Daikin Siesta User manual
Installationmanual
Splitsystemairconditioners English
Installationmanual
Splitsystemairconditioners
AZQS100B8V1B
AZQS125B8V1B
AZQS140B8V1B
AZQS100B7Y1B
AZQS125B7Y1B
AZQS140B7Y1B
2P3087755D
CE DECLARATIONOFCONFORMITY CE DECLARACIONDECONFORMIDAD CE DECLARAÇÃODECONFORMIDADE CE ERKLÆRING OMSAMSVAR CE IZJAVAOUSKLAĐENOSTI CE IZJAVA O SKLADNOSTI CE ATITIKTIESDEKLARACIJA
CE KONFORMITÄTSERKLÄRUNG CE DICHIARAZIONEDICONFORMITA CE ЗАЯВЛЕНИЕОСООТВЕТСТВИИ CE ILMOITUSYHDENMUKAISUUDESTA CE MEGFELELŐSÉGINYILATKOZAT CE VASTAVUSDEKLARATSIOON CE ATBILSTĪBASDEKLARĀCIJA
CE DECLARATIONDECONFORMITE CE ΔHΛΩΣΗ ΣΥΜΜΟΡΦΩΣΗΣ CE OVERENSSTEMMELSESERKLÆRING CE PROHLÁŠENÍOSHODĚ CE DEKLARACJAZGODNOŚCI CE ДЕКЛАРАЦИЯЗАСЪОТВЕТСТВИЕ CE VYHLÁSENIEZHODY
CE CONFORMITEITSVERKLARING CE FÖRSÄKRANOMÖVERENSTÄMMELSE CE DECLARAŢIEDECONFORMITATE CE UYGUNLUKBEYANI
DaikinEuropeN.V.
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AZQS100B8V1B*,AZQS125B8V1B*,AZQS140B8V1B*,
AZQS100B7Y1B*,AZQS125B7Y1B*,AZQS140B7Y1B*,
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EN60335240,
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Machinery2006/42/EC
ElectromagneticCompatibility2004/108/EC
Lowvoltage2006/95/EC
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*
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01Note*
02Hinweis*
03Remarque*
04Bemerk*
05Nota*
<A><B>
Certificate<C>
<A><B>
Zertifikat<C>
<A>
<B>Certificat<C>
<A>
<B>Certificaat<C>
<A>
<B>
Certificado<C>
06Nota*
07Σημείωση*
08Nota*
09Примечание*
10Bemærk*
<A><B>
Certificato<C>
<A>
<B>Πιστοποιητικό<C>
<A>
<B>Certificado<C>
<A>
<B>
Свидетельству<C>
<A><B>
Certifikat<C>
11Information*
12Merk*
13Huom*
14Poznámka*
15Napomena*
<A><B>
Certifikatet<C>
<A>
<B>Sertifikat<C>
<A><B>
Sertifikaatin<C>
<A>
<B>osvědčením<C>
<A>
<B>Certifikatu<C>
16Megjegyzés*
17Uwaga*
18Notă*
19Opomba*
20Märkus*
<A><B>
<C>tanúsítvány
<A>
<B>Świadectwem<C>
<A>
<B>Certificatul<C>
<A><B>
certifikatom<C>
<A>
<B>sertifikaadile<C>
21Забележка*
22Pastaba*
23Piezīmes*
24Poznámka*
25Not*
<A>
<B>Сертификата<C>
<A><B>
Sertifikatą<C>
<A><B>
sertifikātu<C>
<A><B>
osvedčením<C>
<A><C>Sertifikasına<B>
<A>
<B>
<C>
DEKRA(NB0344)
2024351QUA/EMC024565
DAIKIN.TCF.021G27/092014
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JeanPierreBeuselinck
Director
Ostend,3rdofNovember,2014
Tableofcontents
Installationmanual
3
AZQS100~140B8V1B+AZQS100~140B7Y1B
Splitsystemairconditioners
4P3855281–2014.08
Tableofcontents
1 Aboutthedocumentation 3
1.1 Aboutthisdocument.................................................................. 3
2 Aboutthebox 3
2.1 Outdoorunit............................................................................... 3
2.1.1 Toremovetheaccessoriesfromtheoutdoorunit....... 3
3 Installation 4
3.1 Mountingtheoutdoorunit.......................................................... 4
3.1.1 Toprovidetheinstallationstructure ............................ 4
3.1.2 Toinstalltheoutdoorunit............................................ 4
3.1.3 Toprovidedrainage .................................................... 4
3.1.4 Topreventtheoutdoorunitfromfallingover .............. 5
3.2 Connectingtherefrigerantpiping .............................................. 5
