Samsung RS275 RS277 Refrigerator Training

7/21/2019 Samsung RS275 RS277 Refrigerator Training

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SAMSUNG Side by Side Refrigerator

A-TOP-PJTNew product training for refrigerator

SIDE BY SIDE

BASIC : RS277ACPN

MODEL NAME : RS275ACWP RS277ACWP RS275ACBP

RS277ACBP RS275ACPN RS277ACPN

RS275ACRS RS277ACRS

RS277 RS275

2008. 02





3

!. Ne" #e$ture

. Pro%uct In#or&$tion

NO ITEM BASICE MODELA!TO"0#$ NE% MODELA!T0"08$ C&ANGE RIS' (ACTOR

) ASS* CO+ERDIS"

! ) "ie,e ! 2 "ie,e %i-do De/ig-

! &ig Brigt-e// Led2ea$

! Ne De/ig- ! "L"

! %ater1roof

2 CASEDIS"ENSER

! Oter S1ray

A113i,atio- 4 RS2#5 RS

- Stai-3e// "3ati-6 S1ray

A113i,atio- 4 RS2#5ACS&

7RS2#5ACRS

! Ne De/ig- ! Co/t



4

!. Ne" #e$ture


NO ITEM BASICE MODELA!TO"0#$ NE% MODELA!T0"08$ C&ANGE RIS' (ACTOR

ASS*9E+A"

RE(

! Deodori:er

! "ri-ti-g 4 Deodori:er

! Re6o;e Deodori:er

- "ri-ti-g i/ de3eted

! Si-g3e Body

! Ne De/ig-

! Co/t Ct

"rod,tio-

! <a3ity

= ASS*9"AC'ING

&ANDLE

- "a,>i-g i- CUS&ION!U"" ! "a,>i-g i- R roo6 DOOR!"ANEL

! "a,>i-g GUARD betee- Se3f

! Co/t Ct

"rod,tio-

! Si11i-g



5

!2. Co&p$rison o# #unction$'it( )s co&petitor


ITEM S"EC A!TO"0# A!TO"08

A11eara-,e

"rod,t ?o-e

Coo3i-g Te, Ti- Coo3i-g Ti- Coo3i-g

Door Sa1e Co-tor Co-tor

S1e,ia3 Roo6Coo3/e3e,t ?o-e

or Ci33ed Bi-Coo3/e3e,t ?o-e

or Ci33ed Bi-

Coo3i-gS1eedMi-$

(!Roo6 220 @ ). )55.8

R!Roo6 )0 @ )0=.2 )).0

2℃ (!Roo6 !2# @ !0.0 !28.#

R!Roo6 ). @ !).0 !0.=

=℃ (!Roo6 !)8 @ !2.5 !22.R!Roo6 @ !0. ).2

Te61eratreDi/tribtio-(ridge$

(!Roo6 2.0 @ 0. ).0

R!Roo6 2.0 @ ).2 ).

O1eratio- rate N!N # @ . #.=

Noi/eSo-d 1oer 3e;e3 =dB @ =. =2.5

So-d 1re//re 3e;e3 =dB @ =).) .#

" e r f o r 6 a - ,

e



6

"3a/ti, Draer/

Co;er Leg (ro-t

tra S1a,eTM

Door Bi-

I,e Ma>er

I,e ,te

G3a// Se3f

Door Bi- for RS25

Ti3t "o,>et for RS255$


!*. P$rts N$&e



"3a/ti, Draer/

Egg Tray

LigtU11er$

Ci33ed Bi- for RS25

Coo3/e3e,t:o-e for RS255$

Door Bi- To1 Li1/

Ga33o- Door Bi-

Ga33o- Door Bi-/

Ligt/ 3oer$

RS255$

Dairy

Co61art6e-t

S1i33!1roof

G3a// Se3f

%ater (i3ter


!*. P$rts N$&e



!+. Pro%uct #e$ture


Ti- Coo3i-g Sy/te6

M3ti!(3o Sy/te6

tra S1a,eTM

Door A3ar6

Coo3Se3e,t?o-eTM



!5. Mo%e' Speci#ic$tion ,Speci#ic$tion C-$rt


Ite6 S1e,ifi,atio-

Mode3

RS25 RS255

Dispenser Dispenser with

Coolselect Zone

Net

Ca1a,ity

Tota3 26.5 cu.ft

Refrigerator 16.1 cu.ft

(ree:er 10.4 cu.ft

Net Di6e-/io-%D&$ 35.9inch x 33.8inch x 70inch

Rated (reFe-,y a-d(reFe-,y

C 115!"60#$

Motor Rated Co-/61tio-"oer

160%

E3e,tri, &eater Rated

Co-/61tio- "oer 415%

'i-d of Refrigerator &n'irect Coolin( )etho' *efri(er+tor

Refrigera-t *134+

Refrigera-t I-1t A6o-t 7.76o$

"rod,t %eigt 309 ,oun's



!. E'ectric P$rts Speci#ic$tion


Ite6/ S1e,ifi,atio-

Mode3/ RS25RS255

Copressor

)o'el )172D-*2/"09

t+rtin( tpe *..C.*

il Ch+r(e * -10

+por+tor ree$er ,& & :,

*efri(er+tor ,& & :,

Con'enser orce' +n' n+tur+l conection tpe

Drer )olecul+r siee ;#-9

C+pill+r tu<e=Di+>en(th? 0.033 @>130 @

*efri(er+nt *134+

ree$er

)o'eleper+ture

election=℉? =℉?

#*)&*

=-*?

502

-25℃ -23℃ -27℃

-20℃ -18℃ -22℃

-14℃ -12℃ -16℃

*efri(er+tor

)o'eleper+ture

election=℉? =℉?

#*)&*=*-*?

502

1℃ 2℃ 0℃

3℃ 4℃ 2℃

6℃ 7℃ 5℃

C o 6 1 o - e

- t / f o r ( r e e : e r

R o o 6 T e 6 1 e r a t 2 r e

S e - / o r C o 6 1 o - e

- t /





D e f r o / t R e 3 a t e d C o 6

1 o - e - t /

Ite6/ S1e,ifi,atio-

Mode3/ RS25RS255

Defrost Ccle

irst Defrost Ccle =Concurrent 'efrost of +n' *?

4 hr A 10 in

Defrost Ccle=*? 12B24hr=+r +ccor'in( to the con'itions use'?

Defrost Ccle=*? 6B12hr=+r +ccor'in( to the con'itions use'?

,+use tie 10 A 2 in

Defrost ensor

Defrost-

ensor

)o'el #*)&* =502?

,C 5.0㏀ +t 25℉

* Defrost-

ensor

)o'el #*)&* =502?

,C 5.0㏀ +t 25℉

iet+l

*+te' 250!"60#$ 10

per+tin( teper+ture ff E 60A 5 n E 40A 10℃ ℃





Ite6/ S1e,ifi,atio-

Mode3/ RS25 RS255

Mode3 115! 60#Z

Defrost #e+ter=*? Con'uctin( +t Defrostin( C 120!250%

Defrost #e+ter=*? Con'uctin( +t * Defrostin( C 120!140%

D&,* #e+ter &nterlocF with - C 115! 5%

%* ,&, #e+ter - C 115!5%

%* - #e+ter - C 115!4%

D+per #e+ter DC12! 1%

her+l use for preentin(

erhe+tin( of *efri(er+tor Defrost-#e+ter C 250! 10 77A5℃

Con'enser for

C), =,+cF+(e tpe?

*unnin( 12G250!

t+rtin( -

t+rtin(-*el+)o'el ,#)100)D3

per+tion 10HA20I

er lo+' *el+

)o'el 4)435*::-53

ep. 130 A 5℃

ep. 61 A 9℃

E 3 e , t r i , C o 6 1 o - e - t /





E 3 e , t r i , C o 6 1

o - e - t /

Ite6/ S1e,ifi,atio-

Mode3/ RS25 RS255

*+te' !olt+(e C 115!"60#$

)*-DC=*? DC12!"D*,3030

)*-DC=*? DC12!"D*,3020

)*-DC =Circuit? DC12!"D*C,3030

+p=*? C120!"40%=1?

+p=*?/,,* C120!"40%=3?

%* - C130!"30%=1?

Door witch C 250! 0.5

,ower cor' C125! 15

+rth crew =* C*%?



15

!7. Di&ensions o# Re#ri/er$tor 0inc-es1






17

!3. Coo' c(c'e


H Dob3e C3i,>

Copressor K u<-con'enser K i'e Cluster ,ipe=*? K i'e Cluster ,ipe=*? K #ot ,ipe

K Drer K C+pill+r u<e K *efri(er+tor +por+tor K ree$er +por+torK uction ,ipe K

Copressor



18

!4. Coo'in/ Air Circu'$tion


ree$er *efri(er+tor



19

!. Di/it$' p$ne'


COOLING O((Coolin( off stops coolin( in <oth the free$er +n'refri(er+tor cop+rtents <ut 'oes not shut off electric+lpower to the refri(er+tor. o use this fe+ture pressfree$e +n' power free$e <uttons siult+neousl for 3secon's until the LDin(-Don(L soun's. o c+ncel this

o'e press the s+e <uttons +(+in for 3 secon's.en thou(h power off +n' on +(+in it re+insexhi<ition o'e.

(REE?ER BUTTONo set the free$er teper+ture press the <uttonrepe+te'l to ch+n(e the set teper+ture in seMuence<etween 8℉ +n' 14℉.

"O%ER (REE?E BUTTONSpeeds up the freezing process in the freezer.

"O%ER COOLpee's up the coolin( process in the refri(er+tor

(RIDGE BUTTONo set the fri'(e teper+ture press the <uttonrepe+te'l to ch+n(e the set teper+ture in seMuence<etween 34 ℉ +n' 46℉.

LIG&TING C&ILD LOC' BUTTON%hen this <utton is presse' Nust one tie the 'ispenserli(ht=un'er the 'ispl+? will <e on const+ntl. &f ou woul'liFe the 'ispenser li(ht to coe on onl when usin( the'ispenser turn the Oi(ht@ fe+ture off.%hen this <utton is presse' for 3 sec. the ,ower ree$e ,ower Cool ree$er ep. +n' ri'(eep. +re locFe' +n' c+n not <e o'ifie'. he%+ter +n' &ce 'ispensers +re not locFe' +n' c+nstill <e use'. o c+ncel this function press Chil'ocF <utton +(+in.

