Haier AB142XCBAA User manual

L@KOD>@ G<HN<F

AK@@ GNFMD L@KD@L

CS[Wc >a__WcU[S^ <[c >a`V[e[a`Wc

4227028

6/P<Q ><LL@MM@ DH?IIK NHDM

?N>M DH?IIK NHDM

>@DFDHB >IH>@<F@? DH?IIK NHDM

>IHLIF@ DH?IIK NHDM

P<FF GINHM@? DH?IIK NHDM

INM?IIK NHDM,4:1641:6222=MN1Z-

-2-

>IHM@HML

30 BW`WcS^ [`Xac_Se[a` 5

303 GaVW^ UaVW VWdUc[be[a` 5

304 AcWW Gf^e[ dWc[Wd ^[`W fb 5

305 IbWcSe[a` eW_bWcSefcW cS`YW 6

306 JcaVfUed XWSefcWd 7

40 LbWU[X[USe[a`d :

50?[_W`d[a`d 42

503 IfeVaac f`[e V[_W`d[a` 42

504 D`Vaac f`[e V[_W`d[a` 44

60 JSced `S_W 48

70 >a`eca^^Wc Xf`Ue[a`d 54

703 P[cWV Ua`eca^^Wc QK/@34 54

704 D`XcScWV Ua`eca^^Wc QK/C93 68

705 KW_aeW cWUW[gWc K@/23 78

706 PWW]^i e[_Wc Q>L/<223 79

707 >W`ecS^ Ua`eca^^Wc Q>R/<223 82

80 KWXc[YWcS`e U[cUf[e 87

90 D`deS^^Se[a` [`decfUe[a` 8:

903 >SddWeeW [`Vaac f`[e,29j36- 8:

904 >SddWeeW [`Vaac f`[e,43. 4:. 64- 95

905 ?fUe [`Vaac f`[e,<@29j43- :2

906 C[YZ @LJ VfUe [`Vaac f`[e,<?4:. 64- :8

907 D`deS^^Se[a` aX Ua`da^W f`[e ,29j36- ;2

908 D`deS^^Se[a` aX hS^^ f`[e ,29j36- ;6

909 D`deS^^Se[a` aX afeVaac 323

:0 @^WUec[U Ua`eca^ Xf`Ue[a`d 349

:03 D`Vaac f`[e 349

:04 @^WUec[U Xf`Ue[a` aX afeVaac 34;

;0 @^WUec[US^ h[c[`Y V[SYcS_d 354

;03 IfeVaac f`[e 354

;04 D`Vaac f`[e 355

320 @^WUec[U VSeS 359

3203 J>= U[cUf[e V[SYcS_. bc[`eWV V[SYcS_ S`V baced

Xf`Ue[a`d 359

3204 LW`dac UZScSUeWc[de[U 375

330 AS[^fcW UaVW S`V ecafT^WdZaae[`Y 378

340JWcXac_S`UWUfcgWd392

>a__WcU[S^ <[c >a`V[e[a`Wc

13. Air volume and external static pressure curves 178

>a__WcU[S^ <[c >a`V[e[a`Wc

30BW`WcS^ [`Xac_Se[a`

wtw 7SHIP GSHI HIWGVMTXMSR

UaVW < L 2; 4 <

GSSPMRK

GETEGMX]

[EPP X]TI

.

/

0

1

2

:

=

?

XLI ZEPMH RYQFIV QSVI

XLER XLSYWERH HMKMXEP

wwvsww{@u{vs|v4^

w

x

y

z

|

~

8

5

7

[MRHS[ X]TI

GEFMRIX X]TI

GEWWIXXI X]TI

GSRZIVXMFPI X]TI

HYGX X]TI

9YXHSSV ?RMX

HILYQMHMJM

IV

oPMXVI SV TMRXpXLI JMVWX

X[S RYQFIV

XLI JMVWX X[S RYQFIV

xxvsxzv@u{v4^

ww{sxxv@u{vs|v4^

xxvsxzv@u|v4^

wwv@u{vs|v4^

xxv@u{v4^

y~vszvv@u|v4^

zw{@u{v4^

y~vszvv@u{v4^

WMRKPI WTPMX YRMX SV

TEGOEKIH YRMX

X[S F] SRI

JSYV F] SRI

-

.

/

0

2

B

GSHI ERH QIERMRK

-

JVII GSQFMREXMSR

o7<@ WIVMIWp

QYPXM WIVMIW

-

.

/

0

1

7

8

9

:

;

}

ETTIEVERGI

~

VIJVMKIVERX

LIEXMRK ERH GSSPMRK

<xx

<zv}/

<wyzE

GSSPMRK SRP]

ERH HILYQMJMIV

<wyzE

<xx

<zv}/

*

HIWMKR WIVMIW RYQFIV

-s3

4s;

<sD

JM\IH JVIUYIRG] ERH PMXXPI ETTPMERGI

0/ MRZIVXIV X]TI

wv

GPMQEXI X]TI

>w

>y

>wrWYMXEFPI JSV EX sw{ GSSPMRK

oGSSPMRKr LIEX TYQTp SV EX

sxv LIEXMRKoLIEX TYQTp

-

.