3.2.1 Toconnecttherefrigerantpipingtotheoutdoorunit .. 5
3.2.2 Todetermineifoiltrapsarerequired .......................... 6
3.3 Checkingtherefrigerantpiping.................................................. 6
3.3.1 Checkingrefrigerantpiping:Setup.............................. 6
3.3.2 Tocheckforleaks....................................................... 6
3.3.3 Toperformvacuumdrying .......................................... 6
3.4 Chargingrefrigerant................................................................... 6
3.4.1 Todeterminetheadditionalrefrigerantamount .......... 6
3.4.2 Todeterminethecompleterechargeamount ............. 6
3.4.3 Chargingrefrigerant:Setup......................................... 7
3.4.4 Tochargerefrigerant .................................................. 7
3.4.5 Tofixthefluorinatedgreenhousegaseslabel ............ 7
3.5 Connectingtheelectricalwiring................................................. 7
3.5.1 Aboutelectricalcompliance ........................................ 7
3.5.2 Specificationsofstandardwiringcomponents............ 8
3.5.3 Toconnecttheelectricalwiringontheoutdoorunit.... 8
3.6 Finishingtheoutdoorunitinstallation ........................................ 9
3.6.1 Tofinishtheoutdoorunitinstallation .......................... 9
3.6.2 Tochecktheinsulationresistanceofthecompressor 9
4 Commissioning 9
4.1 Checklistbeforetestrun............................................................ 9
4.2 Toperformatestrun ................................................................. 10
4.3 Errorcodeswhenperformingatestrun .................................... 10
5 Technicaldata 10
5.1 Wiringdiagram .......................................................................... 10
5.1.1 Wiringdiagram:Outdoorunit ...................................... 10
1 Aboutthedocumentation
1.1 Aboutthisdocument
Targetaudience
Authorisedinstallers
INFORMATION
Thisapplianceisintendedtobeusedbyexpertortrained
users in shops, in light industry and on farms, or for
commercialusebylaypersons.
Documentationset
This document is part of a documentation set. The complete set
consistsof:
Document Contains… Format
General
safety
precautions
Safetyinstructionsthat
youmustreadbefore
installing
Paper(intheboxofthe
outdoorunit)
Outdoorunit
installation
manual
Installationinstructions
Installer
reference
guide
Preparationofthe
installation,technical
specifications,reference
data,…
Digitalfilesonhttp://
www.daikineurope.com/
supportandmanuals/
productinformation/.
Latestrevisionsofthesupplieddocumentationmaybeavailableon
theregionalDaikinwebsiteorviayourdealer.
2 Aboutthebox
2.1 Outdoorunit
2.1.1 Toremovetheaccessoriesfromthe
outdoorunit
1×
2
1
a1× b1× c2×
d1× e1×
ENERG IJAY
IAIE ENERG IJAY
IAIE
aGeneralsafetyprecautions
bOutdoorunitinstallationmanual
cCabletie
dFluorinatedgreenhousegaseslabel
eEnergylabel
3Installation
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AZQS100~140B8V1B+AZQS100~140B7Y1B
Splitsystemairconditioners
4P3855281–2014.08
3 Installation
3.1 Mountingtheoutdoorunit
3.1.1 Toprovidetheinstallationstructure
Prepare 4 sets of anchor bolts, nuts and washers (field supply) as
follows:
(mm)
>150
620
350
(345-355)
4× M12
a
aMakesurenottocoverthedrainholes.