"#$ T%P$ &'TT(N/se this <utton to choose Cu<e' or Crushe' &ce or &ceoff. %hen this <utton is presse' for 3 sec. the ilter*eset will <e on.

or RS275 or RS277



20

2!)!). Te61eratre Co-tro3 (-,tio-

2. Pro%uct #unction

2!. 6e&per$ture Contro' Oper$tion

%e- te /y/te6 1oer i/ i-itia33y e-gaged7 te defa3t /et te61eratre are != !20 $) *for te free:er a-d 8 $ for te /et refrigerator7 re/1e,ti;e3y. Te -6ber/ /o-) *o- te digita3 di/13ay 1a-e3 /ta-d for te a,ta3 ,o61art6e-t/ te61eratre/. %e- te

,o61art6e-t te61eratre/ go do-7 /o do te -6ber/ o- te di/13ay 1a-e37 a-d

fi-a33y tey rea, te /et te61eratre/. O-,e te /y/te6 i/ /tabi3i:ed7 te di/13ay

te61eratre/ are te /et te61eratre.

)$ (ree:er Te61eratre Co-tro3. To /e3e,t a /et te61eratre7 1re// te (ree:er Te61. btto-. Te di/13ay /o/ te /et

te61eratre fro6 !)= !2 $ to !8 !)= $ i- /eFe-,e.) * ) *2$ <i,> I,e (ree:er Te61eratre Co-tro3

I-terior Te61eratre of te free:er i33 be ,o-tro33ed it !)= !2 $ -ti3 te i,e) *b,>et i/ fi33ed 1 it i,e ,be/. %e- te i,e b,>et i/ fi33ed 1 it i,e ,be/7 te

free:er i33 r- it origi-a3 /et te61eratre. A3/o7 e-e;er te i,e b,>et i/

re3ea/ed fro6 bei-g fi33ed it i,e ,be7 te free:er i33 re1eat to be ,o-tro33ed it

!)= !2 $ degree/ Ce3/i/. Bt if yo /e3e,t JI,e Off7 te free:er a3ay/ i33 be) * ,o-tro33ed it origi-a3 /et te61eratre.

$ Refrigerator Te61eratre Co-tro3.

To /e3e,t a /et te61eratre7 1re// te (ridge Te61. btto-. Te di/13ay /o- te

/et te61eratre fro6 = ) $ to =# 5 $ i- /eFe-,e.) * ) *



21

2!)!2. "oer (ree:e a-d "oer Coo3 (-,tio-/

2. Pro%uct #unction

Se3e,t te "oer (ree:e or "oer Coo3 btto-/ /e1arate3y. Te/e btto-/ are togg3ed ON a-d O(( a-d te i-di,ator/ a/ e33. A3tog yo /e3e,t "oer (ree:e or "oer Coo37 te /et te61eratre/ i- te free:er

a-d refrigerator are -ot ,a-ged. Te /et te61eratre/ for te ,o61art6e-t/ ,a- be ,a-ged i3e te/e f-,tio-/ are

i- /e.


)$ "oer (ree:e f-,tio- )!)$ %e- yo 1re// te "oer (ree:e btto-7 te LED i-di,ator 3igt/ rigt aay7

bt tere i/ )0 /e,o-d/ 3ag ti6e to a- a,ta3 o1eratio-. %e- ti/ btto- i/

1re//ed agai-7 te "oer (ree:e f-,tio- /to1/ a-d te i-di,ator i/ of i66ediate3y .

)!2$ If yo /e3e,t "oer (ree:e7 bot te ,o61re//or a-d te free:er fa- r- for

2. or/ ,o-ti-o/3y.

)!$ Dri-g "oer (ree:e7 te free:er retai-/ te ,rre-t /etti-g/.

)!=$ %e- "oer (ree:e eK1ire/7 te i-di,ator goe/ off a-d te free:er /et te61eratre

i33 be re/tored.

2$ "oer Coo3 f-,tio-

2!)$ "oer Coo3 o1eratio- a-d te i-di,ator or> eKa,t3y /a6e a/ te "oer (ree:e

f-,tio-.

2!2$%e- "oer Coo3 i/ /e3e,ted7 COM" a-d Refrigerator (a- o1erate ,o-ti-o/3y -ti3

te refrigerator rea,e/ !2= != $. Ti/ f-,tio- i33 be ter6i-ated after 2 r r--i-g.) *



22

2!)!2. "oer (ree:e a-d "oer Coo3 (-,tio-/

2. Pro%uct #unction


$ %e- yo /e3e,t "oer (ree:e a-d "oer Coo3 togeter

Ea, f-,tio- or>/ at te /a6e ti6e. Te COM" a-d (ree:er (a- r- ,o-ti-o/3y

a-d te Refrigerator (a- r-/ -ti3 !2= != $ i- te refrigerator.) *=$ I-itia3 "oer!O-

=!)$ %e- te free:er a-d te refrigerator te61eratre/ are iger ta- )= 0) ) !)0 )0 $7 re/1e,ti;e3y7 if "oer (ree:e i/ /e3e,ted7 tete Refrigerator (a-* * i33 be off. If "oer Coo3 i/ /e3e,ted7 tete (ree:er (a- i33 be off.

=!2$ %e- bot f-,tio-/ are /e3e,ted7 tere i/ -o be-efit of fa/t ,oo3i-g for ea, ,o61art6e-t.

2!)!. C&ILD LOC' (UNCTION

%e- te ,i3d 3o,> btto- i/ 1re//ed for /e,o-d/7 te ,i3d 3o,> i-di,ator i/ o-

it a- adib3e to-e.

!%e- it i/ 3o,>ed7 -o f-,tio- ,o66a-d/.

!Ti/ f-,tio- i33 1re;e-t a,,ide-ta3 /etti-g tat 6ay be ,a/ed by ,i3dre- or 1et/. !To -3o,> te /etti-g f-,tio-/7 1re// ti/ btto- for /e,o-d/ agai-.



23

2. Pro%uct #unction

A6o-g /e;era3 i,e!6a>er f-,tio-/7 te i,e eKtra,tio- f-,tio- i/ 1erfor6ed by 6e,a-i,a3

/y/te6. O-3y te re3ay ,o-tro3 for a ,bed!i,e di/1e-/i-g a-d te SSR ,o-tro3 for te i,e ,te

door are 1erfor6ed e3e,tro-i,a33y.

2!2. Ice Dispenser $n% W$ter Dispenser

)$ Se3e,t CbedCr/edI,e!off f-,tio-

)!)$ Te I,e Ty1e btto- /e3e,t/ CbedCr/edI,e!off o1tio-/ i- /eFe-,e.

)!2$ A defa3t /etti-g i/ Cbed o1tio-.

)!$ If Cbed i,e i/ /e3e,ted7 te Cr/ed i,e by1a// /o3e-oid a-d te geared 6otor i33 a33o

Cbed i,e to by 1a// te i,e Cr/er.

)!=$ If I,e!off i/ /e3e,ted7 te i,e 6a>er i33 /to1 or>i-g. Ti/ o1tio- i33 be ter6i-ated e-

Cbed a-d Cr/ed o1tio-/ are /e3e,ted.

)!$ Te i,e ,te door 6/t re6ai- o1e- for /e,o-d/ after di/1e-/i-g ,ea/e/. After ti/

/e,o-d/ de3ay7 SSR i33 be ,o-tro33ed to /t te i,e ,te door.

%e- te I,e!off i-di,ator i/ o-7 o-3y Cbed i,e i33 be di/1e-/ed fro6 te i,e

b,>et.Note

Do -ot for,e to ,3o/e te i,e ,te door. Try to di/1e-/e /o6e 6ore i,e agai- to

or> it ato6ati,a33y.Catio-

2$ %ater Di/1e-/er f-,tio-

2!)$ To di/1e-/e ater7 de1re// te ater di/1e-/er 3e;er 3o,ated i- te di/1e-/er re,e//.

2!2$ %e- te 3e;er i/ de1re//ed7 te ater /o3e-oid ;a3;e 3o,ated i- te 6a,i-e ,o61art6e-t i/

o1e- to f3o ater.



24

A,,ordi-g to te a6bie-t te61eratre7 te ,o-de-/er fa- 3o,ated i- te 6a,i-e ,o61art6e-ti/ o1erated it differe-t 6ode/.

2. Pro%uct #unction

2!*. C!$n Motor De'$( unction o# t-e M$c-ine

Co&p$rt&ent

Co-de-/er (a-

De3ay f-,tio-

Ra-ge/ of a6bie-t te61. O1eratio-

Abo;e ## ) $) *Co-de-/er!(a- i/ ON a/ /oo- a/ te

,o61re//or i/ o-.

#0 # )# )8 $) ) * *Co-de-/er!(a- i/ ON it 6i-te/

de3ay fro6 te ,o61re//or o-.

Be3o ) $) *Co-de-/er!(a- i/ O(( regard3e// of te

,o61re//or o1eratio-.



25

2. Pro%uct #unction

To /e3e,t ti/ f-,tio-7 o1e- te refrigerator door a-d 1re// te btto- o- te ,o-tro3 1a-e3 of

Coo3Se3e,t ?o-e TM draer.

%e- te Coo3Se3e,t ?o-e TM f-,tio- i/ /e3e,ted7 te da61er i-/ide fa- d,tor> i/ o1e-. So

te refrigerator ,oo3i-g i/ 1erfor6ed fir/t7 tete da61er i/ ,3o/ed to ,o-tro3 te Coo3Se3e,t

?o-e TM te61eratre.

)$ Se3e,t f-,tio-

)!)$ U/i-g Se3e,t btto-7 Coo37 Ci330 !) $$7 a-d Soft (ree:e2 ! $$ o1tio-/ ,a- be) * ) *

/e3e,ted i- /eFe-,e. Coo3 o1tio- 6ai-tai-/ a /et te61eratre of te refrigerator.

2$ <i,> Coo3 f-,tio-2!)$ If te <i,> Coo3 i/ /e3e,ted7 LED/ i33 f3a/ #0 a-d Mi-. Te ,o-t i33 be de,rea/ed i-

e;ery 6i-te.

2!2$ To ,a-,e3 ti/ f-,tio-7 1re// <i,> Coo3 btto- agai- or Ta btto- or Se3e,t btto-.

Oteri/e7 it i33 be ter6i-ated #0 6i-te/ 3ater ato6ati,a33y.

2!$ After ti/ f-,tio- e-d/7 ti/ draer i33 ,o6e ba,> to Coo3 o1tio-.

2!=$ A defro/t ,y,3e i33 be 1o/t1o-ed -ti3 <i,> Coo3 o1tio- i/ fi-i/ed.

$ Ta f-,tio-!)$%e- te ta btto- i/ 1re//ed7 LED/ i33 f3a/ =7 #7 )07 a-d )2 i- /eFe-,e a-d &r.

!2$ Te ,o-t i33 be de,rea/ed i- e;ery or.

!$ A ,a-,e33atio- of ti/ f-,tio- i/ te /a6e a/ <i,> Coo3 f-,tio-.

