годишно въз основа на резултати от стандартно изпитване Действителната консумация на енергия ще зависи от това как се използва уредът и къде се намира той Croatian HR 1 Istjecanje rashladnih sredstava doprinosi klimatskim promjenama U slučaju ispuštanja u atmosferu rashladno sredstvo s nižim potencijalom globalnog zagrijavanja GWP manje bi utjecalo na global...

Page 51: ...ningar Den verkliga energiförbrukningen beror på hur apparaten används och var den placeras Finnish FI 1 Kylmäainevuodot vaikuttavat ilmastonmuutokseen Kylmäaineen jolla on alhaisempi ilmakehän lämmitysvaikutuspotentiaali GWP ilmastonmuutosvaikutus olisi pienempi kuin korkeamman GWP arvon kylmäaineen jos kylmäainetta pääsisi ilmakehään Tämä laite sisältää kylmäainetta jonka GWP arvo on 2088 Tämä t...

Page 52: ...tmosferą poveikis visuotiniam atšilimui būtų kartų didesnis negu 1 kg CO2 nuotėkio per 100 metų Niekada nebandykite patys taisyti šaldalo kontūro ar išrinkti prietaiso Visuomet kreipkitės į profesionalus 2 Suvartojamos energijos kiekis XYZ kWh per metus grindžiamas įprasto bandymo rezultatais Faktinis suvartojamos energijos kiekis priklauso nuo to kaip prietaisas naudojamas ir kur jis pastatytas 3...

Page 53: ...l number of indoor units are different from the indoor unit quantity setting on the outdoor unit Error due to communication tracking failure after initial power is supplied The error occurs regardless of the number of units Check indoor quantity setting in outdoor 9 E202 Communication error between indoor unit and outdoor unit When there is no response from indoor units after tracking is completed...

Page 54: ...r due to abnormal rotation of the compressor or unconnected wire of compressor Check Comp wire 29 E468 Error on current sensor Short or Open Check Outdoor Inverter PBA 30 E469 Error on DC Link voltage sensor Short or Open 31 E470 Outdoor unit EEPROM Read Write error Option Check Outdoor EEPROM Data 32 E471 Outdoor unit EEPROM Read Write error H W Check Outdoor EEPROM PBA 33 E474 Error on IPM Heat ...

Page 55: ...mension W D H mm AC026MXADKH EU 32 8 790 285 548 AC035MXADKH EU 32 8 790 285 548 AC052MXADKH EU 43 8 880 310 638 AC060MXADKH EU 43 8 880 310 638 AC071MXADKH EU 53 0 880 310 798 AC052MXASEH EU 37 5 790 285 548 AC071MXASEH EU 53 0 880 310 798 AC100MXASEH EU 69 2 880 320 967 ...

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