REFRIGERATOR SERVICE MANUAL CAUTION BEFORE SERVICING THE PRODUCT, READ THE SAFETY PRECAUTIONS IN THIS MANUAL.

Transcription

1 REFRIGERATOR SERVICE MAUAL CAUTIO BEFORE SERVICIG THE PRODUCT, READ THE SAFET PRECAUTIOS I THIS MAUAL. MODELS : LFC25765ST LFC25765SW LFC25765SB

2 COTETS SAFET PRECAUTIOS SPECIFICATIOS PARTS IDETIFICATIO DISASSEMBL DOOR DOOR ALIGMET... 6 HOW TO REMOVE AD REISTALL THE PULLOUT DRAWER ADJUSTMET COMPRESSOR CIRCUIT DIAGRAM TROUBLESHOOTIG ERROR CODE SUMMAR PCB PICTURE MAI PCB DISPLA PCB & SUB PCB TROUBLESHOOTIG WITH ERROR DISPLA TROUBLESHOOTIG WITHOUT ERROR DISPLA REFERECE COMPOET TESTIG IFORMATIO TROUBLESHOOTIG ICE MAKER AD DISPESER WORKIG PRICIPLES AD REPAIR EXPLODED VIEW & REPLACEMET PARTS LIST SAFET PRECAUTIOS Please read the following instructions before servicing your refrigerator. 1. Unplug the power before handling any elctrical componets. 2. Check the rated current, voltage, and capacity. 3. Take caution not to get water near any electrical components. 4. Use exact replacement parts. 5. Remove any objects from the top prior to tilting the product

3 1. SPECIFICATIOS GEERAL FEATURES REFRIGERATOR FREEZER SPECIFICATIOS LFC25765SW LFC25765SB LFC25765ST Color WHITE BLACK STAILESS Dimensions (in) et Weight (lb) Capacity Refrigerant Climate Class Rated Rating Cooling System Temperature Control 32 23/32 X 28 30/32 X 69 3/4 (WXDXH) 277 lb 25cu.ft. R134A(125gr) TEMPERATURE () 115/60 FA COOLIG MICOM COTROL Defrosting System FULL AUTOMATIC HEATER DEFROST Insulation Compressor Evaporator Condenser Lubricanting Oil Drier Capillary Tube First Defrost Defrost Cycle Defrosting Device Anti-freezing Heater Water Tank Auto ice maker Case Material Door material Handle Type Display Graphic F, Drawer upper Ice Tray & Bank Lamp Shelf Egg Bank Pantry F, Drawer lower Lamp Shelf MODELS CCLO PETAAE LIEAR FI TUBE TPE SPIRAL CODESER ISO8 (180 ml) MOLECULAR SIEVE XH-7 ID Ø HOURS 7-50 HOURS SHEATH HEATER PIPE HEATER O TWISTIG EMBO PCM STAILESS VISTA RAPTOR OL 1EA PL+1EA PL O HIGH BRIGHTESS LED 4EA(fixed) O ES(o control) 1EA PL+1EA PL BULB O - 3 -

4 DIMESIOS Description Depth w/ Handles Depth w/o Handles Depth w/o Door Depth (Total with Door Open) Height to Top of Case Height to Top of Door Hinge Width Width (door open 90 deg. w/o handle) Width (door open 90 deg. w/ handle) A B C D E F G H I LFC25765** ¼ ¾ 41 ¼ 36 ¼

5 2. PARTS IDETIFICATIO Digital Sensor Control Dairy Bin Refrigerator Light Shelves Modular Door Bin Modular Door Bin Optibin Crisper Keeps fruits and vegetable fresh and crisp Bottle Holder Modular Door Bin Glide''Serve AUTOMATIC ICEMAKER Pullout Drawer Ice Bin Durabase Divider - 4 -

6 3. DISASSEMBL 3-1 DOOR Refrigerator door 1. Remove the top hinge cover and disconnect the wire harness. 2. Remove the ground screw. 3. Rotate the lever hinge and lift off hinge. 4. Lift off the refrigerator door. 5. Replace in the reverse order. HIGE COVER Door Frame Flat Tip Screwdriver Gasket Bracket Clip Gasket Bracket Figure 3 HIGE 3. Remove gasket Pull gasket free from gasket channel on the three remaining sides of door. Figure 1 Door gasket removal 1. Remove door frame cover Starting at top of cover and working down, snap cover out and away from door. Figure 4 Frame Cover Handle Door gasket replacement 1. Insert gasket bracket clips 1) Insert gasket bracket edge beneath door frame edge. 2) Turn upper gasket bracket spring so that both spring ends are in the door channel. 3) Push in clip until you hear it snap securely into place. Figure 2 2. Remove gasket bracket clips There are two clips on each door. Start bracket removal near one of the middle clips. 1)Pull gasket back to expose gasket bracket clip and door frame. 2)Insert a flat tip screwdriver into seam between gasket bracket and door frame and pry back until clips snaps out. 3)Continue prying back along seam until all clips snap out. Door Frame Correct Gasket Bracket Clip Spring Incorrect Figure 5 4) Push in remaining two clips until you hear each snap securely into place. ote : Make sure that no part of gasket bracket edge protrudes from beneath door frame edge