!=$ After ti/ f-,tio- e-d/7 ti/ draer i33 be 6ai-tai-ed it 0 !) $.) *

!$ %i3e te ,o61re//or i/ o-7 ti/ draer retai-/ a ,ertai- te61eratre a-d i3e te

,o61re//or i/ off7 te defro/t eater i/ a,ti;ated a-d Refrigerator (a- i/ o- it a ,3o/ed

1o/itio- of te da61er.

2!+. COOL ELEC6 7ONE 8NC6ION



26

2. Pro%uct #unction

)$ (i3ter I-di,ator

)!)$Ti/ i-di,ator i-itia33y 3igt/ i- gree-. Te 3igt ,o3or i33 be ,a-ged to ora-ge after 6o-t o1eratio- te- to red at te #t 6o-t. Te EE"ROM i- te ,o-tro3 board ,o-t/

a 1eriod of ti6e regard3e// of a 1oer fai3re.

)!2$ "re// I,e Ty1e btto- for /e,o-d/

)!$ If I,e Ty1e btto- a-d Ci3d 3o,> btto- for /e,o-d/ /i63ta-eo/3y7 ti/ f-,tio-

i33 ,ea/e.

)!=$ To re/tore ti/ f-,tio-7 1re// I,e ty1e btto- agai- for /e,o-d/.

2!5. WA6ER IL6ER INDICA6OR 8NC6ION



27

Te I,e!6a>er i/ referred to te de;i,e it a- ato6ati, i,e 1rod,tio-7 /torage i- te i,e

b,>et a-d di/1e-/i-g trog te i,e ,te.

)$ I,e!6a>er 1art/

2. Pro%uct #unction

2!. Ice!M$9er unction



28

2$ "re1aratio- of I,e!6a>er

2!)$ Co--e,t te ater 3i-e to te ater /113y ;a3;e of refrigerator to /113y ater. See oto ,o--e,t a ater /113y 3i-e i- te o-er/ 6a-a3.$

2!2$ "/ te b,>et ba,> f33y /o tat te gide!i,e of i,e 6a>er /o3d -ot to, te ba,> of

b,>et. If te ba,> of b,>et i/ to,ed te gide!i,e of i,e 6a>er7 te i,e 6a>er i33 -ot 6a>e

i,e a-y 6ore be,a/e of a i,e f33 /ig-a3.$

2!$ It ta>e/ # or/ to ar;e/t a fir/t i,e7 a-d tro aay 2! ti6e/ of te/e i,e to 6a>e /re

te /113ied ater ,3ea-.

2. Pro%uct #unction




29

2. Pro%uct #unction


Re#erence t$;'e<

$ I-itia3 O1eratio- f-,tio-

)!)$ %e-e;er te 1oer i/ o-7 te ,o-tro3 board ,e,>/ te i,e tray 3e;e3i-g it te3e;e3i-g /it, iti- 2 /e,o-d/.

)!2$ If te 3e;e3i-g /it, i/ -ot off 1o/itio-7 te geared 6otor i33 tr- to te i-itia3

1o/itio- to 6a>e te i,e tray 3e;e3ed.

)!$ %e- te i,e tray i/ 3e;e3ed7 it i33 re6ai- ti/ 1o/itio- for 2 or/

) ,y,3e ti6e for i,e 1rod,tio-$.

)!=$ After 2 or/7 te /e-/or 3o,ated -der te i,e tray i33 6ea/re te tray te61eratre.

If te te61eratre i/ 6ai-tai-ed 3oer ta- ) !)5 $ for 6i-te/7 a-d te i,e f33) *

/it, i/ off 1o/itio-7 te i,e tray ti/ti-g 1ro,e// i33 begi-.

=$ %ater S113y f-,tio-

=!)$ %e- te i,e tray i/ 3e;e33ed agai- after ee,ti-g i,e7 te ater /o3e-oid ;a3e i33 be

,o-tro33ed to /113y ater by ti6e ,e,> ba/i/. See te PTi6e to /113y aterQ Tab3e$

Le;e3i-g S% I,e f33 S% dge6e-t Re6ar>

ONPLO%Q$ ONPLO%Q$ Not ready MICOM "ort

"IN )4 Le;e3i-g

"IN )4 I,e f33

"ort 3e;e3

O(( 4 =.+

ON 4 0.+ @

ONPLO%Q$ O((P&IG&Q$ Not ready

O((P&IG&Q$ ONPLO%Q$Not readyI,e b,>et it

f33 of i,e $

O((P&IG&Q$ O((P&IG&Q$ Ready



30

2. Pro%uct #unction

2!. Ice!M$9er unction$ I,e 1rod,tio-

!)$ After #0 6i-te/ 1a// fro6 te ater /113y7 te ,o-tro3 board i33 ,e,> te te61eratre. !2$ If te /e-/or read/ te te61eratre 3oer ta- ) !)5 $ for 6ore ta- 6i-te/7) *

tate i,e 1rod,tio- 1ro,e// i/ ,o613eted.

#$ Te/t f-,tio-

V I- order to o1erate a te/t f-,tio-7 1re// te >-ob Te/t Sit,$ for ). /e,o-d.

V Ti/ f-,tio- ,a- be /ed to ,e,> a 1ro1er or>i-g7 to ,3ea- te i,e tray7 a-d to ad/t te

ater 3e;e3 i- te i,e tray.

=!)$ Ti/ f-,tio- o-3y or>/ e- te i,e tray i/ 3e;e3ed a-d te i,e f33 /ig-a3 i/ ,3eared.

=!2$ %e- te ater 3i-e i/ ,o--e,ted7 ea, 1ro,e// /, a/ a ater /113y7 ee,tio-7 a-d

3e;e3i-g7 ,a- be i-;e/tigated by ti/ btto-.

5$ I,e off f-,tio-

!)$ %e- te I,e off o1tio- i/ /e3e,ted by I,e Ty1e btto-7 te i,e 6a>i-g 1ro,e// i33 ,ea/e.

!2$ %e- te i,e 6a>i-g 1ro,e// ,ea/e/7 te fi-a3 /tate i33 be te i,e tray it /113ied ater.

!$ %e- Cbed or Cr/ed o1tio- i/ /e3e,ted agai-7 te ,o-tro3 board i33 ,e,> a-

a,,63ated ti6e 1eriod. After 6a>i-g it #0 6i-te/ a-d e- te i,e tray te61eratre i/

a,,e1tab3e7 i,e ee,tio- 1ro,e// i33 begi-.8$ (-,tio-/ e- te free:er door i/ o1e-

V %e- te free:e door i/ o1e-7 a33 i,e 6a>er re3ated 1ro,e//e/ i33 ,ea/e i- order to 6i-i6i:e

-oi/e a-d to 1re;e-t i,e fro6 di/1e-/i-g.

#!)$ Te i,e tray /to1/ 6o;i-g regard3e// of te 1o/itio-.

#!2$ Te ater /113y 1ro,e// re6ai-/ or>i-g a/ /a3.

#!$ If te i,e tray i/ i- te 6idd3e of i,e ee,ti-g 1ro,e//7 ,3o/e te free:er for 0 /e,o-d/ a-d

,e,> if te tray i/ 3e;e3ed. If it i/ -ot 3e;e3ed7 it 6/t be ot of order.



31

)$ A defro/t i/ deter6i-ed ba/ed o- te a,,63ated ,o61re//or o-!ti6e.

2$ %e- te 1oer i/ e-gaged for te fir/t ti6e7 te defro/t ,y,3e for te free:er a-d te

refrigerator i33 begi- after = or/ of te a,,63ated ,o61re//or o-!ti6e.

$ A defro/t i-ter;a3 de1e-d/ o- te a6bie-t te61eratre7 te -6ber of door o1e-i-g/7 a-d te

door o1e- ti6e.

=$ A 6i-i66 i-ter;a3 i/ # or/ a-d a 6aKi66 i/ 8 or/ for te refrigerator7 a-d )2 or/ a-d

)# or/ for te free:er7 re/1e,ti;e3y.

$ Te defro/t eater o-!ti6e i/ deter6i-ed by te defro/t /e-/or/ a/ fo33o 4

2. Pro%uct #unction

2!7. De#rostin/ unction

Refrigerator (ree:er

&eater ON Be3o 0 )0 $) * !

&eater O(( #2 )5 $) * 0 )0 $) *



32

,+rt n+e %orF or'er *e+rFs

(REE?ER

DOOR

Re6o;i-g te (ro-t 3eg ,o;er.). O1e- te free:er a-d refrigerator door/.

2. Ta>e off te fro-t 3eg ,o;er by tr-i-g te tree

/,re ,o-ter!,3o,>i/e.

Re6o;i-g te %ater /113y 3i-e.Se1arati-g te %ater S113y Li-e fro6 te Refrigerator

by 1re//i-g te ,o13er+$a-d 133i-g te atertbe,$aay.

*. u'' %is$sse&;'( $n% $sse&;'(

If yo a-t to rea//e6b3e7 fo33o te re;er/e order

Be ,aref3 -ot to /,rat,

*



33


(REE?ER

DOOR

Re6o;i-g te U11er i-ge). %it te door ,3o/ed7 re6o;e te 11er

&i-ge ,o;er,$/i-g a /,redri;er.

2. Di/,o--e,t te ire/+$.

. Re6o;e i-ge /,re/-$a-d gro-d/,re$,o-ter!,3o,>i/e a-d ta>e off te

11er i-ge/$a3o-g te arro.

*. u'' %is$sse&;'( $n% $sse&;'(



* '' %i ;' % ;'



34


(REE?ER

DOOR

Re6o;i-g te Loer i-ge.). Re6o;e te door fro6 te 3oer i-ge,$by

,aref33y 3ifti-g te door.

2. Re6o;e te 3oer i-ge fro6 te bra,>eti-ge+$by 3ifti-g te 3oer i-ge i- te dire,tio-of te arro.

*. u'' %is$sse&;'( $n% $sse&;'(


Be ,aref3 of i-ry

* '' %i ;' % ;'



35


RE(RIGERATOR

DOOR

Re6o;i-g te U11er i-ge.). %it te door ,3o/ed7re6o;e te 11er i-ge

,o;er,$/i-g a /,redri;er.

2. Re6o;e i-ge /,re/,$a-d gro-d /,re+$

,o-ter!,3o,>i/e a-d ta>e off te 11eri-ge-$a3o-g te arro

Re6o;i-g te Loer i-ge.). %it te door ,3o/ed7re6o;e te 11er i-ge

,o;er,$/i-g a /,redri;er.