/

<zwvE

<wxy

<zwv-

?

ysTMTI

?< < <

w

x

yr z

{

|

EMV GSRHMXMSRIV

TVSHYGX X]TI

TVSHYGX WTIGMJMGEXMSR

ZSPXEKI

GSQFMREXMSR X]TI

GIMPMRK GSRGIEPIH

X]TI

EMV VIJVIWL

GETEGMX]

XLVII F] SRI

KEW LIEX TYQT

3

-/ MRZIVXIV X]TI

wtx 2VII 7YPXM WIVMIW PMRI YT

-?x~xB4.-- -?zxxB5.--

-?~z8B>.--

-3-

>a__WcU[S^ <[c >a`V[e[a`Wc

-.v}xB/.--

-.v*xB/.--

-.wxxB/.--

-.wzxB/.--

-.xwxB/.--

-.x~xB/.--

-.zxxB/.--

-1v}xB/.--

-1v*xB/.--

-1wxxB/.--

-1wzxB/.--

-1xwxB/.--

-0x~xB4.--

-0zxxB4.--

JM\IH JVIUYIRG] WMRKPI YRMXrQYPXM WTPMX YRMX

/SSPMRK

4IEXMRK

5RHSSV

9YXHSSV

<EXIH 7E\MQYQ 7MRMQYQ

x} yx w~

w* xy wz

y{ zy wv

xz x| |

xv x} w{

wzt{ ss ss

}xz s}

|w~ ss

0. /

A. /

0. /

A. /

5RHSSV

9YXHSSV

0. /

A. /

0. /

A. /

wty 9TIVEXMSR XIQTIVEXYVI VERKI

-2v}xB/.--

-2v*xB/.--

-2wxxB/.--

-2wzxB/.--

-=v}xB/.--

-=v*xB/.--

-=wxxB/.--

-=wzxB/.--

/SSPMRK

4IEXMRK

5RHSSV

SYXHSSV

<EXIH 7E\MQYQ 7MRMQYQ

x} yx w~

w* xy wz

y{ zy s{

xz x| ss

xv x} w{

wzt{ ss ss

}xz s}

|w~ ss

0. /

A. /

0. /

A. /

5RHSSV

SYXHSSV

0. /

A. /

0. /

A. /

MRZIVXIV WMRKPI YRMXr WYTIV PS[ EQFMIRX XIQTt GSSPMRK

-4-

wtz :VSHYGX JIEXYVIW

>a__WcU[S^ <[c >a`V[e[a`Wc

Et 7YPXM WTPMX W]WXIQ MW GSQFMRIH [MXL SRI SYXHSSV YRMX ERH QYPXMTPI MRHSSV YRMXWr XLI UYERXMX] GER FI X[Sr

XLVII SV JSYVt ALIR ]SY STIVEXI XLI W]WXIQr MX GER VIEPM^I GSSPMRK SV LIEXMRKr SR SV SJJ WMQYPXERISYWP]