7 2. Insert gasket into channel 1) Snap gasket assembly into the door bracket. Inserting the gasket assembly into the bracket door 3-2 DOOR ALIGMET If the space between your doors is uneven, follow the instructions below to align the doors: 1. With one hand, lift the door you want to raise at middle hinge. 2. With other hand, use pliers to insert snap ring as shown. 3. Insert additional snap rings until the doors are aligned. (Three snap rings are provided with the product.) Correct Incorrect Figure 6 2) Press gasket into channels on the three remaining sides of door. Figure 9 Figure 7 3. Replace door frame cover Starting at top of cover and working down, snap the cover back into door. Figure 8-6 -

8 3-3 HOW TO REMOVE AD REISTALL THE PULLOUT DRAWER FOLLOW STEPS TO REMOVE Step 1) Open the freezer door. Step 2) Remove the lower basket. Step 3) Remove the two screws from the guide rails (one from each side). Step 4) Lift the freezer door up to unhook it from the rail support and remove. Pull both rails to full extension. Step 5) First : Remove the gear from the left side first by releasing the tab behind the gear, place a screwdriver between the gear and the tab and pull up on the gear. Second : Remove the center rail. Third : Remove the gear from the right side by following the same steps for the left side. OTE : THIS TAB MUST BE PUSHED I TO RELEASE THE GEAR

9 3-3-2 FOLLOW STEPS TO REISTALL Step 1) Reinstall the right side gear into the clip. Step 2) Insert the rail into the right side gear. Gears do not need to be perpendicular to each other. Step 3) Insert the rail into the left side gear, and insert the gear into the clip. Step 4) The rail system will align itself by pushing the rails all the way into the freezer section. Pull the rails back out to full extension. Step 5) Reinstall the freezer door by inserting the rail tabs into the guide rail. Step 6) Reinstall the two screws into the guide rails (one from each side). Step 7) Reinstall the lower basket, and close the freezer door

10 3-3-3 PULL OUT DRAWER To separate the drawer, push the front left and right hooks in direction to pull up and remove. Then gently lift the gear part of rear left and right side of the drawer and pull it out in direction. To install, reposition the gear part of rear left and right side of the drawer after pulling out both rails as much as possible, and gently push down both left and right side while checking the hook on the front part

11 4. ADJUSTMET 4-1 COMPRESSOR Role The compressor intakes low temperature and low pressure gas from the evaporator of the refrigerator and compresses this gas to high-temperature and high-pressure gas. It then delivers the gas to the condenser ote for Usage (1) Be careful not to allow over-voltage and over-current. (2) Do not drop or handle carelessly. (3) Keep away from any liquid. If liquid such as oil or water enters the Cover PTC Compressor may fail due to breakdown of their insulating capabilities. (4) Always use the Parts designed for the compressor and make sure it is properly attached to the compressor. Parts may appear physically identical but could have different electrical ratings. Replace parts by part number and model number. Use only approved substitute parts Remove the cover PTC Compressor protection logic Since linear Comp conducts linear reciprocating motion, we have protection logic for compressor, motor and PCB as the below. - Stroke Trip During the operation, if stroke is above the target value, decrease the target volt by 3V. - Current Trip Current trip is set in order to protect compressor mechanical part and drive from the overcurrent that might arise during the operation. Check the current for every 416.7us and if the Trip exceeds 1.86Arms more than three times at Comp O, forcibly stop and restart six minutes later. - Lock Piston Trip If stroke is under 5mm even if the current is more than 14Arms, Take it as piston lock and restart after 2 30 of Comp OFF. Check the current and stroke for every 416.7us and if the condition fits more than three times at Comp O, the Trip occurs. - IPM fault Trip It occurs if FO signal received from IPM is LOW. For every 416.7us, check whether FO signal is LOW. The trip occurs if it is found three times during the five periods(83ms). (1) Remove the Cover Back M/C (2) Loosen two screws on comp base (3) Use a L-shaped flap tooll to pry off the cover (4) Assembly in reverse order of disassembly