2. Re6o;e i-ge /,re/,$a-d gro-d /,re+$,o-ter!,3o,>i/e a-d ta>e off te 11eri-ge-$a3o-g te arro

*. u'' %is$sse&;'( $n% $sse&;'(

%e- di/a//e6b3i-g7 6a>e /re te -it tr-ed off


* '' %i ;' % ;'



36

Te door a-d3e/ a33o a,,e// i-to te refrigeratora-d free:er.Tey are fro-t 6o-ted it /,re/.

Lift te a-d3e 1ard 6otio- it o-.

DOOR &ANDLE

Te door ga/>et i/ a 6o3ded ga/>et /et i-to a,a--e3 3o,ated i- te door 3i-er.

).O1e- te door

2.Gra/1 te ga/>et a-d 133 i- a- otard 6otio--ti3 te 6o3ded ga/>et /e1arate/ fro6 te door

3i-er.

DOOR GAS'ET

. Di/,o--e,t te ire ,o--e,tor i- te dire,tio-

of te arro.

). Re6o;e te /,re -der te ,o;er

2. I-/ert a a-d o- te /3ot a/ /o-7a-d -3o,>te tab/.

CONTROL "ANEL

*e+rFs%orF or'er ,+rt n+e

*. u'' %is$sse&;'( $n% $sse&;'(


Be ,aref3 of i-ry

* '' %i ;' % ;'



37


DOOR LIG&TS%ITC&

Te refrigerator a/ a door 3igt /it, 3o,atedi- te 11er rigt ,or-er for te refrigerator.). U/e a /6a33 f3at b3ade /,redri;er to -3o,>

te 3o,>i-g tab a-d 133 te /it, ot -ti3te ire ,o--e,tor i/ ;i/ib3e.

TEM"ERED GLASS

S&EL(

Ti/ /e3;e/ a33o te /torage of 3arger ite6/a-d 133 ot for ea/y a,,e//.

). "33 te /e3f ot a/ far a/ it goe/.2. Lift it 1 a-d re6o;e it.

DRA%ER INRE(RIGERATOR

Te door ga/>et i/ a 6o3ded ga/>et /et i-to a,a--e3 3o,ated i- te door 3i-er.). O1e- te door 2. Gra/1 te ga/>et a-d 133 i- a- otard

6otio- -ti3 te 6o3ded ga/>et /e1arate/

fro6 te door 3i-er.

GALLON DOOR BINTe door bi-/ a33o /torage of 1eri/ab3e ite6/.). "/ te bi- 1 a-d /3ide it ot.

*. u'' %is$sse&;'( $n% $sse&;'(



* '' %i ;' % ;'



38

*. u'' %is$sse&;'( $n% $sse&;'(


%ATER(ILTER

Te ater fi3ter i/ 3o,ated i- te 11er rigt!a-d ,or-er of te

refrigerator. Te ater fi3ter fi3ter/ ater for te i,e 6a>er a-d teater di/1e-/er.).Tr- te ater fi3ter )2 tr- ,o-ter,3o,>i/e a-d 133 it do-.2.To i-/ta33 te fi3ter7 a3ig- te i-di,atio- 6ar>-3o,> 1o/itio-$ a-d

1/ it 1 i3e tr-i-g )2 tr- ,3o,>i/e -ti3 te 3o,> 1o/itio- i/a3ig-ed. Do -ot o;er tigte-.

E+A"ORATORCO+ER

"33 ot te /,re ,a1

a-d re6o;e te /,re.

Ta>e off 6otor a-d 3a61ire ,o--e,tor 3o,ated

o- te 11er 3i-er

Re6o;e te 3a61 ,o;erby -3o,>i-g te tab/a-d 133i-g te ,o;erdo-.

Re6o;e te E;a1orator,o;er i- te dire,tio- ofte arro a/ /o-.

Re6o;e te ater ta->fro6 te e;a1orator,o;er by -/,rei-gte /,re/.

Re6o;e te /,re/ atte e;a1orator ,o;era-d di/,o--e,t teire ,o--e,tor


Be ,aref3 of i-ry

* '' %i ;' % ;'



39

*. u'' %is$sse&;'( $n% $sse&;'(


U""ER DUCT%OR'

Re6o;e te 3a61 ,o;er by -3o,>i-g te tab/a-d 133i-g ot te ,o;er.

Re6o;e te /,re/2$ a-d 11er fa- d,tor>i3e di/,o--e,ti-g te ire ,o--e,tor.3a61 a-d ter6i/tor$

E+A"ORATOR (ANMOTOR

Te e;a1orator fa- i/ 3o,ated i- te 6idd3e rear

of te refigerator. Ti/ fa- ,ir,3ate/ ,o3d air i-te refrigerator.). Re6o;e /,re/ =$ 3o,ated at te for ,or-er/

of te fa- bra,>et.2. Ta>e te fa- 6otor a//e6b3y off.


Be ,aref3 of i-ry

* '' %is$sse&;' $n% $sse&;'



40

*. u'' %is$sse&;'( $n% $sse&;'(


E+A"ORATOR INRE(RIGERATOR

E;a1orator i/ 3o,ated i- te botto6 ofrefrigerator.). Ta>e off te d,tor> i- refrigerator.2. Di/,o--e,t te ire ,o--e,tor. &eater a-d

Ter6i/tor$. De/o3der te ,a1i33ary tbe a-d te /,tio-

3i-e fro6 te e;a1orator.=. Re6o;e te e;a1orator.. %it a fi3e7 /,ore te ,a1i33ary tbe /t

1/trea6 of te /o3dered 1oi-t. Brea> off te

/o3dered /e,tio- to e31 1re;e-t /o3der fro613ggi-g te tbe dri-g /o3deri-g.#. "3a,e a -e e;a1orator a-d bra:e te /,tio-

a-d ,a1i33ary tbe to e;a1orator /i-g /i3;er/o3der.

5. I-/ta33 a re13a,e6e-t dryer.8. E;a,ate a-d re,arge te /y/te6 /i-g

rea/o-ab3e 1ro,edre/.



* u'' %is$sse&;'( $n% $sse&;'(



41

Te door bi-/ a33o /torage of 1eri/ab3e ite6/.

). "/ te bi- 1 a-d /3ide it ot.DOOR BIN IN

(REE?ER

Te /e3;e/ /3ide ot for ea/y a,,e// for fro:e-ite6/.

). S3ide te /e3f ot -ti3 it rea,e/ it/ /to1.

2. Ti3t do- a-d /3ide it ot of te ,o61art6e-t.

(REE?ER S&EL(

Te /it, i/ 3o,ated i- te 3eft!a-d 1ortio- ofte free:er a-d /e-d/ a /ig-a3 to te 1ro,e//or.

). %it a /6a33 f3at!b3ade /,redri;er7 -3o,> te3o,>i-g tab/ a-d 133 te /it, ot -ti3 teire ,o--e,tor i/ ;i/ib3e.

2. Di/,o--e,t te ire ,o--e,tor a-d re6o;ete /it,.

DRA%ER IN(REE?ER

Te /it, i/ 3o,ated i- te 3eft!a-d 1ortio- ofte free:er a-d /e-d/ a /ig-a3 to te 1ro,e//or.

). %it a /6a33 f3at!b3ade /,redri;er7 -3o,> te3o,>i-g tab/ a-d 133 te /it, ot -ti3 teire ,o--e,tor i/ ;i/ib3e.

2. Di/,o--e,t te ire ,o--e,tor a-d re6o;ete /it,.

(REE?ER DOOR

LIG&T S%ITC&


*. u'' %is$sse&;'( $n% $sse&;'(



* u'' %is$sse&;'( $n% $sse&;'(



42

*. u'' %is$sse&;'( $n% $sse&;'(

2. Di/,o--e,t te i,e

6a>er ire,o--e,tor.

. U-3o,> te 3o,>i-gtab/ to /e1arate tei,e 6a>er >it.

). Re6o;e te /,re/.

ICE MA'ER'IT

Ti/ /e3f i/ de/ig-ed to /11ort te i,e 6a>er i,e

di/1e-/ed a-d tra S1a,e TM.

). Re6o;e te tra S1a,e TM ,o;er to 1/ it do- a-d 133 fro-t.

2. S3ide te 1artitio- ot.

. Re6o;e te /,re/ 2$ o- te botto6 fro-t of te ,a/e.

=. S3ide ot te ,a/e i3e di/,o--e,ti-g te ire ,o--e,t.

AUGERMOTORCASE

Te i,e di/1e-/er i/ 3o,ated i- te 11er 1ortio- of te free:er.Ti/ a//e6b3y /tore/ i,e 6ade by te i,e6a>er a-d di/1e-/e/ i,e.

). Lift te i,e b,>et 1 a-d /3ide ot te i,e di/1e-/er a//e6b3y ., +

ICEDIS"ENSER

ICEMA'ER


,+rtition


crew


* u'' %is$sse&;'( $n% $sse&;'(



43

*. u'' %is$sse&;'( $n% $sse&;'(


(REE?ERLIG&T

Te free:er 3igt i/ 3o,ated i- te botto6 ofte ager 6otor ,a/e. Te 3igt i/ ,o;eredby a- o1aFe ,o;er.). Re6o;e te /,re a-d te 3igt ,o;er.

E+A"ORATORCO+ER IN(REE?ER

). "33 ot te /,re ,a1/ a-d re6o;e /,re/ #$.

2. Re6o;e te e;a1orator ,o;er i- tedire,tio- of te arro a/ /o-

U""ERDUCT

). Re6o;e te /,re,a1 a-d /,re.

2. S3ide te 11er fa-d,tor> ot i3edi/,o--e,ti-g te ire,o--e,tor.La61 a-d Ter6i/tor$


* u'' %is$sse&;'( $n% $sse&;'(



44


E+A"ORATOR (ANMOTOR

Te e;a1orator fa- i/ 3o,ated i- te 3oer rear of free:er. Ti/ fa- ,ir,3ate/ ,o3d air i- tefree:er.). Re6o;e /,re=$ 3o,ated at te for ,or-er/of te fa- bra,>et.2. Ta>e te fa- 6otor a//e6b3y off.

E+A"ORATOR IN(REE?ER

E;a1orator i/ 3o,ated i- te botto6 of free:er to1rod,e ,o3d air dri;e- a,ro// te e;a1orator ,oi3/.). Ta>e off te d,tor> i- (ree:er.2. Di/,o--e,t te ire ,o--e,tor &eater7

Bi6eta37 a-d Ter6i/tor$.. De/o3der te i-3et a-d ot3et tbe/.

=. Re6o;e te e;a1orator.. Ta>e te /a6e /te1/ to /ea3 te /y/te6 a/ 6e-tio-ed ear3ier.

*. u'' %is$sse&;'( $n% $sse&;'(



* u'' %is$sse&;'( $n% $sse&;'(



45

*. u'' %is$sse&;'( $n% $sse&;'(


(REE?ERT&ERMISTOR

Te free:er ter6i/tor i/ 3o,ated at te to1 3eft of free:er ;e-t. It /e-d/ te61eratre /ig-a3/ to te6i,ro!1ro,e//or.