INFORMATION
The recommended height of the upper protruding part of
theboltsis20mm.
20
NOTICE
Fixtheoutdoorunittothefoundationboltsusingnutswith
resin washers (a). If the coating on the fastening area is
strippedoff,thenutsrusteasily.
a
3.1.2 Toinstalltheoutdoorunit
4× M12
3.1.3 Toprovidedrainage
Makesurethatcondensationwatercanbeevacuatedproperly.
INFORMATION
Ifnecessary,youcan useadrain plugkit (fieldsupply)to
preventdrainwaterfromdripping.
NOTICE
Ifdrainholesoftheoutdoorunitarecoveredbyamounting
base or by floor surface, raise the unit to provide a free
spaceofmorethan150mmundertheoutdoorunit.
≥150 mm
Drainholes(dimensionsinmm)
A
B
B
C
D
E
160 160620
36
61
262
416
595
285
279
260
161
(345~355)
ADischargeside
BDistancebetweenanchorpoints
CBottomframe
DDrainholes
EKnockoutholeforsnow
Snow
Inregionswithsnowfall,snowmightbuildupandfreezebetweenthe
heat exchanger and the external plate. This might decrease the
operatingefficiency.Topreventthis:
1Drill(a,4×)andremovetheknockouthole(b).
b
a b
4× Ø6 mm
2Remove the burrs, and paint the edges and areas around the
edgesusingrepairpainttopreventrusting.
3Installation
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AZQS100~140B8V1B+AZQS100~140B7Y1B
Splitsystemairconditioners
4P3855281–2014.08
3.1.4 Topreventtheoutdoorunitfromfalling
over
Connectcables(fieldsupply)asshown:
4×
3.2 Connectingtherefrigerantpiping
DANGER:RISKOFBURNING
3.2.1 Toconnecttherefrigerantpipingtothe
outdoorunit
1Dothefollowing:
▪ Removetheservicecover(a)withscrew(b).
▪ Removethepipingintakeplate(c)withscrew(d).
c
a
b
d
2Chooseapipingroute(a,b,cord).
abc
d
3Ifyouhavechosenthedownwardspipingroute:
▪ Drill(a,4×)andremovetheknockouthole(b).
▪ Cutouttheslits(c)withametalsaw.
cc
ba
4× Ø6 mm
4Dothefollowing:
▪ Connecttheliquidpipe(a)totheliquidstopvalve.
▪ Connectthegaspipe(b)tothegasstopvalve.
a
b
5Dothefollowing:
▪ Insulatetheliquidpiping(a)andthegaspiping(b).
▪ Wind heat insulation around the curves, and then cover it
withvinyltape(c).
▪ Make sure the field piping does not touch any compressor
components(d).
▪ Sealtheinsulationends(sealantetc.)(e).
d
e
f
b
a
c
6If the outdoor unit is installed above the indoor unit, cover the
stop valves (f, see above) with sealing material to prevent
condensedwateronthestopvalvesfrommovingtotheindoor
unit.
NOTICE
Anyexposedpipingmightcausecondensation.
7Reattachtheservicecoverandthepipingintakeplate.
8Sealall gaps (example: a)to prevent snow and small animals
fromenteringthesystem.
a
WARNING
Provideadequatemeasurestopreventthattheunitcanbe
used as a shelter by small animals. Small animals that
makecontactwithelectricalpartscancausemalfunctions,
smokeorfire.
NOTICE
Make sure to open the stop valves after installing the
refrigerantpipingandperformingvacuumdrying.Running
the system with the stop valves closed may break the
compressor.