12 5. CIRCUIT DIAGRAM CIRCUIT DIAGRAM F/L DOOR S/W,PLUG TPE,SMART BUZZER, REACTOR, FUSE AD COMP' EARTH PART O CIRCUIT DIAGRAM ARE SUBJECT TO CHAGE I DIFFERET LOCALITIES AD MODEL TPE. - : EUTRAL PLUG TPE REACTOR EUTRAL LIVE FUSE PART G/L (G) F-LAMP BL() BL() PILLAR HTR BL() DEF-HEATER FUSE-M BL() PILOT VALVE BL() F LIEAR COMP. O.L.P WH 2 BK 1 CO1 BK 1 BL B 7 8 BO 9 10 RD CO3 1 2 CO10 STEPPIG 24 WH/BK MOTOR 23 RD F/L DOOR S/W 22 BL M 21 L 19 L/BL 20 SB 18 B F/U DOOR S/W 17 B D-SR 16 BL/WH 15 BL/WH F-SR 14 WH 13 WH R-SR WATER PIPE 9 G/WH C HEATER 11 PR/WH 7 BK D 12 BO 10 BO/BL M 8 PR F-FA 6 WH/RD 4 PK M 2 G C-FA CO7 COMPRESSOR EARTH PART CAPACITOR PART EARTH PART F BK 1 2 G 3 4 BO 5 6 B 7 CO201 G/L BL CO2 PCB ASSEMBL, MAI 1 RD 2 BO 3 WH 4 BL 5 L 6 B 7 PR 8 SB 9 PK 10 G CO4 8 RD 6 B 4 BO 2 WH/BK BL/WH G 13 G B 9 B BK 16 SB CO5 A B M RT - SESOR ICE MAKER SESOR ICE MAKER STOP S/W ICE MAKER TEST S/W HALL IC ICE MAKER MOTOR B A E R-DOOR S/W SMART BUZZER 1 WH/BK 2 BO 3 B 4 RD C D E PWB ASSEMBL DISPLA RD R-ROOM BK LED MODULE BL RD R-ROOM BK LED MODULE BL MEZ BK: BLACK L: ELLOW SB: SK BLUE B: BROW G/L: GREE/ELLOW PK: PIK BO: BRIGHT ORAGE PR: PURPLE G: GRA WH: WHITE BL: BLUE RD: RED WH/BK: WHITE/BLACK L/BK: ELLOW/BLACK BL/WH: BLUE/WHITE PR/WH: PURPLE/WHITE BO/BL: BRIGHT ORAGE/BLUE WH/RD: WHITE/RED

13 6. TROUBLESHOOTIG 6-1 Error Code Summary WARIG:When you check the Resistance values, be sure to turn off the power. And wait for the voltage-discharge sufficiently. O Error Detection Category 1 ormality one ormal operation of Display Freezer Sensor Error Refrigerator Sensor Error Defrosting Sensor Error Freezer Temperature Er Er Er Error Display Ref. Temperature FS rs ds Error Generation Factors Short or Disconnection of Freezer Sensor Short or Disconnection of Refrigerator Sensor Short or Disconnection of Defrosting Sensor Remark Check each sensor and its connector. 5 Icing Sensor Error Er IS Short or Disconnection of Icing Sensor 6 Poor Defrosting Er dh Even though it is passed 1 hour since then Defrosting, if Defrosting sensor is not over 8 C, it is caused Temperature Fuse Disconnection, Heater disconnection, DRAI Jam, Poor Relay for Heater 7 Abnormality of BLDC FA Motor for Freezer Er FF It is caused when feedback signal isn t over 65 seconds during BLDC FA motor operating Poor BLDC Motor connection, DRIVE IC, and TR 8 Abnormality of BLDC FA Motor for Mechanic Room Er CF It is caused when feedback signal isn t over 65 seconds during BLDC FA motor operating Poor BLDC Motor connection, DRIVE IC, and TR 9 Communication Error Er CO Communication Error between Micom of Main PWB and Display Micom Poor Communication connection,poor TR of Transmitter and Receiver

14 7. PCB Picture 7-1 Main PCB P/o & MFG Picture CO2 CO3 EBR ( ~) CO201 CO1 CO5 CO7 CO4-13 -

15 7-2 Display PCB & Sub PCB P/o Picture CO01 Display PCB EBR ( ~)

16 8. Troubleshooting With Error Display 8-1 Freezer Sensor Error (Er FS) o Checking flow Result & SVC Action 1 Check for a loose connection. 2 Check the Blue/White to Blue/White. Result 0 Short Open SVC Action Change the sensor Replace the refrigerator ormal Check the Temp and resistance (Table-1) <CO7> <Temperature table-1> (1) To (2) Result -22 F / -30 C 40.5 ~ F / -25 C 30.5 ~ F / -20 C 23 ~ F / -15 C 17.5 ~ F / -10 C 13.5 ~ F / -5 C 10.5 ~ F / 0 C 8 ~7.5 The sensor is determined by the temperature. For example, 23 indicates -4 F