ICEMA'ERT&ERMISTOR

Te I,e!Ma>er ter6i/tor i/ 3o,ated i- it/ botto6.Te te61eratre /ig-a3 /e-d/ te6i,ro1ro,e//or.



* u'' %is$sse&;'( $n% $sse&;'(



46


AMBIENTT&ERMISTOR

Te a6bie-t ter6i/tor i/ 3o,ated i-/ide te 11er

i-ge ,o;er.(re. it /e-d/ te61eratre /ig-a3/ to te 6i,ro! 1ro,e//or.

(AN MOTOR

). Ta>e off te ,o;er ,o61 by tr-i-g te eigt/,re/ ,o-ter!,3o,> i/e.

2. Di/,o--e,t te ire ,o--e,tor.

. Re6o;e te a//y!/11ort ,ir,it 6otor by-3o,>i-g te tab/ a-d 3ifti-g it 1.

=. I-/ert te f3at!ti1 /,re dri;er i-to te fa-7 a-dre6o;i-g te fa- /1ri-g a3o-g te arro.


<ient

heristor

*. u'' %is$sse&;'( $n% $sse&;'(


* u'' %is$sse&;'( $n% $sse&;'(



47


(AN MOTOR

. Tr-i-g te to /,re/ ,o-ter!,3o,>i/e.

#. Re6o;e te 6otor.

"ROTECTOR OL7

"TC

I-/ert te f3at!ti1 /,redri;er i-to te fa-7 a-dre6o;i-g te ,o;er re3ay a3o-g te arro.

Re6o;e te OL" or "TC a3o-g te arro.

Re6o;e te OL" or "TC a3o-g te arro.



*. u'' %is$sse&;'( $n% $sse&;'(

+ 6rou;'es-ootin/ $n% &$=or $%=ust&ent



48

+. 6rou;'es-ootin/ $n% &$=or $%=ust&ent

+!. 6rou;'es-ootin/

=!)!). If 1oer i/ -ot ON

H Dob3e C3i,>




49


+!. 6rou;'es-ootin/

=!)!2. If te ,o61re//or a-d ,oo3i-g fa- 6otor do-t or> -or6a33y

H Dob3e C3i,>




50


+!. 6rou;'es-ootin/

=!)!. If defro/t f-,tio- do-t or> -or6a33y

H Dob3e C3i,>




51


+!. 6rou;'es-ootin/

=!)!=. If tere i/ a trob3e it /e3f!diag-o/i/

H Dob3e C3i,>




52


+!. 6rou;'es-ootin/

=!)!. If a3ar6 /o-d

H Dob3e C3i,>




53

+!. 6rou;'es-ootin/

=!)!#. If te 1a-e3 "CB i/ -ot or>i-g -or6a33y


H Dob3e C3i,>




54

+!. 6rou;'es-ootin/

=!)!5. If fa- doe/-t or>


H Dob3e C3i,>




55

+!. 6rou;'es-ootin/

=!)!8. If Coo3 Se3e,t ?o-e i/-t o1erated -or6a33y


H Dob3e C3i,>




56

+!. 6rou;'es-ootin/

=!)!. If te 3a61/ of free:er refrigerator fai3 i- 3igti-g


H Dob3e C3i,>




57

+!. 6rou;'es-ootin/

=!)!)0. If te i,e ,te ,o;er /o3e-oid doe/-t or>


H Dob3e C3i,>




58

+!. 6rou;'es-ootin/

=!)!)). If Cr/ed I,eCbed I,e doe/-t or> 1ro1er3y


H Dob3e C3i,>




59

+!2. orce% Oper$tion unction 0Pu''!%o"n > Re#ri/er$tor De#rost >

Re#ri/er$tor . ree?er!De#rost > C$nce''$tion1

Ti/ f-,tio- e-ab3e/ a 133!do- 6ode7 a defro/t 6ode for te refrigerator o-3y7 a defro/t6ode for te free:er a-d te refrigerator at te /a6e ti6e7 a-d a ,a-,e33atio- of ti/ f-,tio-.

"re// "oer (ree:e a-d (ridge Te61. btto-/ for 8 /e,o-d/ /i63ta-eo/3y to get i- teready 6ode for a for,ed o1eratio-.

Te di/13ay 1a-e3 i33 retr- to -or6a3 after 20 /e,o-d/ i- te ready 6ode. At te ready 6ode7 1re// a-y btto-eK,e1t I,e Ty1e a-d Ci3d Lo,>$ o-,e to /tart a 133!do-

o1eratio-7 ti,e for a defro/t ,y,3e for te refrigerator7 tree ti6e/ for a defro/t ,y,3e for tefree:er a-d te refrigerator7 a-d fi-a33y for ti6e/ for ,a-,e33atio- of ti/ f-,tio-.

A-oter ay to ,a-,e3 ti/ f-,tio- i/ to /i613y 13g ot a-d i- te 1oer ,ord.


"re// bot btto-/ for 8 /e,o-d/ at te /a6e ti6e




60

+!2. orce% Oper$tion unction 0Pu''!%o"n > Re#ri/er$tor De#rost >

Re#ri/er$tor . ree?er!De#rost > C$nce''$tion1


)$ "33!do- )!)$ At te ready 6ode7 1re// a-y btto- o-,e tete b::er i33 bee1 ON for )2 /e,o-d a-dO(( for )2 /e,o-d$ -ti3 ti/ 6ode i/ ,a-,e33ed.

)!2$ At ti/ 133!do- 6ode7 te ,o61re//or i33 /tart i66ediate3y No 6i-te de3ay$ a-d if te/y/te6 i/ i- te defro/t ,y,3e7 it i33 be ,a-,e33ed rigt aay.

-ote$ If ti/ 133!do- 6ode begi-/ rigt after te ,o61re//or a/ off7 te ,o61re//or 6ay -ot/tart to r- de to a- o;er3oad ,o-ditio-.

)!$ At ti/ 6ode7 te ,o61re//or a-d free:er fa- i33 o1erate ,o-ti-o/3y for 2= or/ a-d trefrigerator fa- i33 be o- a-d off a,,ordi-g to te /et te61eratre = ) $.) *

)!=$ After 2= or o1eratio-7 te /y/te6 i33 be ,y,3ed at !)= !2 $ for te free:er a-d = ) $) * ) *for te refrigerator. )!$ I- order to ,a-,e3 ti/ 6ode at a-y ti6e7 /e3e,t te -eKt 6ode o- te ready 6ode or 1oer of

te /y/te6.2$ Refrigerator Defro/t Refrigerator . (ree:er!Defro/t o1eratio- 2!)$ At te 133!do- 6ode7 1re// a-y btto- agai- o- te ready 6ode to begi- te defro/t ,y,3e

for te refrigerator. 2!2$ Te bee1 /o-d ,o-ti-e/ for /e,o-d at te begi--i-g7 te- ON for = /e,o-d/ a-d O((

for )= /e,o-d -ti3 ti/ 6ode ,ea/e.

2!$ After ti/ o1eratio-7 te /y/te6 i33 ,o6e ba,> to -or6a3 o1eratio-. 2!=$ At ti/ 6ode7 1re// a-y btto- agai- o- te ready 6ode to o1erate te defro/t ,y,3e/ for bot,o61art6e-t/.

2!$ Te bee1 /o-d ,o-ti-e/ for /e,o-d/ at tat ti6e7 te- ON for )= /e,o-d a-d O(( for =/e,o-d/ -ti3 te defro/t o1eratio- ,ea/e.

$ Ca-,e33atio- !)$ At te R7(!Defro/t 6ode7 1re// a-t btto- agai- o- te ready 6ode to retr- to a -or6a3

o1eratio-. !2$ Si613y -13g te 1oer ,ord7 te- 13g it agai- to retr- to a -or6a3 o1eratio-.




61

+!*. Soun% #unction

)$ So-d f-,tio-

)!)$ To 6a>e /re a ,o66a-d i-1t7 e-e;er a btto- i/ 1re//ed7 a PBee1Q /o-d/. )!2$ %e- to or 6ore btto-/ are 1re//ed /i63ta-eo/3y or if a ro-g btto- i/ 1re//ed7

tere i/ -o /o-d.2$ Door O1e- A3ar6 2!)$ %e- te door/ re6ai- o1e- for 2 6i-te/7 tere are )0 ti6e/ bee1/. 2!2$ If te door/ ,o-ti-e to re6ai- o1e- 6ore ta- 2 6i-te/7 te additio-a3 )0 bee1/ i-ter;a3

i33 ,a-ge to ) 6i-te. 2!$ Te bee1/ i33 ,ea/e i66ediate3y e- te door/ are ,3o/ed.

ou; es oot / $ % $=o $%=ust e t

+!+. Coo'in/ O## unction

Ti/ f-,tio- i/ for a di/13ay 1r1o/e o- te f3oor of /o roo6 or /tore.)$ Mode ONO(( )!)$ (or te Coo3i-g Off 6ode7 1re// "oer (ree:e a-d (ree:er Te617 btto-/ /i63ta-eo/3y

for /e,o-d/ -ti3 a Pdi-g!do-gQ /o-d/. )!2$ "re// te /a6e ti6e btto-/ agai- for /e,o-d/ to ,a-,e3 ti/ 6ode 1t it a Pdi-g!

do-gQ /o-d.

2$ O1eratio- 2!)$ Mo/t of te /y/te6 f-,tio- eK,e1t te ,o61re//or o1eratio- are or>i-g 1ro1er3y. 2!2$ Tere i/ -o defro/t ,y,3e i- ti/ 6ode. 2!$ PO(Q i/ di/13ayed o- (7 R Di/13ay. 2!=$ Coo3i-g Off 6ode i/ -ot ,3eared e;e- if 1oer i/ re/et.




62

+!5. Se'#!Di$/nostics unction

)$ Se3f!Diag-o/ti,/ i- te i-itia3 "oer ON

)!)$Te ,o-tro3 board 1erfor6/ a /e3f diag-o/ti,/ te/t iti- ) /e,o-d a-d ,e,> ot tete61eratre /e-/or/ abi3itie/.