XS WIZIVEP VSSQWr ERH QEOI IZIV] TPEGI SJ ]SYV LSYWI GSQJSVXEFPIr NYWX PMOI IRNS]MRK MR XLI WTVMRKt

Ft 7YPXM WTPMX W]WXIQ MW GEPPIH EW aAcWW Gf^e[b WIVMIW YRMXr [LMGL QIERW [MXL XLI WEQI SYXHSSVr XLI

GSVVIWTSRHMRK MRHSSV YRMX GER FI ER] X]TI SJ YRMXr WYGL EW GEWWIXXI X]TIr GIMPMRK GSRGIEPIH X]TIr GSRWSPI

X]TIr ERH HYGX X]TIr IXGt

Gt >LI XSXEP GETEGMX] SJ MRHSSV YRMX GER FI QSVI XLER XLEX SJ SYXHSSV YRMXt ALIR EPP XLI MRHSSV YRMXW EVI

VYRRMRK EX XLI WEQI XMQIr XLI EGXYEP GETEGMX] SJ IZIV] MRHSSV YRMX MW TVSTSVXMSREP EGGSVHMRK XS SYXHSSV

GETEGMX]t

Ht 6SRK HMWXVMFYXMSR TMTI ERH LMKL HVST+ >LI HMWXERGI SJ SYXHSSV ERH MRHSSV GER FI QE\tzvQr ERH XLI

HVST FIX[IIR MRHSSV ERH SYXHSSV GER FI QE\t YT XS x{Qr GSRWIUYIRXP]r XLI MRWXEPPEXMSR GER FI QSVI

JVIIr ERH GER QIIX ZEVMSYW RIIH SJ XLI GYWXSQIVt

It >LI GIMPMRK GSRGIEPIH X]TI YRMX FI IUYMTTIH [MXL LMKL IJJMGMIRG] JMPXIVr ERH MXW LMKL WXEXMG TVIWWYVI

GER FI YT XS yv:Er VYRRMRK QSVI WMPIRXr QEOMRK VSSQ EMV QSVI GSQJSVXEFPI ERH QSVI GPIERt >LI GIMPMRK

GSRGIEPIH X]TI GER VIEPM^I XLI a<SSQ /EVHb JYRGXMSRr ERH XEOI MX GSRZIRMIRX JSV LSXIP QEREKIQIRXt

Jt HWh^j VWd[Y`WV YfScV[`Y b^SeW aX gS^gW

5R SVHIV XS TVSXIGX XLI ZEPZI EKEMRWX XLI HYWXr XLI VEMR SV XLI WRS[r IXGt [I EHH E KYEVHMRK TPEXI XS XLI

ZEPZIt

Kt <fea/UZWU] Xf`Ue[a`

>LI YRMX GER HMWTPE] XLI QEPJYRGXMSR GSHIW SR XLI GSRXVSP FSEVH F] YWMRK EHZERGIH EYXSsGLIGO XIGLRSPSK]r

GSRZIRMIRX JSV YWIV JMRH ERH H[IPP [MXL XLI EFRSVQEP VYRRMRKt

Lt <fea lcWdeSce Xf`Ue[a` ,abe[a`S^-

-PP MRHSSV YRMXW LEZI EYXSsVIWXEVX JYRGXMSRt ALIR XLI TS[IV WYTTP] GYX SJJ WYHHIRP]r XLI YRMX [MPP EYXSQ

sEXMGEPP] VIGSZIV XLI TVIZMSYW VYRRMRK QSHI SRGI XLI TS[IV WYTTP] MW SRt

Mt Bcafb Ua`eca^ Xf`Ue[a`

ALIR E [MVIH GSRXVSPPIV oC<s1wxp MW YWIHr MX GER VIEPM^I KVSYT GSRXVSP JYRGXMSR XS GSRRIGX w| MRHSSV

YRMXW [MXLSYX ER] SXLIV HIZMGIW WYGL EW HIXIGXSVt

Nt PWW]^j e[_Wc ,abe[a`S^-

AIIOP] XMQIV GER GSRRIGX [MXL MRHSSV YRMX HMVIGXP] [MXLSYX HIXIGXSVWt

Ot OSc[ST^W >a`eca^ _aVWd

AMVIH VIQSXI GSRXVSP,

<IQSXI GSRXVSP,

q3VSYT GSRXVSP+ Et AMXL VIQSXI QSRMXSV JYRGXMSR, Ft -YXS GLERKISZIV JYRGXMSR

wtztw 9YXHSSV YRMX

-5-

wtztx 5RHSSV JIEXYVIW

>a__WcU[S^ <[c >a`V[e[a`Wc

wtztxtw HaT^Wde USddWeeW [`Vaac f`[e

Et =QEVX YRMX ETTIEVERGIr MHIRXMGEP [MXL XLI GIMPMRK

2SV XLI GEWWIXXI YRMX [MXL GSSPMRK GETEGMX] FIPS[ w~vvv.>?uLr [I HIWMKR XLI GSQTEGX ERH WQEVX TERIP

[MXL XLI HMQIRWMSR |vvQQq|vvQQt -JXIV FIMRK MRWXEPPIH YRHIV XLI GIMPMRKr MX [MPP FI MRXIKVEXIH [MXL XLI

HIGSVEXMSR H`GSV SJ XLI VSSQ GIMPMRKt

Ft 2VII IPIZEXMRK TERIPr IEW] XS GPIER

1\GITX JSV XLI EFSZI JIEXYVI SJ XLI |vvq|vv TERIPr XLI TERIP GER FI IPIZEXIH JVIIP] MJ XLI JMPXIV MW RIGIW

sWEV] XS FI GPIERIHr ]SY GER QEOI XLI TERIP KS HS[R XS XLI EHQMVIH TSWMXMSRr XLIR STIR XLI TERIP ERH

HVE[ SYX XLI JMPXIV XS GPIERt

Gt -YXS EMV JPS[ HMVIGXMSR ERH JVII W[MRK

>LI JPET GER FI WIX XS XLVS[ XLI GSQJSVX EMV XS XLI RIGIWWEV] HMVIGXMSRr ERH GER W[MRK [MXL PEVKI ERKPIt

Ht2VIWL EMV SYXPIX HIWMKR

>LI YRMX MW IUYMTTIH [MXL XLI TVITEVIH JVIWL EMV SYXPIX oJSV -.v*_-.y| YRMXWpr WS XLEX XLI GYWXSQIV GER

WIX XLI JVIWL EMV JYRGXMSR XS XLI YRMX EGGSVHMRK XS XLIMV S[R VIUYMVIQIRXt 3VIEXP] MQTVSZI XLI VSSQ EMV

UYEPMX]t

It.YMPXsMR LMKL LIEH HVEMR [EXIV TYQT

0YI XS XLI MRXIVREP JPSEX W[MXGLr FYMPXsMR HVEMR TYQT GER HVEMR [EXIV EYXSQEXMGEPP] [LIR XLI GSRHIRWEXMSR

MW JYPP IRSYKL ERH RIGIWWEV] XS FI GPIERIHt >LI WXERHEVH LIEH LIMKLX GER FI YT XS |vvQQr VIEPM^MRK

XLI QSWX IJJIGXMZI [EXIV HVEMREKIt

Jt2VII WIXXMRK SJ XLI z JPETW

>LI zs[E] GEWWIXXI YRMX LEW z W[MRK JPETW MR EPPt CSY GER WIX ER] SJ JPETW EGGSVHMRK XS XLI VIUYMVIQIRXt

1tKt ]SY GER WIX SRI SV X[S JPET MR W[MXGLsSJJ TSWMXMSRt .YX XLI RSMWI PIZIP [MPP FI EJJIGXIHt

