Whirlpool ADN 102 Bedienungsanleitung

Whirlpool Eiswürfelmaschine ADN 102

Lesen Sie kostenlos die 📖 deutsche Bedienungsanleitung für Whirlpool ADN 102 (33 Seiten) in der Kategorie Eiswürfelmaschine. Dieser Bedienungsanleitung war für 20 Personen hilfreich und wurde von 2 Benutzern mit durchschnittlich 4.5 Sternen bewertet

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Seite 1/33

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Range

TAB CL FE O ON NTE TS

In odu on tr cti

Warn ng 3 i s.......................................................................................................................................

De p o 3 scri ti n....................................................................................................................................

pe a ng n 4 O r ti Pri ci lp e........................................................................................................................

Sp nec ci if atio s

I t t/ t ............................................................ns a a onll ti d a eiagr ms for i ln ou etl t ubes and di en onm si s . 8

Con u p on da a e gh a ed en on and olu e 8 s m ti t , w i t , s cr t dim si s v m s.........................................................

e hn da 8 T c i lca t ..............................................................................................................................a .

ode 135 60 pa 8 M l Q I + S “Com ct .........................................................................................” .

ode 150 200 400 55 9 M l Q I / / / 0 ..................................................................................................

ode 110 10 M l Q I 0...................................................................................................................

odu on ab e 11 Pr cti T l s .......................................................................................................................

bou e odu o 12 A t Ic Pr cti n ...................................................................................................................

D & Ue ve yli r n ngpacki

P cka in 13 g.......................................................................................................................................

a h ne bod 14 M c i y..............................................................................................................................

Ra ng a e and e al n be 14 ti pl t s ri um r....................................................................................................

I ins a at ll t on

Rec m co mended p a l e n ome t f ...............................................................................................unit . 15

e and d nag 15 Wat r rai e.....................................................................................................................

Conne ng un a e ou e e oo ed un 16 cti it t o w t r s rc t(wa r-c l it ..................................................................s) .

Conne ng un d a 16 cti it t o r in...............................................................................................................

e onne on 16 El c r c ct i al cti s..................................................................................................................

e bl ng he d pe on on 16A ss m i t is rsi c e ..................................................................................................

O ipe ar t on

Pr m ry c ckeli ina he s ...................................................................................................................... 17

a ng up 17 St rti ...................................................................................................................................

n pe on and ad u en a e n h oug 18 I s cti j stm t f o w t r l l ie ev t e tr h .................................................................

C o he 18 r s cs ck ................................................................................................................................

Ad u nj stme ts

Ex v vepan onsi al ........................................................................................................................ . 18

e 19 Wat r le ev l..................................................................................................................................

e u e on o ed e on ool ng a e ui 20 Pr ss r -c tr ll v val c i w t r c c ir t ...................................................................... .

an p e a a oo ed ode 20 F r ss so t t ( ir-c l m ls)..............................................................................................

H gh p e u e a e p e a 21 i r ss r s f t y r ss so t t................................................................................................. .

a up e 21St r -t tim r ..............................................................................................................................

S y ma ef t ele ents

.. . .. . . .. . . .. . .. . . .. . . .. . . .. . . .. . . .. . . .. . .. . . .. . . .. .. . .. . . .. . . .. . .. . . .. . . .. . . .. . . .. .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..21

I i ln ps ect on p/re ace e e es m nt p or c dur

Lowe bea n 22 r ri g .............................................................................................................................

peed edu e gea bo 22 S r c r ( r x).............................................................................................................

Uppe ang 23 r fl e ...............................................................................................................................

Uppe bea ng depend ng on ode 24 r ri ( i m l)...........................................................................................