17 8-2 Refrigerator Sensor Error (Er rs) o Checking flow Result & SVC Action 1 Check for a loose connection. 2 Check the White to White. Result SVC Action 0 Short Change the sensor Open Replace the refrigerator ormal Check the Temp and resistance (Table-2) <CO7> <Temperature table-2> (1) To (2) Result 23 F / -5 C 38.5 ~ F / 0 C 30.5 ~ F / 5 C 24.5 ~ F / 10 C 20 ~ F / 15 C 16 ~15.5 The sensor is determined by the temperature. For example, 30 indicates 32 F

18 8-3 Icing Sensor Error (Er IS) o Checking flow Result & SVC Action 1 Check for a loose connection. 2 Check the Red to Bright Orange. Result SVC Action 0 Short Change the sensor Open Replace the refrigerator ormal Check the Temp and resistance (Table-1) <CO9> <Temperature table-1> (1) To (2) Result -22 F / -30 C 40.5 ~ F / -25 C 30.5 ~ F / -20 C 23 ~ F / -15 C 17.5 ~ F / -10 C 13.5 ~ F / -5 C 10.5 ~ F / 0 C 8 ~7.5 The sensor is determined by the temperature. For example, 23 indicates -4 F

19 8-4 Defrost Sensor Error (F ds) o Checking flow Result & SVC Action 1 Check for a loose connection. 2 Check the Orange to Orange. Result SVC Action 0 Short Change the sensor Open Replace the refrigerator ormal Check the Temp and resistance (Table-3) Check the Brown to Brown. <CO7> <Temperature table-3> (1) To (2) Result 23 F / -5 C 32 F / 0 C 41 F / 5 C 50 F / 10 C 59 F / 15 C 38.5 ~ ~ ~ ~ ~15.5 The sensor is determined by the temperature. For example, 23 indicates -4 F

20 8-5 Defrost Heater Error (Er dh) o Checking flow Result & SVC Action 1 Check the Door gasket. Part Result SVC Action 2 Check the Defrost control part. Fuse-M 0 Go to the 3 Change Fuse-M Fuse M Def Sensor Def Heater 34 ~ 42 Go to the 3 Change Fuse-M Def Heater Def Sensor 21 Go to the 3 Go to the 5 3 Input Test 3 Mode. (Push the button 3 times) 4 Check the Blue to Orange. Result 112 ~ 116 V 0 V SVC Action Go to the 5 Replace Main PCB <CO3> 5 Release the test mode. Push the button 1 times. (ormal) 6 Check the Blue to Orange. Result 0 V 112 ~ 116 V SVC Action Explain to customer Replace Main PCB <CO3>

21 8-6 Freezer Fan Error (Er FF) o Checking flow Result & SVC Action 1 Reset the unit and Input Test 1 Mode. (Push the button 1 time) 2 Open the freezer door and Check the air flow. While an error code is displayed, the fan is not working. Status o windy Windy SVC Action Go to 3 Go to 4 3 Check the Fan motor. Rotate fan using your hand. It feel sticky, change the motor. (Cause of ice or rust inside of motor) 4 Check the Fan motor voltage. (1) Point Result SVC Action (1) ~ (2) Below 9 V Change the PCB (2) ~ (3) 0 or 5 V Change the motor (3) (2) <CO7>

22 8-7 Condenser Fan Error (Er CF) o Checking flow Result & SVC Action 1 Reset the unit and Input Test 1 Mode. (Push the button 1 time) 2 Check the fan rotating. While an error code is displayed, the fan is not working. Status o windy Windy SVC Action Check motor Go to the 4 3 Check the Fan motor and surrounding. Rotate fan using your hand. It feel sticky, change the motor. 4 Check the Fan motor voltage. Result SVC Action (1) (1) ~ (2) Below 9 V Change the PCB (2) ~ (3) 0 or 5 V Change the motor (3) (2) <CO7>

23 8-8 Communication Error (Er CO) o Checking flow Result & SVC Action 1 Check the loose connection. 2 Check the Orange to White/Black. Result SVC Action 12 V Go to the 3 CO101 <Display> <CO101> Other Check the Hinge (loose connection) Change the Main PCB 3 Check the Orange to Brown. CO101 Result 0 V or 5 V Other SVC Action Change the Display PCB Go to the 4 <Display> <CO101> 4 Check the Orange to Red. CO101 Result 0 V or 5 V Other SVC Action Change the Main PCB Go to the 5 <Display> <CO101> 5 Check the Orange to Brown. Result SVC Action 0 V or 5 V Change the Display PCB Other Go to the 6 <CO5> 6 Check the Orange to Red. Result SVC Action 0 V or 5 V Change the Main PCB Other Explain to customer <CO5>