Kt;YMIX STIVEXMSR

>LI YRMX MW IUYMTTIH [MXL XLI KVIEXP] TS[IVJYPr WQSSXLr ERH YPXVE UYMIX QYPXMsFPEHI JERr [LMGL LEW XLI

MVVIKYPEV LIPM\r ERH GER VYR MR WMPIRGIt

Lt ?RMZIVWEP IPIGXVMG GSRXVSP

-PP XLI GEWWIXXI YRMXW EHSTX XLI WEQI :/.r [LMGL MW GSRZIRMIRX JSV QEMRXIRERGI ERH XIGLRMGEP XVEMRMRKt

>LVSYKL XLI :/.r ]SY GER VIEPM^I XLI [MVIHuMRJVEVIH GSRXVSP X]TIr VSSQ GEVH JYRGXMSRr EYXS VIWXEVX JYRG

sXMSRr KVSYT GSRXVSP oMJ GSRRIGXIH E KVSYT GSRXVSPPIVp SV GIRXVEP GSRXVSP o MJ GSRRIGXIH E GIRXVEP GSRXVSPPIVpr

IXGt

3060404 @^WYS`e VfUe f`[e

Et =TEGI WEZMRK HIWMKR

AMXL XLI QMRMQYQ XLMGORIWW SJ SRP] xx{QQr XLI YRMX EPQSWX GER FI MRWXEPPIH MRXS ER] HYGXIH WTEGIt 5X

RIIHW RSX XLI ZIV] FMK WTEGIr ERH [MPP RSX IJJIGX XLI I\XIVMSV HIGSVEXMSRr SRP] PIEZI TISTPI GSQJSVXEFPI

EMV RSX JIIPMRK MXW I\MWXIRGIt

Ft 2PI\MFPI LERKMRK OMXW

>LI HYGX YRMXW EVI IUYMTTIH [MXL JPI\MFPI LERKMRK OMXWr [LMGL GER VIEPM^I XLI JVII TSWMXMSR XS MRWXEPP MX MR

ER] HMVIGXMSR+ PIJXr VMKLXr YT SV HS[Rt

Gt 4MKL IJJMGMIRG] JMPXIV

>LI YRMX EHSTXW 3y KVEHI JMPXIVr GER IJJMGMIRXP] JMPXIV XLI HMVX IXGr ERH MQTVSZI XLI VSSQ EMV UYEPMX]r EX XLI

WEQI XMQIr XLI JMPXIV GER TYPP SYX JVSQ HS[RWMHIr GSRZIRMIRX JSV QEMRXIRERGI ERH GPIERMRKt

Ht 7YPXMsQSHI JSV MRWXEPPEXMSR

>LI MRHSSV YRMX GER FI MRWXEPPIH [MXL ER EMV VIXYVR HYGX SV [MXLSYX ER EMV VIXYVR HYGX EGGSVHMRK XS XLI MRWXE

sPPEXMSR RIIHt

-6-

>a__WcU[S^ <[c >a`V[e[a`Wc

It @EVMEFPI GSRXVSP QSHI

>LI MRHSSV YRMX GER FI GSRXVSPPIH F] VIQSXI GSRXVSPPIV SV [MVIH GSRXVSPPIVt -FSYX XLI GSRRIGXMSR QIXLSHt

Jt 2VII WIXXMRK SJ EMV HMWGLEVKMRK HYGX

>LI RYQFIV SJ XLI EMVJPS[ SYXPIX ERH MXW MRWXEPPEXMSR TSWMXMSR GER FI JVIIP] WIPIGXIH EGGSVHMRK XS XLI IRZMV

sSRQIRX SJ XLI VSSQr WYJJMGMIRXP] GSRWMHIVMRK XLI PSEH SJ XLI VSSQ ERH XLI YRMJSVQ XIQTIVEXYVI SJ XLI VSSQ

XS VIEPM^I QSVI TIVJIGX GSQJSVXt

Kt 4MKL IWT HIWMKR

7E\t I\XIVREP WXEXMG TVIWWYVI SJ w*| :E FVMRKW XLI UYMGO XIQTIVEXYVI EHNYWXQIRX XS XLI VSSQt -HSTXW LMKL

TVIWWYVI JER XS TVSZMHI UYMGO WTIIH SJ EMV FPS[MRK [LMPI OIITMRK E PS[ WSYRH PIZIP ERH IRWYVMRK E KSSH

EMV GMVGYPEXMSR SJ XLI [LSPI MRHSSV WTEGIt >LI WXEXMG TVIWWYVI JVSQ v XS w*| :E GER FI EHNYWXIH WXITPIWWP]

EGGSVHMRK XS XLI IRZMVSRQIRXt

Lt ?PXVE LMKL LIEH [EXIV HVEMR YT

>LI HYGX YRMXW [MXL GSSPMRK GETEGMX] JVSQ xzvvv_zxvvv.>?uL EHSTX XLI [EXIV TYQT r [LMGL GER FI YT

XS |vvQQt

3060405 >a`gW`[W`e Ua`da^W f`[e

S0 >a`gW`[W`e [`deS^^Se[a` dbSUW

De US` TW [`deS^^WV TWd[VW eZW h[`Vah ac Se eZW caa_ Uac`Wc0 >a_bSUe f`[e TaVj aUUfb[Wd eZW ^[ee^W

dbSUW0

T0Mha UZa[UWd TWehWW` eZW [`XcScWV Ua`eca^^Wc S`V abWcSe[a` bS`W^ a` eZW f`[e

U0 <[c dfbb^j[`Y Xca_ eZW eab ac eZW Taeea_ aX eZW f`[e Xac XSde eW_bWcSefcW SV\fde_W`e0

3060406 PS^^ _af`eWV f`[e

S0 <eecSUe[gW `Wh SbbWScS`UW VWd[Y` h[eZ T^fW F>? V[db^Sj

T0 C[YZ WXX[U[W`Uj S[c X[^eWc SVabeWV Xac deca`Y S[c bfc[Xj[`Y

U0 PSdZST^W bS`W^ Xac WSdj U^WS`[`Y

V0 Fah daf`V ^WgW^ cf``[`Y

-7-

>a__WcU[S^ <[c >a`V[e[a`Wc

——

Cooling Heating

BTU/h

28000 33000

W

8200 9700

W

3300 3200

W

3800 3800

W/W

2.50 3.05

10‐³×m³/h

//

——

N, V, Hz

A / A 15.0/17.0 14.0/16.0

A

Model / Manufacture ——

Oil charge and type ——

Type ——

Number ——

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

W

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Type / Charge g

No need to recharge m

Recharge g/m

Liquid mm

Gas mm

——

Drop between IU & OU

m

Drop between indoor units

m

Piping length

m

Total length

m

Max.Drop between IU &OU* m

Max.Drop between indoor units m

Max.Piping length * m

Max.Total length *

m

* Long piping length and large drop between the indoor and outdoor unit (which exceeds standard value) will obviously

reduce the capacity.