)!2$ If a /e-/or fai3re o,,r/7 a ,orre/1o-di-g LED /eg6e-t i33 b3i-> it a bee1. )!$ %e- a LED /eg6e-t b3i->/7 o-3y te ,a-,e33atio- f-,tio- "re// "oer (ree:e a-d

"oer Coo3 btto-/ /i63ta-eo/3y for 8 /e,o-d/$ i/ a,,e1tab3e. )!=$ After a re13a,e6e-t of bad /e-/or or a ,a-,e33atio- of ti/ f-,tio-7 ti/ /e3f diag-o/ti,/

i33 e-d.2$ Se3f!Diag-o/ti,/ i- te -or6a3 o1eratio- 2!)$ To /e3e,t ti/ f-,tio-7 1re// "oer (ree:e a-d "oer Coo3 btto-/ /i63ta-eo/3y for 8

/e,o-d/ it a- adib3e to-e. 2!2$ I- te /e3f diag-o/ti, 6ode7 o-3y ,orre/1o-di-g LED /eg6e-t/ i33 be i336i-ated /ee te

,e,> 3i/t o- te -eKt 1age$ 2!$ After a 0 /e,o-d i336i-atio- of error /ig-a37 te /y/te6 i33 retr- to te -or6a3

o1eratio-.

/ = =




63


"re// bot btto-/ /i63ta-eo/3y for 8 /e,o-d/

/ = =

NO Error

① &C )* *

② **&J** *

③ **&J** D**

④ **&J** ***

⑤ &C )* function error

⑥ Coolelect Zone) *

⑦ **&J** D****

⑧ ;&-*

⑨ *Z* *

⑩ *Z* D* ***

@ *Z* ***

@ C), ***

@ *Z* D* ***

If a-y LED/ b3i->7 te ,orre/1o-di-g /e-/or/ a-d

,o61o-e-t/ 6/t be ,e,>ed for a- error.

Se3f!diag-o/ti,/ ,e,> 3i/t




64


NO Error ite6/ LED Di/13ay Detai3/ Re6ar>/

4ICE MA'ER

SENSOR

&ce )+Fer sensor connector issin(Pcont+ct f+ilure electric wire cut short-circuitP &ce )+Fer sensor f+ilureP +n' so on

The voltage should be within the range of4. 5V~1.0V between MAIN PCB CN90 # 3and # 4.

42RE(RIGERATOR

SENSOR

*efri(er+tor sensor connector issin(Pcont+ct f+ilure electric wire cut short-circuitP *efri(er+tor sensor itself f+ilureP+n' so on

The voltage should be within the range of4.5V~1.0V between MAIN PCB CN30 # 6and # 7.

4*

RE(RIGERATOR

DE(ROSTSENSOR

*efri(er+tor e+por+tor intern+l 'efrostin(sensor connector issin(P cont+ct f+ilureelectric wire cut short-circuitP sensor itselff+ilureP +n' so on

The voltage should be within the range of4.5V~1.0V between MAIN PCB

CN30 # 6 and # 8.Indicate Error when thetemperature sensed by Refrigeratordefrosting sensor is higher than 65.5℃ orlower than Q58℃.

4+RE(RIGERATOR

(AN ERROR

*efri(er+tor +n otor oper+tion f+ilurePfee'<+cF si(n+l line cont+ct f+ile' electricwire cut short- circuitP +n' so on

The voltage should be 7V~12V betweenMAIN PCB CN72 #5(ORANGE) and#7(GRAY).

45

ICE MA'ERf-,tio-

ERROR

&ce-eNector +n' leel f+ile' three ties orore

Push the test button, Ice Maker shouldwork.

4Coo3Se3e,t

?o-eTM /e-/or

Coolelect Zone) sensor connectorissin(P cont+ct f+ile' electric wire cutshort-circuitP Coolelect Zone) sensoritself f+ile'P +n' so on.

The voltage should be within the range of4.5V~1.0V between MAIN PCB CN51 # 13and # 14.

Error ite6/ of /e3f!diag-o/ti,/

/ = =




65


NO Error ite6/ LED Di/13ay Detai3/ Re6ar>/

47

RE(RIGERATOR

DE(ROSTERROR

&n the refri(er+tor roo if frost reo+lo'e is finishe' 'ue to liite' tie of 80inutes. rror is 'ispl+e'.

*e+' the resist+nce <etween the <rown+n' the or+n(e wire terin+ls=the re+'in(+ries +ccor'in( to the <+sic ,owerConsuption.0 hK#e+ter hortRhK%ire Cut orlown iet+l hero

4A6bie-t Air

SENSOR

ir sensor connector issin(P cont+ctf+ilure electric wire cut short-circuitP open+ir sensor itself f+ilureP +n' so on

he olt+(e shoul' <e within the r+n(e of4.5!B1.0! <etween )& ,C C31 S 1+n' S 4.

43(REE?ER

SENSOR

ree$er sensor connector issin(P cont+ctf+ile' electric wire cut shortcircuitPree$er *oo sensor itself f+ilure.


4

(REE?ER

DE(ROSTSENSOR

ree$er e+por+tor 'efrostin( sensorconnector issin(P cont+ct f+ile' electricwire cut short circuitP sensor itself f+ilureP+n' so on


(REE?ER (AN

ERROR

ree$er +n otor oper+tion f+ilureP

fee'<+cF si(n+l line cont+ct f+ilureotorTs electric wire issin(P +n' so on.

he olt+(e shoul' <e 7!B12! <etween

)& ,C C72 S 6=:%? +n' S7=J*:?.

2

CONDENSER (ANERROR

COM"!(AN$

Con'enser +n otor oper+tion f+ilurePfee'<+cF si(n+l line cont+ct f+ilureotorTs electric wire issin(P +n' so on.

he olt+(e shoul' <e 7!B12! <etween)& ,C C72 S 4="/? +n' S7=J*:?.

*

(REE?ER

DE(ROSTERROR

&n the free$er roo if frost reo+l o'eis finishe' 'ue to liite' tie of 70inutes. rror is 'ispl+e'

*e+' the resist+nce <etween the white+n' the or+n(e wire terin+ls=the re+'in(+ries +ccor'in( to the <+sic ,owerConsuption.0 hK#e+ter hortRhK%ire Cut or

lown hero use

Error ite6/ of /e3f!diag-o/ti,/

/ = =




66

+!. Lo$% Oper$tion C-ec9 unction

)$ I- te -or6a3 o1eratio-7 1re// "oer (ree:e a-d "oer

Coo3 btto-/ /i63ta-eo/3y for # /e,o-d/7 tete di/13ay1a-e3 i33 b3i-> for 2 /e,o-d/.

2$ "re// (ridge Te61. btto- to get i-to ti/ ,e,> 6odeⓐit a- adib3e to-e.

$ Ea, i336i-ati-g LED /eg6e-t /ta-d/ for te ,o61o-e-ti, a/ a- ot1t /ig-a3 fro6 te ,o-tro3 board.

=$ Ti/ 6ode i33 ter6i-ate ato6ati,a33y after 0 /e,o-d/.

/ = =

"re// bot btto-/ /i63ta-eo/3y for #

/e,o-d/7 a33 LED 3igt/ i33 be tr-ed off. Atti/ ti6e 1re// btto-ⓐ

※(or te RE(RIGERATOR (AN7 o-3y o-e r16 i/ a113ied for te,rre-t 6ode3/7 /o tat H a-d H /o RE(RIGERATOR (ANo1eratio- o-3y.

※Te (REE?ER (AN a-d CONDENSER (AN are o1erated to &igLor16 ato6ati,a33y a,,ordi-g to te o1eratio-a3 ,o-ditio-.

※HH a-d H o-3y eK13ai- te /y/te6 o1eratio- /tate a,,ordi-g to tea6bie-t ,o-ditio-

NO Co-te-t/

, **&J** #i(h or C

otor oper+tion

+ **&J** ow

- **&J** D* he+ter

t+rt o'e

/ erlo+' o'e

0 ow-teper+ture o'e

xhi<ition o'e

C),**

*Z* #i(h

*Z* ow

⑪ *Z* D* #e+ter

⑫ CD* #i(h

⑬ CD* ow

⑭ Dispenser-#e+ter

⑮ D+per

! or+l con'ition

Tab3e of Load Mode Ce,> Li/t




67

+!7. Set Point S-i#t unction

"re// (ree:er Te61. a-d "oer Coo3 btto-/ /i63ta-eo/3y for )2 /e,o-d/ to get i-to ti/6ode.

I- ti/ 6ode7 o-3y te di/13ay LED for te61eratre i33 be ON.

/ = =

"re// bot btto-/ /i63ta-eo/3y for )2 /e,o-d/

)$ I-itia33y7 a33 1rod,t/ /et te ,ode7 P0Q2$ After 20 /e,o-d/ fro6 ad/t6e-t7 a -e /etti-g i33 be /tored i- EE"ROM a-d retr- to te-or6a3 di/13ay.

$ (ree:er Te617 (ridge Te61.7 I,e 6a>er ater /113y7 I,e tray te61eratre7 ,a- be ad/tedit ti/ f-,tio-.




68

+!. 6$;'e o# Set Point S-i#t unction

Refere-,e +a3e 0

Code Te61. /ift Code Te61. /ift

0 0 8 U1 =U0.5 ?℉ ℃

1 -1 =-0.5 ?℉ ℃ 9 U2 =U1.0 ?℉ ℃

2 -2 =-1.0 ?℉ ℃ 10 U3 =U1.5 ?℉ ℃

3 -3 =-1.5 ?℉ ℃ 11 U4 =U2.0 ?℉ ℃

4 -4 =-2.0 ?℉ ℃ 12 U5 =U2.5 ?℉ ℃

5 -5 =-2.5 ?℉ ℃ 13 U6 =U3.0 ?℉ ℃

6 -6 =-3.0 ?℉ ℃ 14 U7 =U3.5 ?℉ ℃

7 -7 =-3.5 ?℉ ℃ 15 U8 =U4.0 ?℉ ℃

EKa613e )$

&f ou +re lowerin( the

current teper+ture of the

free$er < -6 =-3 ?℉ ℃

Sift te free:er te61eratre /e-/or




69

+!. 6$;'e o# Set Point S-i#t unction

Refere-,e +a3e )

Code Te61. /ift Code Te61. /ift

0 0 8 U1 =U0.5 ?℉ ℃

1 -1 =-0.5 ?℉ ℃ 9 U2 =U1.0 ?℉ ℃

2 -2 =-1.0 ?℉ ℃ 10 U3 =U1.5 ?℉ ℃

3 -3 =-1.5 ?℉ ℃ 11 U4 =U2.0 ?℉ ℃

4 -4 =-2.0 ?℉ ℃ 12 U5 =U2.5 ?℉ ℃

5 -5 =-2.5 ?℉ ℃ 13 U6 =U3.0 ?℉ ℃

6 -6 =-3.0 ?℉ ℃ 14 U7 =U3.5 ?℉ ℃

7 -7 =-3.5 ?℉ ℃ 15 U8 =U4.0 ?℉ ℃

EKa613e )$

&f ou +re r+isin( the current

teper+ture of the refri(er+tor

< U3.0 =℉ U1.5VC?