3Installation
Installationmanual
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AZQS100~140B8V1B+AZQS100~140B7Y1B
Splitsystemairconditioners
4P3855281–2014.08
3.2.2 Todetermineifoiltrapsarerequired
Ifoilflowsbackintotheoutdoorunit'scompressor,thismightcause
liquidcompressionordeteriorationofoilreturn.Oiltrapsintherising
gaspipingcanpreventthis.
If Then
Theindoorunitisinstalled
higherthantheoutdoor
unit
Installanoiltrapevery10m(height
difference).
a
b10 m
aRisinggaspipingwithoiltrap
bLiquidpiping
Theoutdoorunitis
installedhigherthanthe
indoorunit
OiltrapsareNOTrequired.
3.3 Checkingtherefrigerantpiping
3.3.1 Checkingrefrigerantpiping:Setup
a
c
f
b d e
R410A
aPressuregauge
bNitrogen
cRefrigerant
dWeighingmachine
eVacuumpump
fStopvalve
3.3.2 Tocheckforleaks
NOTICE
DoNOTexceedtheunit'smaximumworkingpressure(see
"PSHigh"ontheunitnameplate).
NOTICE
Make sure to use a recommended bubble test solution
from your wholesaler. Do not use soap water, which may
causecrackingofflarenuts(soapwatermaycontainsalt,
which absorbs moisture that will freeze when the piping
gets cold), and/or lead to corrosion of flared joints (soap
water may contain ammonia which causes a corrosive
effectbetweenthebrassflarenutandthecopperflare.
1Chargethesystemwithnitrogengasuptoagaugepressureof
at least 200 kPa (2 bar). It is recommended to pressurize to
3000kPa(30bar)inordertodetectsmallleaks.
2Check for leaks by applying the bubble test solution to all
connections.
3Dischargeallnitrogengas.
3.3.3 Toperformvacuumdrying
1Vacuumthesystemuntilthepressureonthemanifoldindicates
−0.1MPa(−1bar).
2Leaveasisfor45minutesandcheckthepressure:
Ifthepressure… Then…
Doesnotchange Thereisnomoistureinthe
system.Thisprocedureis
finished.
Increases Thereismoistureinthe
system.Gotothenextstep.
3Evacuateforat least 2 hours to a pressure on the manifold of
−0.1MPa(−1bar).
4After turning OFF the pump, check the pressure for at least
1hour.
5IfyoudoNOTreachthetargetvacuumorcannotmaintainthe
vacuumfor1hour,dothefollowing:
▪ Checkforleaksagain.
▪ Performvacuumdryingagain.
NOTICE
Make sure to open the stop valves after installing the
refrigerantpipingandperformingvacuumdrying.Running
the system with the stop valves closed may break the
compressor.
3.4 Chargingrefrigerant
3.4.1 Todeterminetheadditionalrefrigerant
amount
Todetermineifaddingadditionalrefrigerantisnecessary
If Then
L1≤30m(chargelesslength) Youdonothavetoadd
additionalrefrigerant.
L1>30m Youmustaddadditional
refrigerant.
Forfutureservicing,encirclethe
selectedamountinthetables
below.
INFORMATION
Pipinglengthistheonewaylengthofliquidpiping.
Todeterminetheadditionalrefrigerantamount(Rinkg)
L1 (m)
30~40m 40~50m
R: 0.5kg 1.0kg
3.4.2 Todeterminethecompleterecharge
amount
Model
L1 (m)
5~10 10~20 20~30 30~40 40~50
AZQS100+125 1.9 2.4 2.9 3.4 3.9
AZQS140 3.0 3.5 4.0 4.5 5.0
3Installation
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AZQS100~140B8V1B+AZQS100~140B7Y1B
Splitsystemairconditioners
4P3855281–2014.08
3.4.3 Chargingrefrigerant:Setup
See"3.3.1Checkingrefrigerantpiping:Setup"onpage6.
3.4.4 Tochargerefrigerant
WARNING
▪ OnlyuseR410A asrefrigerant.Othersubstancesmay
causeexplosionsandaccidents.