24 9. Troubleshooting Without Error Display 9-1 Freezer room AC Bulb Lamp doesn t work o Checking flow Result & SVC Action 1 Check the Freezer door switch. If feel sticky, Change the door s/w. 2 Check the door S/W resistance. Status Result SVC Action 0 Go to the 3 ormal Infinity Change door S/W Push Infinity Go to the 3 S/W 0 Change door S/W 3 Check the ellow Blue to Sky blue. Status Result SVC Action Closed 5 V Go to the 4 Other Change the Door S/W Open 0 V Other Go to the 4 Change the Door S/W <CO7> 4 Check the Blue to Black. Status Result SVC Action Closed 0 ~ 2 V Explain to customer Other Change the Main PCB Open 115 V Other Change the F Lampe Change the PCB <CO3>

25 9-2 Refrigerator room lamp doesn t work o Checking flow Result & SVC Action 1 Check the Refrigerator door switch. If feel sticky, Change the door s/w. 2 Check the door S/W resistance. Status Result SVC Action 0 Go to the 3 ormal Infinity Change door S/W Push Infinity Go to the 3 S/W 0 Change door S/W 3 Check the Black to Gray White. Status Result SVC Action 12 V Go to the 4 ormal Other Change the PCB <CO7> 4 Check the Red to Black. Status Result SVC Action 12 V Go to the 5 ormal Other Change the LED Lamp 5 Check the Black to White. Status Result SVC Action Closed 0 ~ 2 V Explain to customer Other Change the Door S/W Open 12 V Other Explain to customer Change the LED Lamp

26 9-3 Poor cooling in Fresh food section o Checking flow Result & SVC Action 1 Check the sensor resistance. (1) To (2) Result <CO7> 23 F / -5 C 32 F / 0 C 38.5 ~ ~ F / 5 C 24.5 ~ F / 10 C 20 ~ 19 The sensor is determined by the temperature. For example, 30 indicates 32 F. 59 F / 15 C 16 ~ Reset the unit and Input Test 1 Mode. (Push the button 1 time) 3 Open the fresh food door and Check the air flow. Status Windy o windy SVC Action Go to the 4 Check the R Fan motor Check the damper (Go to the 6) 4 Check the air temperature. Cold or not? Status Cold ot cold SVC Action Explain to customer Check the Compressor And sealed system

27 o Checking flow Result & SVC Action 5 Damper checking method. Inputting TEST Mode, Check the damper and PCB. Test Mode 1 Mode 2 Mode Damper State Open Closed SVC Action Damper is normal. (Explain to customer) 1,2 mode ot working Change the damper (3) (1) (2) (4) Test Point Result SVC Action (1) to (2) (3) to (4) 270 ~ ~ 330 It s normal It s normal Other Other Change damper Change damper 6 Check the Fan motor. Rotate fan using your hand. It feel sticky, change the motor. (Cause of ice or rust inside of motor) Point Result SVC Action Motor Sticky Change the motor 7 Check the F Fan motor voltage. (1) Point Result SVC Action (1) ~ (2) Below 12 V Change the PCB (2) ~ (3) 0 or 5 V Change the motor (3) (2) <CO7>

28 9-4 Poor cooling in Freezer compratment o Checking flow Result & SVC Action 1 Check the sensor resistance. (1) To (2) Result -22 F / -30 C 40.5 ~ 38.5 <CO7> -13 F / -25 C -4 F / -20 C 30.5 ~ ~ F / -15 C 17.5 ~ 16.5 The sensor is determined by the temperature. For example, 23 indicates -4 F. 14 F / -10 C 23 F / -5 C 32 F / 0 C 13.5 ~ ~ ~7.5 2 Reset the unit and Input Test 1 Mode. (Push the button 1 time) 3 Open the freezer door and Check the air flow. Status Windy o windy SVC Action Go to the 4 Check the F Fan motor 4 Check the air temperature. Cold or not? Status Cold ot cold SVC Action Explain to customer Check the Compressor And sealed system

29 9-5 Over cooling in Fresh food compartment o Checking flow Result & SVC Action 1 Check the sensor resistance. (1) To (2) Result 23 F / -5 C 38.5 ~ F / 0 C 30.5 ~ F / 5 C 24.5 ~ F / 10 C 20 ~ 19 The sensor is determined by the temperature. For example, 30 indicates 32 F. 59 F / 15 C 16 ~ Reset the unit and Input Test 1 Mode. (Push the button 1 time) 3 Open the refrigerator door and Check the air flow. Status Windy o windy SVC Action Go to the 4 Check the R Fan Check the damper (Go to the 5) 4 Input Test 2 Mode and Check the air flow. (Push the button 1 time) Status Windy o windy SVC Action Go to the 5 It s normal 5 Check the damper resistance. (3) (1) (2) (4) Test Point Result SVC Action (1) to (2) (3) to (4) 270 ~ ~330 It s normal It s normal Other Other Change damper Change damper