Sift te refrigerator te61eratre /e-/or




70

+!3. Option t$;'e

Sift te I,e 6a>er te61eratre /e-/or

Ad/t te ti6e to /113y ater for te i,e 6a>er

Refere-,e +a3e 2

Code+o36e to /113y

ater

0 8 ,,

) ,,

Sift te I,e 6a>er te61eratre /e-/or Refere-,e +a3e =

Code+o36e to /113y

ater

0 ) !)5 $) *

) !)# $) *

2 !) $) *

5 !)= $) *

= !) $) *

)) !)2 $) *

# !) !)8 $) *

5 ! !) $) *

Refere-,e +a3e 20

CodeCoo3Se3e,t ?o-eTM

te61eratre

/e-/or 0 0)

) !) !0. $) *

2 !2 !).0 $) *

! !). $) *

= W) W0. $) *

W2 W).0 $) *

# W W). $) *

5 W= W2.0 $) *

5. Circuit Descriptions



71

5!. B'oc9 %i$/r$&

5 Dob3e C3i,>




72

5!2. SCEMA6IC DIARAM

5 Dob3e C3i,>




73

5!*. WIRIN DIARAM

5 Dob3e C3i,>




74

5!+. PAR6 ARRANEMEN6 0M$in Bo$r%1

). AC 1oer o- te "CB 1oer 1art

SM"S$i/ /113ied a-d ,o-;erted toDC)2+7 + a-d GND trog SM"S

,ir,it/.

2. "oer i/ /113ied to te fa- 6otor

dri;i-g 1art 1 to 8.+ )0+

de1e-di-g o- te ty1e of 6otor.

. EE"ROM4Sa;e/ or re,ord/ ;ario/

data.

=. Re,ei;e/ ;ario/ /e-/or /ig-a3/

a-d re6o;e/ -oi/e it MICOM

a-d tra-/fer/ te6 agai-.

. "3ay/ ro3e of o1erati-g te ge-i-e

roo6 ta/te da61er a-d te da61er

eater.

#. Di/13ay/ LED to te ge-i-e roo6

ta/te di/13ay dri;i-g 1art7a-d

1ro,e//e/ >ey /ig-a3/.

5. Di/13ay/ LED to te 1a-e3 di/13aydri;i-g 1art7a-d 1ro,e//e/ >ey

/ig-a3/. Co-tro33ed i- te 3i-> it

ge-i-e roo6 ta/te ,ir,it/$5

Dob3e C3i,>

8. "erfor6/ i ,e!6a>er o1erati o- a-d /113 i e/ 1oer of te 6otor a-d /e-/e/ ,a-ge of

/it,e/.

. Re3ay 1art to ,o-tro3 AC 3oad.

)0.O1tio- /etti-g 1art for 6ode3 /e1aratio-.

)). Co--e,tor 1art to ,o--e,t AC 3oad.




75

5!5. CONNEC6OR ARRANEMEN6 0M$in Bo$r%1

5 Dob3e C3i,>




76

5!. Source Po"er Circuit

Ti/ ,ir,it /o/ SM"SSit, Mode "oer S113y$ i, ,o-;ert/ AC i-1t ;o3tage))+ 0&:7 )25+ #0&:7 220+ 0#0&:7 20+ 0&:$ to a ig DC ;o3tage.Te i-1t AC /or,e 1oer i/ ,o-;erted to DC trog a a;e re,tifier BD)$ a-d te,o-;erted DC 1oer i33 ge-erate a ,o-/ta-t a;efor6 o- te /it,i-g tra-/for6er/i-g a ig /1eed )00'&:$ /it,i-g 6otio- of TO"22*.Te D)0= i33 re,tify te ge-erated ;o3tage a-d tra-/for6 i-to a /teady )2+ DC /or,e1oer /ed for te digita3 di/13ay 1a-e3 a-d re3ay/. Te reg3ator 'A580$ fi-a33y

tra-/for6/ i-to + DC /or,e 1oer for te ,o-tro3 board a-d /e-/or/ ,ir,it/.

Be ,aref3 to a-d3e ti/ ,ir,it de to ig ;o3tage/

AC ))+ 0&:7 )25+ #0&:7 220+ 0#0&:7 20+ 0&:$

Catio-




77

5!7. Osci''$tor Circuit

Ti/ i/ o/,i33ator ,ir,it to ge-erate /y-,ro-o/ ,3o,>/ /ed to ,a3,3ate te ti6e for te

6i,ro1ro,e//or o1eratio-.If te /1e,ifi,atio- of re/o-ator ,a-ge/7 6i,ro!1ro,e//or ,a- -ot or> 1ro1er3y.Note

5!. Reset Circuit

Te re/et ,ir,it i/ to i-itia3i:e te ;a3e/ RAM ＆ oter /e,tor/ of 6i,ro!1ro,e//or. %e-te 1oer i/ e-gaged i-itia33y7 te re/et ;o3tage be,o6e/ PLo7Q a-d it >ee1/ P&igQ i-te -or6a3 o1eratio-.




78

5!3. Door S>W Sensin/ Circuit

)$ Te ter6i-a3/7 + a-d 0 of te ,o--e,tor CN0$ are gro-ded7 a-d DC+ +,,$ i//113ied to te ter6i-a3/7 / a-d 0 trog te re/i/tor/7 R=0= a-d R=0 for te free:era-d te refrigerator door7 re/1e,ti;e3y.

2$ Te 6i,ro!1ro,e//or /e-/e/ te door/ o1e- a-d ,3o/e ba/ed o- e-gaged ;o3tage/7

PLo0+$Q a-d P&ig+$7Q re/1e,ti;e3y.

Te door /it, a3ay/ /o3d be ,e,>ed e- te e;a1orator fa- i/ -otr--i-g i3e te door i/ ,3o/ed.

Note




79

5!4. 6e&per$ture Sensin/ Circuit

)$ A ter6i/tor it a -egati;e te61eratre ,oeffi,ie-t NTC$ i/ /ed for a te61eratre/e-/or.

2$ Re/i/tor/7 R 0# 6 R)0 a-d ,a1a,itor/7 C 0) 6 C 0 are /ed for a -oi/e 1rote,tio-

1r1o/e.$ (or te (!/e-/or7 te i-1t ;o3tage i-to te 6i,ro 1ro,e//or MICOM$7 +( i/ ,a3,3ated

by Rt K +,,$R0W Rt$7 ere Rt i/ a ,orre/1o-di-g re/i/ta-,e to te ter6i/tor/ot1t See Ref. # i- A11e-diK$.




80

5!. e( Sc$n $n% Disp'$( Circuit

)$ 'ey S,a- a-d di/13ay o1eratio-.

Te 6ode3 /e/ a de,order IC i, = i-1t/ a-d ot1t/.If te IC de,order TC=028B"$ re,ei;ed /ig-a3/ fro6MICOM 1i-/ #$7 a- ot1t /ig-a3 1er 2 6i3i/e,o-d/6,o6e/ ot fro6 <7 <=)7 <87 <#7 <7 <57 <07 <27 a-d <=1i- i- /eFe-,e. Ti/ /ig-a3 e-ter/ to a dri;er IC i-1tter6i-a3 of te Coo3Se3e,t ?o-eTM "CB a-d IC TD#258A"$7 te- a11roKi6ate ))+ 1ea>/ i33 ge-erate fro6a- ot1t ter6i-a3 a/ /o- o- te -eKt 1age.




81

5!. e( Sc$n $n% Disp'$( Circuit

Te /te1 /ig-a3/ of DC ))6 )2+ i33 be ge-erated 1eriodi,a33y. If a /i-> /ig-a3ot1t/ fro6 IC=7 DC ))!)2+ i33 be a113ied to te LED i-1t ter6i-a3 a-d /i->te LED ot1t ter6i-a3 to 0+. Terefore7 LED i33 be ON for 2 6i3i/e,o-d/.

2$ 'ey S,a-Te # /te1 /ig-a3/7 <#6<= are a113ied to /,a- te # >ey/ btto-/$. %e- S%#i/ 1re//ed7 te /te1 /ig-a3 fro6 <#i33 be red,ed to + a-d e-tered to te MICOM7 te- MICOM i33 6at, a,orre/1o-di-g f-,tio- for S%# >ey.




82

5!2. Coo'Se'ect one P$ne' Circuit

)$ Coo3Se3e,t ?o-e di/13ay 1a-e3 a-d te61eratre /e-/or

)!)$ Coo3Se3e,t ?o-e i/ referred to a/ a /torage draer to i613e6e-t featre/ of <i,>,oo37 Ta7 a-d Se3e,tSoft (ree:e7 Ci337 a-d Coo3$.

)!2$ Coo3Se3e,t ?o-e a/ a- additio-a3 di/13ay 1a-e3. "a-e3 LED/ are off ite tedoor/ are ,3o/ed. %e- a door i/ o1e-7 6i,ro!1ro,e//or /e-/e/ it/ /ig-a3 a-dLED/ i33 be o-.

)!$ Te ba/i, o1eratio-a3 1ri-,i13e i/ te /a6e a/ te >ey /,a- 1ro,e//.)!=$ Te additio-a3 /e-/or ,a- 6ea/re te te61eratre of Coo3Se3e,t ?o-e. Ti/

/e-/or e-ab3e/ to ,o-tro3 te featre/ of Coo3Se3e,t ?o-e.




83

5!2. Coo'Se'ect one P$ne' Circuit

2$ Da61er dri;e ,ir,it

2!)$ Coo3Se3et ?o-e Draer i/ ,o-tro33ed by a da61er to /113y or b3o,> ,o3d air. (or

<i,> Coo37 te da61er i33 be ,3o/e. So ,o3d air i/ /113ied o-3y to Coo3Se3e,t?o-e Draer. (or Ta7 te e;a1orator eater of refrigerator i/ ON a-d teda61er i/ ,o-tro33ed by te refrigerator te61eratre.

2!2$ Te /te11i-g 6otor ,o-tro33ed by a Dri;er IC TA555="IC8$ o1erate/ te da61er.Te /te11i-g 6otor /e/ = ,o6bi-ed /ig-a3/ to o1e- a-d ,3o/e te da61er.

To 1re;e-t te 6a3f-tio- fro6 a ig 6idity7 a DC)2+7 )% eater i/6o-ted a-d a,ti;ated ,o-ti-o/3y.

Note




84

5!*. $n Motor 0BLDC1 Dri)e Circuit

)$ Motor dri;e ,ir,it

)!)$ Ti/ refrigerator ado1t/ a BLDC 6otor 1rod,e/ e-ergy ,o-/61tio-7 Motor/ of

te free:er7 refrigerator a-d te 6a,i-e ,o61art6e-t are ,o61o/ed of teBLDC. (or RS2=7 R!fa- i/ o1erated by AC ))20+ Motor.