▪ R410Acontainsfluorinatedgreenhousegasescovered
by the Kyoto Protocol. Its global warming potential
value is 1975. Do NOT vent these gases into the
atmosphere.
▪ When charging refrigerant, always use protective
glovesandsafetyglasses.
Prerequisite:Beforechargingrefrigerant,makesuretherefrigerant
pipingisconnectedandchecked(leaktestandvacuumdrying).
1Connectthe refrigerant cylinder toboth the service port of the
gasstopvalveandtheserviceportoftheliquidstopvalve.
2Chargetheadditionalrefrigerantamount.
3Openthestopvalves.
3.4.5 Tofixthefluorinatedgreenhousegases
label
1Fillinthelabelasfollows:
c
b
a
aFactoryrefrigerantcharge:seeunitnameplate
bAdditionalrefrigerantamountcharged
cTotalrefrigerantcharge
2Thefilledoutlabelmustbeadheredontheinsideoftheproduct
and in the proximity of the product charging port (e.g., on the
insideoftheservicecover).
3.5 Connectingtheelectricalwiring
DANGER:RISKOFELECTROCUTION
WARNING
ALWAYSusemulticorecableforpowersupplycables.
CAUTION
For use of units in applications with temperature alarm
settings it is recommended to foresee a delay of 10
minutes for signalling the alarm in case the alarm
temperature is exceeded. The unit may stop for several
minutesduringnormaloperationfor"defrostingtheunit",or
whenin"thermostatstop"operation.
3.5.1 Aboutelectricalcompliance
AZQS_V1+AZQS125_Y1
Equipment complying with EN/IEC 61000312 (European/
International Technical Standard setting the limits for harmonic
currents produced by equipment connected to public lowvoltage
systemswithinputcurrent>16Aand≤75Aperphase.).
AZQS140_Y1
Equipmentcomplyingwith:
▪EN/IEC 61000312 provided that the shortcircuit power Ssc is
greater than or equal to the minimum Ssc value at the interface
pointbetweentheuser'ssupplyandthepublicsystem.
▪ EN/IEC 61000312 = European/International Technical
Standard setting the limits for harmonic currents produced by
equipment connected to public lowvoltage systems with input
current>16Aand≤75Aperphase.
▪ Itistheresponsibilityoftheinstalleroruseroftheequipmentto
ensure,byconsultationwiththedistributionnetworkoperatorif
necessary, that the equipment is connected only to a supply
with a shortcircuit power Ssc greater than or equal to the
minimumSscvalue.
Model MinimumSscvalue
AZQS140_Y1 1170kVA(a)
(a) Thisisthemoststringentvalue.Forspecificproductdata,
seethedatabooks.
3Installation
Installationmanual
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AZQS100~140B8V1B+AZQS100~140B7Y1B
Splitsystemairconditioners
4P3855281–2014.08
3.5.2 Specificationsofstandardwiringcomponents
Component AZQS_V1 AZQS_Y1
100 125 140 100 125 140
Powersupplycable MCA(a) 29.5A 31.5A 32.8A 15.2A 17.2A 21.8A
Voltage 230V 400V
Phase 1~ 3N~
Frequency 50Hz
Wiresizes Mustcomplywithapplicablelegislation
Interconnectioncables Minimumcablesectionof2.5mm²andapplicablefor230V
Recommendedfieldfuse 32A 40A 16A 20A 25A
Earthleakagecircuitbreaker Mustcomplywithapplicablelegislation
(a) MCA=Minimumcircuitampacity.Statedvaluesaremaximumvalues(seeelectricaldataofcombinationwithindoorunitsforexactvalues).
3.5.3 Toconnecttheelectricalwiringonthe
outdoorunit
NOTICE
▪ Follow the wiring diagram (delivered with the unit,
locatedattheinsideoftheservicecover).
▪ Fixtheearthwiretothestopvalveattachmentplateso
thatitdoesnotslide.
▪ Make sure the electrical wiring does NOT obstruct
properreattachmentoftheservicecover.
1Removetheservicecover.