Between I.D &O.D

≤5 (per way)

≤1

≤10 (per way)

≤40 (4 ways)

5 (per way)

5

15 (per way)

60 (4 ways)

Piping

Refrigerant R407C / 1300 × 2

Total liquid pipe length less than 10m in

35

Pipe Φ6.35

Φ12.7

Connecting method Flared

Crankcase heater power

28*2

56/-/-

82/90

Type of 4-way valve

DPF-6

Material of reduce noise

XPE

Refrigerant control method

Capillary tube

Defrosting method

Automatic

Dimension

(L×W×H)

1068x340x830

1100x440x979

/

850+

50 / 700+50 / 590+50

60

3800/3000/2000

Heat exchanger TP2M / 9.52x0.35

0.75

cooling: 43~60 / heating: 6~7

Fuse size (recommended size) 30

Outdoor

Compressor

PG260X2CS-4KT1 / TOSHIBA

720 CC (RB68AF/T68/α68TF)

Rotary (Fix speed)

2

Fan

Axial × 1

Power source

1, 220~230, 50

Running / Max.Running current

Start current (system A / system B) 35.0 / 35.0

Dehumidifying capacity

Power cable 3 × 3.0mm

2

Communication cable

8x(0.75~1.25mm

2

)

Capacity

Total power input

Max. power input

EER or COP

Item Model AU282XHBAA

Function

Capacity

2. Specifications

-8-

>a__WcU[S^<[c>a`V[e[a`Wc

——

Cooling Heating

BTU/h

42000 48000

W

12500 14000

W

5600 5600

W

6300 6300

W/W

2.23 2.50

10‐³×m³/h

//

——

N, V, Hz

A / A 26.0 / 30.0 26.0 / 30.0

A

Model / Manufacture ——

Oil charge and type ——

Type ——

Number ——

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

W

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Type / Charge g

No need to recharge m

Recharge g/m

Liquid mm

Gas mm

——

Drop between IU &

OU

m

Drop between indoor

units

m

Piping length

m

Total length

m

Item Model AU422XIBAA

Function

Capacity

Total power input

Max. power input

EER or COP

Dehumidifying capacity

Power cable

3 × 5.0mm

2

Power source

1, 220~230, 50

Communication cable

8x(0.75~1.25mm

2

)

Running / Max.Running current

Start current (system A / system B)

55.0 / 55.0

Outdoor

Compressor

PG420X3CS-4KU1 / TOSHIBA

Rotary (Fix speed)

2

Fan

Axial × 2

850±50/720±50/500±50

60 × 2

6000/4000/3000

Heat exchanger TP2M / 9.52x0.35

about 1.17

cooling: 43~60 / heating: 6~7

Dimension

(L×W×H)

948×340×1250

1050×440×1375

/

Capillary tube

Defrosting method

Automatic

28*2

Material of reduce noise

XPE

Crankcase heater power

Type of 4-way valve

DPF-6

Refrigerant control method

35

Pipe Φ6.35

Φ12.7

* Long piping length and large drop between the indoor and outdoor unit (which exceeds standard value) will

obviously reduce the capacity.

Connecting method

Flared

Between I.D &O.D <=15m(Outdoor unit above indoor )

<=10m(Outdoor unit below Indoor )

≤15 (per way)

≤30 (2 ways)

720 CC (RB68AF/T68/α68TF)

Fuse size (recommended size)

40

≤5

60/-/-

101/121

Piping

Refrigerant R407C / 2450 × 2

Piping length less than 5 meters in one

way

-9-

>a__WcU[S^ <[c >a`V[e[a`Wc

——

Cooling Heating

BTU/h

88000 100000

W

26000 30000

W

11000 11000

W

13000 13000

W/W

2.36 2.73

——

N, V, Hz

A / A 18.0 / 22.0 18.0 / 22.0

A

Model / Manufacturer ——

Oil charge and type ——

Type ——

Number ——

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total face area m²

Temp. scope

℃

External mm

Package mm

——

W

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Type / Charge g

No need to recharge m

Recharge g/m

Liquid mm

Gas mm

——

Drop between IU & OU

m

Drop between indoor units

m

Piping length

m

Total length

m

Max.Drop between IU &OU* m

Max.Drop between indoor units m

Max.Piping length * m

Max.Total length *

m

Item Model AU84NXTBAA

Function

Capacity

Total power input

Max. power input

EER or COP

Power cable

4 × 5.0mm

2

Power source

3, 380~400, 50

Communication cable

8x(0.75~1.25mm

2

)

Running / Max.Running current

Start current (system A / system B)

30.0 / 30.0

Compressor

C-SBN373H8A / SANYO

SCROLL (Fix speed)

2

Fan

Axial × 1

Dimension

(L×W×H)

1000/750/1750

1155/925/1870

850±50/720±50

600

10000/-/6000

Heat exchanger TP2M / 9.52x0.35

about 1.8

cooling: 43~60 / heating: 6~7

5

Refrigerant control method

Capillary tube

Defrosting method

Automatic

Crankcase heater power

34*2

65

Pipe 4*Φ9.52

2*Φ19.05

Note: 1.Nominal condition: indoor temperature (cooling): 27℃DB/19℃WB, indoor temperature (heating): 20℃DB

Outdoor temperature(cooling): 35℃DB/24℃WB, outdoor temperature(heating): 7℃DB/6℃WB

2.The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound

intensity meter. The noise level is measured at 2meter in front of the unit, 1.5 meter high to the ground.

3. * Long piping length and large drop between the indoor and outdoor unit (which exceeds standard value) will obviously

reduce the capacity.

Connecting method

Flared

Between I.D &O.D

≤10 (per way)

≤15 (per way)

≤60 (4 ways)

30(outdoor unit upside); 20(outdoor unit down)

25 (per way)

100 (4 ways)

1700 CC (DAPHNE FV68S)

Fuse size (recommended size)

40

≤5

60/-/-

161 /185

Piping

Refrigerant R407C / 4000*2

Total piping length less than

10meters in one system

-10-

>a__WcU[S^ <[c >a`V[e[a`Wc

——

Cooling Heating Cooling Heating

BTU/h

7000 8000 9000 10000

W

2000 2300 2600 2900

10‐³×m³/h

1.0 / 1.0 /

——

N, V, Hz

A / A 0.10 0.10 0.10 0.10

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

mm

——

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Refrigerant

Type ——

Liquid mm

Gas mm

——

Cooling Heating Cooling Heating

BTU/h

12000 13000 14000 16000

W

3500 3900 4100 4600

10‐³×m³/h

1.6 / 1.6 /

——

N, V, Hz

A / A 0.15 0.15 0.15 0.15

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H-M-L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

mm

——

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Refrigerant

Type ——

Liquid mm

Gas mm

——

Item Model AS072XCBAA AS092XCBAA

Function

Capacity

Dehumidifying capacity

Power cable

3 × (1.0~1.5mm

2

)