)!2$ +o3tage/ betee- ig!/1eed a-d 3o!/1eed




85

5!*. $n Motor 0BLDC1 Dri)e Circuit

+o3tage of 6otor Re6ar>

Mea/re b(!(AN$

Mea/re CR!(AN$

Mea/re dC!(AN$ I- te -or6a3 o1eratio-7 MICOM

No. =07 =) a-d =2 a113ie/ a,o-/ta-t freFe-,yX a-d

MICOM defe,t/ te /ig-a3 to,e,> te fai3re of 6otor.

freFe-,y&:$)2 Y 6otor r16$

&ig )).)+ )0+ )0+

Lo )0+ )0+ 8.+

U-der te ,o-ditio-/7 te fa-/ i33 be o1erated i- 2 o1tio-/7 /, a/ &iga-d Lo 6ode. Ge-era33y7 it i/ o1erated i- te &ig 6ode dri-g a day ti6ea-d i- te Lo 6ode at -igt.

Note

)!$ %e- te 6otor r16 i/ i- #0065007 it i33 /to1 ato6ati,a33y a-d it trie/ to

re/6e after )0 /e,o-d/. If te 6otor i/ -ot or>i-g 1ro1er3y after ti6e tria3/7it i33 re/t for )0 6i-te/7 te- try to re/6e agai-. Ti/ 1ro,e// i33 be do-e,o-ti-o/3y.




86

5!+. EEPROM Circuit

EE"ROM i/ /e6i,o-d,tor 6e6ory -ot to

be era/ed. It ,a- be /ed i- te area of-/tab3e e3e,tri, 1oer.

5!5. Option Circuit

Tere are a ;ariety of 6ode3/ tat a;e adiffere-t f-,tio-. A differe-t 6ode3 ,a- /et1 to /e o1tio- ,ir,it a/ /o-.




87

5!. Lo$% Dri)e Circuit

)$ Te ,o-tro3 of 3oad i- te /y/te6 i/ a,,o613i/ed by te 6ai- "CB.

2$ Mo/t of re3ay/ or SSR/ ,a- ,o-tro3 ,o61re//or7 refrigeratorfree:er defro/t eater7 a-d/e;era3 o1tio- f-,tio-/.

$ (or ,o61re//or7 )8 1i- of 6i,ro 1ro,e//or /ig-a3/ &ig +$. Ti/ /ig-a3 i-1t/ 1i-of IC a-d )= of ot1t ter6i-a3 i, a;e ba/e a-d ,o33e,tor f-,tio-/ of IC tr-/o- a-d ,o--e,t/ te GND. Re3ay 5 i33 be gro-ded trog )= of IC. Mag-eti, 3i-e/i33 ge-erate /o tat te /e,o-d /ide of R*5 i/ a,ti;ated a-d ))20+ i/ /113ied tote ,o61re//or. O- te oter a-d/7 if )8 of 6i,ro 1ro,e//or tr-/ Lo0+$7 of IC7te ,rre-t of R* 5 re3ay7 a-d 6ag-eti, 3i-e i33 /t do- i- /eFe-,e. A ,o-ta,t1oi-t i- /e,o-dary /ide of Re3ay 5 i/ off. (i-a33y ,o61re//or i33 /to1.

=$ Te 1ri-,i13e/ of oter 3oad/ are te /a6e a/ $ ite6 de/,ribed.

SSRSo3id State Re3ay$ i/ a >i-d of Re3ay.Note




88

5!7. Lo$% Dri)e Circuit

5 Dob3e C3i,>

. Re#erence In#or&$tion



89

!. ,A

"rob3e6 "o//ib3e Ca/e/ %at To Do

Te refrigerator doe/-ot or> /ffi,ie-t3y

or at a33

1. Disconnecte' power plu(2.&s the teper+ture control on the 'ispl+ p+nel set

to the correct teper+tureW3.&s the refri(er+tor in 'irect sunli(ht or loc+te' ne+r

+ he+t sourceW4.&s the <+cF of the refri(er+tor too close to the w+llW

1.ChecF th+t the power plu( isproperl connecte'.

2.r settin( it to + lower teper+ture.3.)oe the refri(er+tor to the proper

loc+tion.

Te food i- te

refrigerator i/ fro:e-

1. &s the teper+ture control on the 'ispl+ p+nel set

to the correct teper+tureW2. &s the teper+ture in the roo too lowW3. Di' ou store the foo' with + hi(h w+ter content in

the col'est p+rt of the refri(er+tor.

1.r settin( it to + w+rer

teper+ture.

U-/a3 -oi/e/ or/o-d/ are eard

1. &s the <+cF of the refri(er+tor too ne+r to the w+llW2. %+s +nthin( 'roppe' <ehin' or un'er the

refri(er+torW3. OticFin(@ soun' + <e he+r' fro insi'e the

refri(er+tor. his is nor+l +n' occurs <ec+use+rious +ccessories contr+ct or exp+n'.

X ChecF th+t the floor is leelle' +n'st+<le.

1.)oe the refri(er+tor to the properloc+tion.

2.*eoe the forei(n thin(.

Te fro-t ,or-er/ a-d/ide/ of te ,abi-et

are otX ,o-de-/atio-o,,r/

1. #-,&, is inst+lle' in the front corners ofrefri(er+tor. h+t +Fes refri(er+torTs teper+turelow MuicFl +n' s+e the power consuption.

2. Con'ens+tion c+n occur when ou le+e the 'ooropen for + lon( tie.

1. or+l st+te2. or+l st+te

I,e i/ -ot di/1e-/ed

1.Di' ou stop the ice +Fin( functionW2. &s there +n ice in the stor+(e unitW3. &s the w+ter pipe connecte' +n' the shut-off +le

openW

4. &s the free$er teper+ture too w+rW5. Di' ou w+it for 12 hours +fter inst+ll+tion of the

1. ee the control p+nel.2. ee the ice cont+iner.3. ee the +le.

4. et the teper+ture lower.




90

!. ,A


*o ,a- ear ater

bbb3i-g i- terefrigerator

1. he <u<<lin( coes fro the refri(er+ntcircul+tin( in the refri(er+tor +n' is nor+l. 1. or+l st+te

Tere i/ a bad /6e33 i-te refrigerator

1. %r+p stron( sellin( foo' so th+t it is +irti(ht. hrow +w+ +n rotten foo'.

(ro/t for6/ o- tea33 of te free:er 1. &s the +ir ent <locFe'W2. &s the 'oor close' properlW

X llow sufficient sp+ce <etween

store' foo' for efficient +ircircul+tion.

No ater i/ /113ied

1. &s the w+ter pipe connecte' +n' the shut-off +le openW2. &s the w+ter suppl pipe crushe'W3. &s the w+ter t+nF fro$en <ec+use the refri(er+tor teper+ture is too lowW elect + w+rer

settin( on the 'ispl+ p+nel.

S6a33 or o33o ,be/ %+ter filter clo((e'. *epl+ce filter c+rtri'(e with newc+rtri'(e or with plu(.

S3o i,e ,be free:i-gX Door left open. X eper+ture control not set col' enou(h.

X ChecF to see if p+cF+(e is hol'in('oor open.

X ee +<out the controls.

Ora-ge g3o i- tefree:er

X Defrost he+ter is on. X his is nor+l.




91

!. ,A


Cbe di/1e-/er doe/-ot or>o- /o6e

6ode3/$

1.&ce+Fer turne' off or w+ter suppl turne' off.2.&ce cu<es +re fro$en to ice+Fer feeler +r.3.&rre(ul+r ice clups in stor+(e cont+iner.4.Dispenser is CD.

1. urn on ice+Fer or w+ter suppl.2. *eoe cu<es +n' oe the feeler

+r to the position.3-1. re+F up with fin(ertip pressure

+n' 'isc+r' re+inin( clups.3-2 ree$er + <e too w+r. 'Nust

the free$er control to + col'ersettin( one position +t + tie untilclups 'o not for.

4. ,ress +n' hol' the C#&D Cfor 3 secon's.

%ater a/ 1oorta/teodor o- /o6e

6ode3/$

%+ter 'ispenser h+s not <eenuse' for + lon( tie.

X Dispense w+ter until +ll w+ter insste is replenishe'.

%ater i- fir/t g3a// i/ar6 o- /o6e

6ode3/$

1.or+l when refri(er+tor is first inst+lle'.2.%+ter 'ispenser h+s not <een use' for + lon(tie.3.%+ter sste h+s <een 'r+ine'.

1.%+it 24 hours for the refri(er+tor tocopletel cool 'own.

2.Dispense w+ter until +ll w+ter insste is replenishe'.

3.llow seer+l hours for replenishe'suppl to chill.

%ater di/1e-/er doe/-ot or>o- /o6e

6ode3/$

1.%+ter suppl line turne' off or not connecte'.2.%+ter filter clo((e'.3.ir + <e tr+ppe' in the w+ter sste.4.Dispenser is CD.

1.ee &nst+llin( the w+ter line.2.*epl+ce filter c+rtri'(e or reoe

filter +n' inst+ll plu(.3.,ress the 'ispenser +r for +t le+st

two inutes.4.,ress +n' hol' the C#&D C

p+' for 3 secon's.




92

!. ,A


%ater /1rti-g fro6

di/1e-/er o- /o6e

6ode3/$ %ater i/ -otdi/1e-/ed

o- /o6e 6ode3/$ bt

i,e6a>er i/ or>i-g

1.ewl-inst+lle' filter c+rtri'(e.2.%+ter in reseroir is fro$en.3.*efri(er+tor control settin( is too col'.4.&ce cu<es stucF in ice+Fer.=Jreen power li(ht on ice+Fer <linFin(?

1.*un w+ter fro the 'ispenser for 3inutes =+<out one +n' + h+lf(+llons?.

2.C+ll for serice.3.et to + w+rer settin(.4.urn off the ice+Fer reoe

cu<es +n' turn the ice+Fer <+cFon.

%ater o- >it,e- f3ooror o- botto6 of

free:er

1.Dr+in in the <otto of the free$er clo((e'.2.Cu<es N+e' in chute.

1-1ee C+re +n' cle+nin(.1-2ChecF the locF of filter.2.,oFe ice throu(h with + woo'en

spoon.

No ater or i,e ,be

1rod,tio-

1.uppl line or shutoff +le is clo((e'.2.%+ter filter clo((e'.

3.Dispenser is CD.

1.C+ll + plu<er.2.*epl+ce filter c+rtri'(e or reoe

filter +n' inst+ll plu(.

3.,ress +n' hol' the C#&D Cp+' for 3 secon's.




93

!2. Mo%e' n$&e 0no&enc'$ture1



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Samsung RS275 RS277 Refrigerator Training