2Connecttheinterconnectioncableandpowersupplyasfollows:
c
a
d
e
1~50 Hz
220-240 V 3N~50 Hz
380-415 V
V1 Y1
L1 L2 L3
L1 L2 L3
N
b
b
aInterconnectioncable
bPowersupplycable
cEarthleakagecircuitbreaker
dFuse
eUserinterface
a
b
V1 Y1
cc cc
dd ee ff
aSwitchbox
bStopvalveattachmentplate
cEarth
dCabletie
eInterconnectioncable
fPowersupplycable
3Fixthecables(powersupplyand interconnectioncable)witha
cabletietothestopvalveattachmentplate.
4Routethewiringthroughtheframeandconnectittoit.
Routingthrough
theframe
Chooseoneofthe3possibilities:
a
b
a
b
a
b
2
3
1
aPowersupplycable
bInterconnectioncable
4Commissioning
Installationmanual
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AZQS100~140B8V1B+AZQS100~140B7Y1B
Splitsystemairconditioners
4P3855281–2014.08
Connectingtothe
frame
Whencablesareroutedfromtheunit,a
protectionsleevefortheconduits(PG
insertions)canbeinsertedattheknockout
hole.
Whenyoudonotuseawireconduit,
protectthewireswithvinyltubesto
preventtheedgeoftheknockoutholefrom
cuttingthewires.
a b c d e
A B
AInsideoftheoutdoorunit
BOutsideoftheoutdoorunit
aWire
bBush
cNut
dFrame
eHose
5Reattachtheservicecover.
6Connectanearthleakagecircuitbreakerandfusetothepower
supplyline.
3.6 Finishingtheoutdoorunit
installation
3.6.1 Tofinishtheoutdoorunitinstallation
1Insulateandfixtherefrigerantpipingandinterconnectioncable
asfollows:
f
b
a
e
d
c
aGaspipe
bGaspipeinsulation
cInterconnectioncable
dLiquidpipe
eLiquidpipeinsulation
fFinishingtape
2Installtheservicecover.
3.6.2 Tochecktheinsulationresistanceofthe
compressor
NOTICE
If, after installation, refrigerant accumulates in the
compressor, the insulation resistance over the poles can
drop,but ifitis atleast 1MΩ,then theunitwill notbreak
down.
▪ Usea500Vmegatesterwhenmeasuringinsulation.
▪ Donotuseamegatesterforlowvoltagecircuits.
1Measuretheinsulationresistanceoverthepoles.
If Then
≥1MΩ InsulationresistanceisOK.Thisprocedure
isfinished.
<1MΩ InsulationresistanceisnotOK.Gotothe
nextstep.
2TurnONthepowerandleaveitonfor6hours.
Result: The compressor will heat up and evaporate any
refrigerantinthecompressor.
3Measuretheinsulationresistanceagain.
4 Commissioning
NOTICE
NEVER operate the unit without thermistors and/or
pressure sensors/switches. Burning of the compressor
mightresult.
4.1 Checklistbeforetestrun
DoNOToperatethesystembeforethefollowingchecksareOK:
Theindoorunitsareproperlymounted.
Incaseawirelessuserinterfaceisused:Theindoorunit
decorationpanelwithinfraredreceiverisinstalled.
Theoutdoorunitisproperlymounted.
Thefollowingfieldwiringhasbeencarriedoutaccording
tothisdocumentandtheapplicablelegislation:
▪ Betweenthelocalsupplypanelandtheoutdoorunit
▪ Betweentheoutdoorunitandtheindoorunit
ThereareNOmissingphasesorreversedphases.
The system is properly earthed and the earth terminals
aretightened.
The fuses or locally installed protection devices are
installed according to this document, and have not been
bypassed.
The power supply voltage matches the voltage on the
identificationlabeloftheunit.
Thereare NO loose connections or damaged electrical
componentsintheswitchbox.
TheinsulationresistanceofthecompressorisOK.