Communication cable

Power source

1, 220~230, 50

2x(0.75~1.25mm

2

)

Running current

2x(0.75~1.25mm

2

)

TP2M / 6.35×0.7

CROSS×1 CROSS×1

900/800/700 900/800/700

25 25

400/350/300 400/350/300

PVC, 11.4/16.4

about 0.15 about 0.15

cooling: 6~7 / heating: 43~60

Phone type infrared

795×197×265 795×197×265

880×315×330 880×315×330

/

Refrigerant control Capillary tube

Fresh air hole dimension /

7.6/10.6 7.6/10.6

37/35/30 37/35/30

Flared

Piping

Pipe

Connecting method

R407C

6.35

12.7

Item Model AS122XCBAA AS142XCBAA

Function

Capacity

Dehumidifying capacity

Power source

Power cable

3 × 0.75mm

2

Communication cable

1, 220~230, 50

CROSS×1 CROSS×1

Running current

Fan

Heat exchanger

Dimension

(L×W×H)

about 0.20 about 0.20

1100/1000/900 1100/1000/900

550/500/450 550/500/450

TP2M / 6.35×0.7

25 25

39/37/30 39/37/30

7.6/10.6

Controller type

Phone type infrared

Refrigerant control Capillary tube

7.6/10.6

Fan

Heat exchanger

Electricity Heater

Dimension

(L×W×H)

Controller type

cooling: 6~7 / heating: 43~60

Fresh air hole dimension /

Electricity Heater /

PVC, 11.4/16.4

795×197×265 795×197×265

880×315×330 880×315×330

Piping

Pipe

Connecting method

12.7

Flared

R407C

6.35

-11-

>a__WcU[S^ <[c >a`V[e[a`Wc

——

Cooling Heating Cooling Heating

BTU/h

7000 8000 9000 10000

W

2000 2300 2600 2900

10‐³×m³/h

1.0 / 1.0 /

——

N, V, Hz

A 0.25 0.25 0.25 0.25

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

mm

——

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Refrigerant

Type ——

Liquid mm

Gas mm

——

Cooling Heating Cooling Heating

BTU/h

12000 13000 14000 16000

W

3500 3900 4100 4600

10‐³×m³/h

1.6 / 1.6 /

——

N, V, Hz

A 0.25 0.25 0.25 0.25

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

mm

——

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Refrigerant

Type ——

Liquid mm

Gas mm

——

3 × (1.0~1.5mm

2

)

1, 220~230, 50

3 × 0.75mm

2

2x(0.75~1.25mm

2

)

17/20.7 17/20.7

PVC, 11.4/16.4 PVC, 11.4/16.4

50

Flared

Piping

R407C R407C

Pipe 6.35 6.35

12.7 12.7

Connecting method

Flared

Electricity Heater

//

38/36/34 38/36/34

Refrigerant control

Fresh air hole dimension

//

Capillary tube

cooling: 6~7 / heating: 43~60

Controller type

Phone type infrared controller

Dimension

(L×W×H)

720×205×630 720×205×630

780×280×690 780×280×690

TP2M / 7.94×0.35 TP2M / 7.94×0.35

about 0.25 about 0.25

Fan CROSS × 2 CROSS × 2

900/800/700 900/800/700

50

500/450/400 500/450/400

Heat exchanger

Running current

Communication cable

1, 220~230, 50

2x(0.75~1.25mm

2

)

Item Model AF122XCBAA AF142XCBAA

Function

Capacity

Power source

Capacity

Dehumidifying capacity

Power cable

Communication cable

Item Model AF072XCBAA AF092XCBAA

Function

Dehumidifying capacity

Power cable

Power source

Running current

Fan CROSS × 2 CROSS × 2

1100/1000/900 1100/1000/900

50 50

700/650/600 700/650/600

Heat exchanger TP2M / 7.94×0.35 TP2M / 7.94×0.35

about 0.25 about 0.25

cooling: 6~7 / heating: 43~60

Dimension

(L×W×H)

720×205×630 720×205×630

780×280×690 780×280×690

PVC, 11.4/16.4 PVC, 11.4/16.4

Controller type

Phone type infrared controller

Refrigerant control

Capillary tube

Fresh air hole dimension

//

Electricity Heater

//

38/36/34 38/36/34

Piping

R407C R407C

Pipe 6.35 6.35

12.7 12.7

Connecting method

17/20.7 17/20.7

Flared Flared

-12-

>a__WcU[S^ <[c >a`V[e[a`Wc

—— Cooling Heating Cooling Heating

BTU/h 7000 8000 9000 10000

W 2000 2300 2600 2900

10‐³×m³/h

1.0 / 1.0 /

——

N, V, Hz

A 0.20 0.20 0.20 0.20

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

mm

——

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Refrigerant Type ——

Liquid mm

Gas mm

——

External mm

Package mm

Weight Net / Shipping kg / kg

—— Cooling Heating Cooling Heating

BTU/h 12000 13000 14000 16000

W 3500 3900 4100 4600

10‐³×m³/h

1.6 / 1.6 /

——

N, V, Hz

A 0.20 0.20 0.20 0.20

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

mm

——

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Refrigerant Type ——

Liquid mm

Gas mm

——

External mm

Package mm

Weight Net / Shipping kg / kg

* o.d.=outer diameter; i.d.=inner diameter

Connecting method

Flared Flared

Panel

Dimension 630×630×80 630×630×80

680×680×155 680×680×155

4.2/6.3 4.2/6.3

26/28 26/28

Piping

R407C R407C

Pipe 6.35 6.35

12.7 12.7

Electricity Heater

//

45/40/35 45/40/35

Capillary tube

Fresh air hole dimension

100 100

700×570×276

775×715×361 775×715×361

PVC, 32/26(o.d./I.d.*) PVC, 32/26(o.d./I.d.*)