30 10. Reference 10-1 TEST MODE and Removing TPA 1. How to make TEST MODE If you push the test button on the Main PCB, the refrigerator will be enter the TEST MODE. * 1 time : Comp / Damper / All FA on (All things displayed) * 2 times : Damper closed (22 22 displayed) * 3 times : Forced defrost mode (33 33 displayed) Main PWB 2. How to remove Terminal Position Assurance (TPA) <AC TPA> <DC TPA>? After measure the values, you should put in the TPA again

31 10-2 TEMPERATRUE CHART - FRZ AD ICIG SESOR TEMP -39 F (-40 C) -30 F (-35 C) -21 F (-30 C) -13 F (-25 C) -4 F (-20 C) 5 F (-15 C) 14 F (-10 C) RESISTACE VOLTAGE 4.09 V 3.84 V 3.55 V 3.23 V 2.89 V 2.56 V 2.23 V 23 F (-5 C) V 32 F (0 C) V 41 F (5 C) V 50 F (10 C) V 59 F (15 C) V 68 F (20 C) V 77 F (25 C) 86 F (30 C) 95 F (35 C) 104 F (40 C) V 0.56 V 0.47 V 0.39 V

32 10-3 TEMPERATRUE CHART - REF AD DEF SESOR TEMP -39 F (-40 C) -30 F (-35 C) -21 F (-30 C) -13 F (-25 C) -4 F (-20 C) 5 F (-15 C) 14 F (-10 C) RESISTACE VOLTAGE 4.48 V 4.33 V 4.16 V 3.95 V V V 3.22 V 23 F (-5 C) V 32 F (0 C) V 41 F (5 C) V 50 F (10 C) V 59 F (15 C) V 68 F (20 C) V 77 F (25 C) 86 F (30 C) 95 F (35 C) 104 F (40 C) V 1.27 V 1.10 V 0.96 V

33 10-4 How to check the Fan-Error (1) EBR After sending a signal to the fan, the MICOM checks the BLDC fan motor s lock status. If there is no feedback signal from the BLDC fan, the fan motor stops for 10 seconds and then is powered again for 15 seconds. To determine that there is a fan motor malfunction, this process is repeated 3 times. If the fan motor is determined to be defective, the error code will be shown in the display for 30 minutes. At this point, the process will be repeated until the fan motor operates normally. If normal operation is achieved, the error display is erased and the MICOM is reset automatically. o signal Error Display 15s 15s 15s ormal drive 10s 10s o signal Repeat 20s 15s 15s 20s Pause 30min 10s 10s Pause 30min 10s

34 11. COMPOET TESTIG IFORMATIO 11-1 Defrost Controller Assembly Function - Controller assembly is consist of 2 kinds of part those are fuse-m and sensor. we can decide part is defect or not when we check the resistance. - Fuse-m can cut off the source when defrost heater operate the unusual high temperature. - Sensor give temperature information to Micom How to Measure (Fuse-M) (1) to (2) Set a ohmmeter to the 2 housing pin. Measure the 2 pin connected to Fuse-M. If the ohmmeter indicate below 0.1ohm fuse-m is a good condition, But infinitely great ohm Fuse-M is disconnection How to Measure (Sensor) (1) to (2) Set a ohmmeter to The 2housing pin. Measure the 2 pin connected to Sensor. If the ohmmeter indicate 11 (at room temperature) Sensor is not a defect. When check the ohm at other temperature Check the sensor manual. Standard Fuse-M (at all temperature) Test Point Ressult (1) to (2) 0 ~ 0.1? Sensor (at room temperature) Test Point Ressult (1) to (2) 11?

35 11-2 Sheath Heater Function Sheath heater is a part for defrost. All heating wire is connected to only one line. So we can decide part is defect or not when we check the resistance. How to Measure (1) (2) Set a ohmmeter connect to The 2 housing pin. Measure the 2 pin connected to Sheath Heater. If the ohmmeter indicate (V øv)/watt=r is good condition, ex) when watt=350w, voltage=115v R=(115 ø115)/350=38? But the ohmmeter indicate infinitely great Sheath heater is disconnection Standard Sheath heater (at all temperature) Test Point Ressult (1) to (2) 34 ~ 42?

36 11-3 Door Heater Assembly Function The heater is designed to prevent the raising dew from door. How to Measure Standard Test Point (1) to (2) Ressult 2.3 ~ 2.9?