There are NO damaged components or squeezed
pipesontheinsideoftheindoorandoutdoorunits.
ThereareNOrefrigerantleaks.
The correct pipe size is installed and the pipes are
properlyinsulated.
Thestopvalves(gasandliquid) onthe outdoorunitare
fullyopen.
5Technicaldata
Installationmanual
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AZQS100~140B8V1B+AZQS100~140B7Y1B
Splitsystemairconditioners
4P3855281–2014.08
4.2 Toperformatestrun
NOTICE
Donotinterruptthetestrun.
INFORMATION
In case you have to redo the test run, see the service
manual.
1Performintroductorysteps.
# Action
1 Opentheliquidstopvalve(A)andgasstopvalve(B)
byremovingthestemcapandturning
counterclockwisewithahexwrenchuntilitstops.
A B
2 Closetheservicecovertopreventelectricshocks.
3 TurnONpowerforatleast6hoursbeforestarting
operationtoprotectthecompressor.
4 Ontheuserinterface,settheunittocoolingoperation
mode.
2Ontheuserinterface,turnONtheunit.
Result: The test run starts automatically. During the test run,
the H2P test LED is ON. When the test run is done, the LED
turnsOFF.
4.3 Errorcodeswhenperforminga
testrun
If the installation of the outdoor unit has NOT been done correctly,
thefollowingerrorcodesmaybedisplayedontheuserinterface:
Errorcode Possiblecause
Nothingdisplayed
(thecurrentlyset
temperatureisnot
displayed)
▪ The wiring is disconnected or there is a
wiring error (between power supply and
outdoor unit, between outdoor unit and
indoor units, between indoor unit and
userinterface).
▪ The fuse on the outdoor unit PCB has
blownout.
E3,E4orL8 ▪ Thestopvalvesareclosed.
▪ Theairinletorairoutletisblocked.
E7 Thereisamissingphaseincaseofthree
phasepowersupplyunits.
Note:Operationwillbeimpossible.Turn
OFFthepower,recheckthewiring,and
switchtwoofthethreeelectricalwires.
L4 Theairinletorairoutletisblocked.
U0 Thestopvalvesareclosed.
U2 ▪ Thereisavoltageimbalance.
▪ There is a missing phase in case of
threephase power supply units. Note:
Operation will be impossible. Turn OFF
thepower,recheckthewiring,andswitch
twoofthethreeelectricalwires.
U4orUF Theinterunitbranchwiringisnotcorrect.
UA Theoutdoorandindoorunitare
incompatible.
NOTICE
▪ Thereversedphaseprotectiondetectorofthisproduct
only functions when the product starts up.
Consequently reversed phase detection is not
performedduringnormaloperationoftheproduct.
▪ Thereversed phase protection detector isdesignedto
stop the product in the event of an abnormality when
theproductisstartedup.
▪ Replace two of the three phases (L1, L2, and L3)
duringreversephaseprotectionabnormality.
5 Technicaldata
5.1 Wiringdiagram
5.1.1 Wiringdiagram:Outdoorunit
Thewiringdiagramisdeliveredwiththeunit,locatedattheinsideof
theservicecover.
NotesforAZQS_V1:
Notes:
1 Symbols(seelegend).
2 Colours(seelegend).
3 Thiswiringdiagramappliesonlytotheoutdoorunit.
4 Refertothewiringdiagramsticker(onthebackoftheservice
cover)forhowtousetheBS1~BS4andDS1switches.
5 Whenoperating,donotshortcircuitprotectivedevicesS1PH
andS1PL.
6 Refertotheservicemanualforinstructionsonhowtosetthe
selectorswitches(DS1).Thefactorysettingofallswitchesis
OFF.
7 Refertothecombinationtableandtheoptionmanualforhow
toconnectthewiringtoX6A,X28AandX77A.
NotesforAZQS_Y1:
Notes:
1 Thiswiringdiagramappliesonlytotheoutdoorunit.
2 Refertothecombinationtableandtheoptionmanualforhow
toconnectthewiringtoX6A,X28AandX77A.