TP2M / 9.52×0.8

about 0.25 about 0.25

cooling: 6~7 / heating: 43~60

Phone type infrared controller or Wired controller

Refrigerant control

CENTRIFUGAL × 1

750/610/540 750/610/540

40 40

650/580/550

Heat exchanger TP2M / 9.52×0.8

Power source

1, 220~230, 50

Running current

Fan CENTRIFUGAL × 1

650/580/550

Dimension

(L×W×H)

700×570×276

Controller type

Power cable

3 × 0.75mm

2

Communication cable

2x(0.75~1.25mm

2

)

Function

Capacity

Dehumidifying capacity

Piping

Item Model AB122XCBAA AB142XCBAA

Panel

Dimension

(L×W×H)

630×630×80 630×630×80

680×680×155 680×680×155

4.2/6.3 4.2/6.3

6.35

12.7 12.7

Flared

Connecting method

Flared

45/40/35 45/40/35

24/26 24/26

R407C R407C

Pipe 6.35

Fresh air hole dimension

100 100

Electricity Heater

//

PVC, 32/26(o.d./I.d.*) PVC, 32/26(o.d./I.d.*)

Refrigerant control

Capillary tube

cooling: 6~7 / heating: 43~60

700×570×276

775×715×361 775×715×361

650/580/550 650/580/550

TP2M / 9.52×0.8

about 0.25 about 0.25

CENTRIFUGAL × 1

750/610/540 750/610/540

40 40

Running current

Heat exchanger TP2M / 9.52×0.8

Dimension

(L×W×H)

700×570×276

Controller type

Phone type infrared controller or Wired controller

Fan CENTRIFUGAL × 1

3 × (1.0~1.5mm

2

)

Communication cable

2x(0.75~1.25mm

2

)

Power source

1, 220~230, 50

Capacity

Dehumidifying capacity

Power cable

Item Model AB072XCBAA AB092XCBAA

Function

-13-

>a__WcU[S^ <[c >a`V[e[a`Wc

—— Cooling Heating Cooling Heating

BTU/h 7000 8000 9000 10000

W 2000 2300 2600 2900

10‐³×m³/h

1.0 / 1.0 /

——

N, V, Hz

A 0.23 0.23 0.23 0.23

Type × Number ——

Speed (SH/H/M/L*) r/min

Motor output power W

Air-flows (SH/H/M/L*) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage hole Diameter mm

——

mm

——

Noise level SH/H/M/L* dB(A)

Weight Net / Shipping kg / kg

Refrigerant Type ——

Liquid mm

Gas mm

——

—— Cooling Heating Cooling Heating

BTU/h 12000 13000 14000 16000

W 3500 3900 4100 4600

10‐³×m³/h

1.6 / 1.6 /

——

N, V, Hz

A 0.42 0.42 0.47 0.47

Type × Number ——

Speed (SH/H/M/L*) r/min

Motor output power W

Air-flows (SH/H/M/L*) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

mm

——

Noise level SH/H/M/L* dB(A)

Weight Net / Shipping kg / kg

Refrigerant Type ——

Liquid mm

Gas mm

——

* SH/H/M/L: Super high/High/Medium/Low

Flared

20/22 20/22

O.D.=20, I.U.=16

25

825/700/600/500 825/710/610/510

18/20 18/20

Piping

R407C R407C

Pipe 6.35 6.35

12.7 12.7

Connecting method

Flared

Electricity Heater

//

45/42/40/38 45/42/40/38

Refrigerant control

Capillary tube

Fresh air hole dimension

100 100

Controller type

Wired controller

Dimension

(L×H×D)

828*225*450 828*225*450

976*288*526 976*288*526

Heat exchanger TP2M / 9.52×0.8 TP2M / 9.52×0.8

about 0.12 about 0.13

cooling: 6~7 / heating: 43~60

Power source

1, 220~230, 50

Running current

Fan Centrifugal× 1 Centrifugal × 1

1090/930/750/550(±50) 1080/950/770/560(±50)

20

Power cable

3 × 0.75mm

2

Communication cable

2x(0.75~1.25mm

2

)

Function

Capacity

Dehumidifying capacity

Item Model AE122XCBAA AE142XCBAA

Connecting method

Flared Flared

Piping

R407C R407C

Pipe 6.35 6.35

12.7 12.7

Electricity Heater

//

43/38/35/32 43/38/35/32

Capillary tube

Fresh air hole dimension

100 100

674*225*450

816*288*526 816*288*526

620/500/450/400

Heat exchanger TP2M / 9.52×0.8 TP2M / 9.52×0.8

about 0.1 about 0.1

cooling: 6~7 / heating: 43~60

Centrifugal × 1

960/780/680/610(±50) 960/780/680/610(±50)

12 12

Running current

Fan Centrifugal× 1

620/500/450/400

Dimension

(L×H×D)

674*225*450

Controller type

Wired controller

Refrigerant control

3 × (1.0~1.5mm

2

)

Communication cable

2x(0.75~1.25mm

2

)

Power source

1, 220~230, 50

Capacity

Dehumidifying capacity

Power cable

Item Model AE072XCBAA AE092XCBAA

Function

-14-

>a__WcU[S^ <[c >a`V[e[a`Wc

——

Cooling Heating Cooling Heating

BTU/h

21000 24000 21000 24000

W

6150 7000 6150 7000

10‐³×m³/h

2.5 / 2.5 /

——

N, V, Hz

A 1.35 1.35 0.80 0.80

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

mm

——

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Refrigerant

Type ——

Liquid mm

Gas mm

——

External mm

Package mm

Weight Net / Shipping

kg / kg / 6.0/9.0

PipingPanel

Dimension

(L×W×H)