37 11-4 Door Switch Function The switch sense if the door open or close. - When the door open, lamp on. - When the door open, the switch give information to Micom. When the door open, internal contact operate on and off moving plunger of door switch up and down. How to Measure <Switch, Freezer> <Switch, Refrigerator> Button (Plunger) Beep Beep Check the resistance between connectors 1, 2 and 3, 4.It means check whether or not applying an electric current. If there is resistance, it means the switch not inferiority Standard Multimeter beep Switch F,R omal Push the button(plunger) Beep or 0? one (? )

38 11-7 Damper Function The damper supplies the cold air at freezer room to chillroom by using the damper s plate. Chillroom is colder than before when damper s plate is open. When damper s plate is close, chillroom s temperature will rise. How to Measure < Damper Circuit > 1 Blue 1 Blue 2 Red 3 White 3 White 3 ellow Check the 1, 3 < extension > Check the, 2 4 Check the, 1 3 Check the resistance between connectors 1,3 and 2,4.It means check whether or not applying an electric current. If there is resistance, it means the damper not inferiority Standard Damper Test Points Red and ellow Result 373 ~ 456? Test Points Blue and White Result 373 ~ 456?

39 11-8 Lamp Socket Function The lamp socket connect cover lamp assembly to lamp. The lamp socket fix lamp and unite lamp and cover lamp assembly. The lamp socket supply electric source to lamp also. How to Measure (1) (2) (3) (4) Check the resistance between connector of housing and connector of lamp socket. It means check whether or not applying an electric current. If there is resistance it means the lamp socket is not inferiority. Standard Test Points (1) to (2) and (3) to (4) Result 0?

40 12. TROUBLESHOOTIG PCB Check (Simplify) Protection Logic TEST 1 Mode A-inverter Power Off Con202 Time>30sec Power On Disconnect & V 200 PCB OK Replace Driver PCB Check Voltage about 200V past 30second after turn on Test Mode Comp Ref. FC75(A-Inverter) TEST1 Forced Starting TDC (Full Stroke) Display & sound Display O, Buzz 1 time Refer Troubleshooting ot Cooling Recheck Reset LED Blink? LED blink 1 LED blink 7 LED blink 5 Reset Reset Reset LED blink 1 LED blink 7 LED blink 5 Heavy Repair Comp. Check? Comp. Work? Leakage? Comp. Check? Recheck Replace Driver PCB Replace Driver PCB Replace Comp. LED blink2 Reset LED blink2 Comp. Work? Harness Check? Fix Harness Comp. Check? Heavy Repair Refrigerant leak? Recheck Check C LED blink6 Reset LED blink6 Heavy Repair Comp. Work? Leakage? Comp. Check? Recheck Heavy Repair Comp. Work? Refrigerant leak? IPM output > 80V-20% Recheck Comp. Check? Replace Driver PCB

41 IPM Output check - Measure the voltage between the POWER and COMM pins of the connector as shown below. Check to make sure compressor is receiving voltage from IPM A-Inverter Multi Tester - In order to determine whether the compressor is operating normally, check the output voltage during the refrigeration cycle. - After initial power-up, when the compressor begins to operate, wait 10 minutes before checking. - The compressor is operating normally if the voltage is greater than 80V

42 12-2 Check B B2. LED blinks two times, then repeats (Stroke Trip: A & E Inverters) Protection Logic Blink Blink OFF Blink Blink OFF - Purpose: Prevent abnormally long piston strokes. - Case 1. If compressor doesn t work and LED blinks - Cause: Possibly harness from compressor to PCB might be defective. - Case 2. If compressor works intermittently and LED blinks - Cause: Condenser Fan or Freezer Fan is not running. Sealed system problem such as moisture restriction, restriction at capillary tube or refrigerant leak. - Logic: Compressor is forced to off and then tries to restart after 1 minute. Protection logic Check B Blink 2 times (Stroke Trip) Check B2 Fix Harness Compressor Doesn t work Harness Connecting Check C Fix Cycle Replace Driver PCB G OK Cycle Check E Repeat Check Procedure Compressor Works Intermittently Stroke Trip Occur? Reset Power Capacitor Spec. Check C Compressor Damage Check C Replace Capacitor Replace Compressor

43 B3. LED blinks five times, then repeats (Locked Piston: A & E Inverters) Protection Logic Blink Blink Blink Blink Blink OFF - Purpose: To detect locked piston - Cause: Lack of oil to the cylinder, cylinder or piston damaged and or restricted discharge. A Locked Piston can also be caused by foreign materials inside the compressor. - Logic: Compressor is forced off and tries to restart within 2.5 minutes. Protection logic Check B Blink 5 times (Lock Piston Trip) Check B3 Replace Compressor Compressor Doesn t work Reset Power Compressor Doesn t work Hi side restriction Repeat Check Procedure Sealed system Repair B4. LED blinks six times, then repeats (Current Trip: A & E-Inverters) Protection Logic Blink Blink Blink Blink Blink Blink OFF - Purpose: Prevent over-current (overload protect) - Cause: Ambient temperature is high (over 43 C) and/or refrigerator s condenser air movement is restricted. - Condenser Fan is stopped, restricted discharge line, compressor is damaged, or IPM device is defective. - Logic: Compressor is forced off and tries to restart after 2.5 minutes. Protection logic Check B Blink 6 time (Current Trip) Check B4 Compressor Intermittently works Capacitor Spec. Check C2 G Replace Capacitor Replace Driver PCB G IPM Check B5 Fix Cycle Cycle Check E Repeat Check Procedure Current trip Occur? Reset Power Compressor Damage Check C3 G Replace Compressor