3 Refertothewiringdiagramsticker(onthebackoftheservice
cover)forhowtousetheBS1~BS4andDS1switches.
4 Whenoperating,donotshortcircuitprotectivedeviceS1PH.
5 Refertotheservicemanualforinstructionsonhowtosetthe
selectorswitches(DS1).Thefactorysettingofallswitchesis
OFF.
6 Onlyfor71class.
Legendforwiringdiagrams:
A1P~A2P Printedcircuitboard
BS1~BS4 Pushbuttonswitch
C1~C3 Capacitor
DS1 DIPswitch
E1H Bottomplateheater(option)
F1U~F8U
(AZQS100_V1)
▪ F1U,F2U:Fuse
▪ F6U:Fuse(T3.15A/250V)
▪ F7U,F8U:Fuse(F1.0A/250V)
5Technicaldata
Installationmanual
11
AZQS100~140B8V1B+AZQS100~140B7Y1B
Splitsystemairconditioners
4P3855281–2014.08
F1U~F8U
(AZQS125+140_V1)
▪ F1U~F4U:Fuse
▪ F6U:Fuse(T5.0A/250V)
▪ F7U,F8U:Fuse(F1.0A/250V)
F1U~F8U
(AZQS_Y1)
▪ F1U,F2U:Fuse(31.5A/250V)
▪ F1U(A2P):Fuse(T5.0A/250V)
▪ F3U~F6U:Fuse(T6.3A/250V)
▪ F7U,F8U:Fuse(F1.0A/250V)
H1P~H7P Lightemittingdiode(servicemonitoris
orange)
HAP Lightemittingdiode(servicemonitoris
green)
K1M,K11M Magneticcontactor
K1R
(AZQS_V1)
Magneticrelay(Y1S)
K1R
(AZQS_Y1)
▪ K1R(A1P):Magneticrelay(Y1S)
▪ K1R(A2P):Magneticrelay
K2R
(AZQS100_V1)
Magneticrelay
K2R
(AZQS_Y1)
▪ K2R (A1P): Magnetic relay (E1H
option)
▪ K2R(A2P):Magneticrelay
K10R,K13R~K15R Magneticrelay
K4R MagneticrelayE1H(option)
L1R~L3R Reactor
M1C Motor(compressor)
M1F Motor(upperfan)
M2F Motor(lowerfan)
PS Switchingpowersupply
Q1DI Earthleakagecircuitbreaker(field
supply)
R1~R6 Resistor
R1T Thermistor(air)
R2T Thermistor(discharge)
R3T Thermistor(suction)
R4T Thermistor(heatexchanger)
R5T Thermistor(heatexchangermiddle)
R6T Thermistor(liquid)
R7T
(AZQS125+140_V1)
Thermistor(fin)
R7T,R8T
(AZQS100_V1)
Thermistor(PositiveTemperature
Coefficient)
R10T
(AZQS_Y1)
Thermistor(fin)
RC Signalreceivercircuit
S1PH Highpressureswitch
S1PL Lowpressureswitch
TC Signaltransmissioncircuit
V1D~V4D Diode
V1R IGBTpowermodule
V2R,V3R Diodemodule
V1T~V3T Insulatedgatebipolartransistor(IGBT)
X6A Connector(option)
X1M Terminalstrip
Y1E Electronicexpansionvalve
Y1S Solenoidvalve(4wayvalve)
Z1C~Z6C Noisefilter(ferritecore)
Z1F~Z6F Noisefilter
Symbols:
L Live
N Neutral
Fieldwiring
Terminalstrip
Connector
Relayconnector
Connection
Protectiveearth
Noiselessearth
Terminal
Option
Colours:
BLK Black
BLU Blue
BRN Brown
GRN Green
ORG Orange
RED Red
WHT White
YLW Yellow
4P38552812014.08
Copyright2014Daikin
4P385528-1 0000000T
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