/

Connecting method

R407C

FlaredFlared

950×950×80

/ 980×980×100

28/32 30/32

9.52

15.88 15.88

R407C

Pipe 9.52

100 /

Electricity Heater

//

45/42/40 46/43/40

840×840×240

1272*288*526 910×910×300

O.D.=20, I.U.=16 PVC, 32/26(o.d./I.d.*)

1200/1000/800

Heat exchanger TP2M / 9.52×0.8 TP2M / 9.52×0.8

about 0.20 about 0.30

cooling: 6~7 / heating: 43~60

CENTRIFUGAL × 1

1100/970/790/580 700/590/470

50 30

Running current

Fan CENTRIFUGAL × 1

1000/900/720/550

Dimension

(L×W×H)

1124×450×225

Controller type

Refrigerant control

Fresh air hole dimension

3 × 0.75mm

2

Communication cable

2x(0.75~1.25mm

2

)

Power source

1, 220~230, 50

Capacity

Dehumidifying capacity

Power cable

Item Model

AE212XCBAA AB212XCBAA

Function

Wired controller Infrared controller

Capillary tube Capillary tube

-15-

>a__WcU[S^ <[c >a`V[e[a`Wc

——

Cooling Heating Cooling Heating

BTU/h

28000 31000 42000 48000

W

8200 9100 12000 14000

10‐³×m³/h

3.0 / 5.0 /

——

N, V, Hz

A 0.30 0.30 0.30 0.30

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Refrigerant

Type ——

Liquid mm

Gas mm

——

External mm

Package mm

Weight Net / Shipping

kg / kg

* o.d.=outer diameter; i.d.=inner diameter

8.4/12.06.0/9.0

1340×950×80950×950×80

1400×995×115980×980×100

Item Model

AB422XCBAAAB282XCBAA

Function

Capacity

Dehumidifying capacity

Power cable

Communication cable

Power source

Running current

Heat exchanger

Refrigerant control

TP2M / 9.52×0.8

Dimension

(L×W×H)

Controller type

Fan CENTRIFUGAL × 1

750/610/540

50

2000/1650/1400

about 0.50

cooling: 6~7 / heating: 43~60

Connecting method

Pipe

Piping

Dimension

(L×W×H)

Panel

Panel model

3 × 0.75mm

2

2x(0.75~1.25mm

2

)

1, 220~230, 50

CENTRIFUGAL × 1

700/590/470

50

1300/1100/870

TP2M / 9.52×0.8

about 0.30

1230×840×280840×840×240

1325×920×370910×910×300

PVC, 32/26(o.d./I.d.*)

Infrared controller

Capillary tube

43/41/3945/43/41

46/5328/30

R407CR407C

FlaredFlared

PB-1340IA

9.529.52

19.0515.88

PB-950IA

-16-

>a__WcU[S^ <[c >a`V[e[a`Wc

——

Cooling Heating Cooling Heating

BTU/h

28000 31000 42000 48000

W

8200 9100 12000 14000

10‐³×m³/h

3.0 / 5.0 /

——

N, V, Hz

A 1.10 1.10 1.20 1.20

Type × Number ——

Speed r/min

Motor output power W

Air-flows (H/M/L) m³/h

Type / Diameter mm

Total area m²

Temp. scope

℃

External mm

Package mm

Drainage pipe material, diameter mm

——

Noise level H/M/L dB(A)

Weight Net / Shipping kg / kg

Refrigerant

Type ——

Liquid mm

Gas mm

——

* o.d.=outer diameter; i.d.=inner diameter

Infrared controller

Capillary tube

Item Model

AD282XHBAA AD422XHBAA

Function

Capacity

Dehumidifying capacity

Power cable

3 × 0.75mm

2

Communication cable

2x(0.75~1.25mm

2

)

Power source

1, 220~230, 50

Running current

Fan CENTRIFUGAL × 1

1500/1250/900

Dimension

(L×W×H)

820×830×360

Controller type

Refrigerant control

48/58

CENTRIFUGAL × 1

1230/-/910 1090/1000/930

230 270

2300/1900/1500

Heat exchanger TP2M / 9.52×0.8 TP2M / 9.52×0.8

about 0.30 about 0.50

cooling: 6~7 / heating: 43~60

1197×830×360

940×1050×510 1450×980×530

PVC, 32/26(o.d./I.d.*)

62/77

9.52

45/43/41 54/52/49

FlaredFlared

Piping

Connecting method

R407C R407C

Pipe 9.52

15.88 19.05

-17-

>a__WcU[S^ <[c >a`V[e[a`Wc

duct unit without auxiliary duct: duct unit with auxiliary duct:

Installation state: the unit should be placed on the flat floor or be mounted in horizontal direction.

Testing method:

standing-on-floor unit: If the unit cooling capacity is

over 28000W, the noise level should be measured at

the front, left, right directions respectively.

mounting-on-ceiling unit:

mounting-on-wall unit: built-in-ceiling unit:

1m

0.8m

1m

1.4m

2m

duct

auxiliary duct

2m

1.4m

1m

auxiliary duct

-18-

>a__WcU[S^ <[c >a`V[e[a`Wc

Note: ⊙ is the real time

analyser position

outdoor unit:

1.air outlet from side: the noise level is the average sound pressure level measured from front, left, right directions.

2.air outlet from top: the noise level is the average sound pressure level measured from front, back, left, right directions.

measured point:

H ( height to the ground) = (h (unit height) + 1m) /2

and, it is 1m to each side.

h

1m

-19-

>a__WcU[S^ <[c >a`V[e[a`Wc

33. Dimensions

AU282XHBAA

AU422XIBAA

580

185

416

380

950

1024

340

580

185

416

380

950

1024

830

Terminal block

screw hole (M10)

20

18

380

340

>10cm

>60cm

>15cm

>10cm

>30cm

185 185580

380

950

1250

25

70

3.1 Outdoorrunit dimensions

-20-

Page is loading ...

Haier AB142XCBAA User manual

Haier AB142XCBAA User manual

Related papers

Other documents