M t ta e ce c e sint n na and l an gin in ruc ions

M ca n enani t e a 25 t ble.......................................................................................................................

e onden e 26 Wat r c s r.........................................................................................................................

onden e 26 A cir s r..............................................................................................................................

apo a o a e oughEv r t r/ w t r r t . . .. . . .. . . .. . . .. . . .. . . .. . .. .. . .. . . .. . . .. . .. . . .. . . .. . . .. . . .. . . .. . . .. . .. . . .. . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

C ean ng he a e n el i t w t r i l let f i t rs. . .. . . .. . . .. . . .. . . .. . . . .. . .. . . .. . . .. . .. . . .. . . .. . . .. . . .. . . .. . . .. . .. . . ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Che ng o a e eacki f r w t r l ks.. .. . . .. . . .. . .. . . .. . . .. . . .. . .. . .. . . .. . . .. . .. . . .. . . .. . . .. . . .. . . .. . . .. . .. . . ... . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

I I l i ice ee 50 Qu n 5 . ns at lat on n nss ctru tio 28

T ou o g r b hles o nti ................................................................................................................................ 32

I ION R DUCT O T N

T T 'han u o hoo ngk y o f r c si I V s k I Q fCE U NEE la er.

You ha e pu ha ed o e o he o e a e e a ng p odu on he a e oda a e u v rc s n f t m st r li bl ic -m ki r c st t m rk t t y. C r f lly

r r r r read he n t i st u n o ne n h anua n e hectio s c n at i d i t is m l i s c t y p o d povi e im t t fan in o ma on e a o ti r l tive t

s y s s ca ef t du ng nri i t , a oll iat n u e and a n e a, m i t n n e.

WARN NI GS

T Th p u d a e p eis ap lian e hoc s l tbe n i s ll d b a y p or v d e h e e o nc n a eic l S rvic P rs n el.

Th p h u e b a ais lug s o ld b a ecc ssi le t ll i t mes.

T Fo du e e o e o d onne e a h ne re c th risk f el c c stri al h ck, A AYSLW isc ct t h m c i BE OR lE c e n n oa i g r

m m m m ma n a n h eq pi t i in g t e ui en o o a et. D n t tt p o n e ot t i s s ct ,all ervi , r odi if ty h s a h ne p opec i . Im r r

u e b o he han pe ed e h a e e dange ou and a e u n a e os y t r t s ci l ial y tra n t c ni ic ns s i xtrem ly r s m y r s l it fir r

e e hol c c stri ck.

Th u b p d o oi is c ma h ne ho s ld no t e la ec tou d ors r t . e po edx s o ra ni

Conne o d n ng a e a nct t ri ki w t r m i s.

Th p n e o n d o e ois ap li i ian ec s tno tend d o u e b f r s y y u g h c il r r r ren o fin i m pe s son twi h u upt s rv si i n.

Young d e ho d be up ed o en e ha e do o a h he a p an e chil r n s ul s ervis t sur t t th y n t pl y twi t p li c .

I OMP R NTA T!

• DO NOT ATT T TEMP O SE VR ICE T TH C N AIS MA HI E S I IS D UAN RGE O S AND COU D L

C H UNA A AU R DSE EVE S E M GE OT T E IT.

•SE E S Y E E Y E E E S ER CVI H U D NO L O L B IC RAR D U B O T ITRA N D, QUALI IF D P R ONN L.

•WE S Y E E S Y EP E P TR NO GL R COMM ND U I G ON NL O GRI INAL R LACEM NT ARTS

A A A AVAIL B RL FE OM N U H R D R BU RT O IZE DIST I TO .

•WA A A A A AS ET ND H R OT E M TERI L F SH U DO L BE D DISP SEO O CC R N CO DI G O O T L L

R U N ND R DUR R A DEG LATIO S A P OCE ES OF W S ET ISPO . SAL

•C N ND A N NANC R N C R D B H R NLEANI G A M I TE E A E O T OVE E Y T E WA RA TY.

Produktspezifikationen

Marke:	Whirlpool
Kategorie:	Eiswürfelmaschine
Modell:	ADN 102
Breite:	465 mm
Tiefe:	595 mm
Gewicht:	58000 g
Produkttyp:	Eingebauter/freistehender Eiswürfelbereiter
Produktfarbe:	Edelstahl
Höhe:	795 mm
AC Eingangsspannung:	230 V
AC Eingangsfrequenz:	50 Hz
Eingebautes Display:	Nein
Verpackungsbreite:	535 mm
Verpackungstiefe:	685 mm
Verpackungshöhe:	850 mm
Paketgewicht:	63000 g
Leistung:	- W
Kältemittelart:	R404a
Gefrierkapazität:	85 kg/24h
Eisaufbewahrungskapazität:	20 kg
Eisformen:	Flockeneise