44 B5. LED blinks seven times, then repeats (IPM Fault: A & E Inverters) Protection Logic Blink Blink Blink Blink Blink Blink Blink OFF - Purpose: Prevent high current due to IPM Short - Cause: Damaged IPM (Dead Short) - Test for a dead short at Point A with a VOM. - Logic: Compressor is forced off and tries to restart in 2.5 minutes. Protection logic Check B Blink 7 times (Lock Piston Trip) Check B5 A Compressor Doesn t work Power Reset Check IPM visual inspection (turn off) Modify Compressor Damage Check C3 Short Test Point A G Replace Drive PCB Repeat Check Procedure Replace Compressor

45 12-3 Check C C1. Harness Connection Check C2. Capacitor Specifications C3. Compressor Check Check Process - Step 1. Power off. Step 2. Check capacitor spec. (table1). Step3. Check resistance of point A Step 4. Check wire harness (IF ohm). Step 5. Check resistance at point B. Step 6. Point D. Power off Check Capacitor Spec. Resistance at Point A 6~8ohm Check wiring to compressor Harness Connecting OK Resistance at Point B 6~8ohm Resistance at Point D 6~8ohm Replace Compressor Check Compressor terminals Harness Problem Problem A~B Problem B~D Caution : Turn off power during check C - Measure the resistance at each point except point C FC150AMA - Dead short check: measure the resistance between power line in compressor and earth ground in refrigerator (Inf. Ohm) Multi Tester Multi Tester A B D Po: Power Co: Common /C: Open Terminal C Capacitor Spec. 450V, 18ìF± 5% Resistence * Because of ambient temperature or operating situations, the values shown can have a slight deviation. Multi Tester Multi Tester

46 12-4 Check D D1. Activate Protection logic Cycle check with protection logic - We have to check Condenser fan and Freezer fan before performing Check D - Locked Piston, Current trip and stroke trip can be activated by other problems then the driver or compressor. High Pressure Side Restricted When process line on compressor is opened, and refrigerant is not expelled because it has accumulated in condenser. If fault is corrected after refrigerant is recaptured from sealed system, change dryer. Locked piston Low Side Restriction Low side restriction can cause a stroke trip. If fault is corrected after refrigerant is recaptured, perform a sealed system evacuation and dryer replacement. Stroke trip Over charging Refrigerant Check Suction line If refrigerant is overcharged and suction line temperature is lower than ambient temperature (about 5~10 degrees) or frost is present 150mm from where the suction line enters the compressor.. Current trip Low side Refrigeration leak Temp. of compressor and discharge line is normal to slightly higher. High side pressure is normal to slightly higher than normal conditions. This is because condenser cannot condense the air that is trapped in the condenser. The high side pressure and temperature will not mimic the low side pressures and temperatures. Refrigerant leak Customer complains of longer run times and poor cooling performance. Lack of refrigerant can, in some incidents, cause piston over travel. Pressure of refrigerant cycle is usually higher than ambient pressure, therefore oil will flow out with the refrigerant at leak point. D2. sealed system diagnosis - Check as follows; Sealed system Check for Oil leaks In machine compartment o Check for oil Remaining in drip tray o Check Temp of Discharge line and Condenser o Is there frost on Suction Line? o es es es Repair leak at point where Oil is present. Check for Oil leakage at each joint of the Evaporator A o A In/Out Leakage Evaporator Leakage Check frost status Of Evaporator A Frost only Evaporator inlet Replace Evaporator A Heat Inlet tubing using heat gun. Welding point 1. Comp process stub, 2. Comp discharge 3. Hot Line inlet 4. Drier inlet 5. Drier outlet 6. Evaporator inlet 7. Evaporator outlet 8. suction pipe Comp,Cond T > Ambient temp+5deg es Sealed System is OK Is frost pattern uniform? es Sealed System is OK Is frost patern Uniform? OK es o A A Heavy repair

47 o LED operating condition Cause Service guideline 1 LED two - time repetiton (Stroke Trip) on - on - off - on - on - off - on - on - off repeating PCB Parts defect or Compress or Connector miss connecting (Piston over run) 1. Please check, Whether connector of compressor is attached rightly or not. after power off 2. After the first action, ou check on normal operation of compressor. 3. If the same symptom arises after the second action, replace PCB 2 LED five - time repetiton (Piston Lock Trip) on - on - on - on - on - off - on - on - on - on - on - off repeating Piston constraint 1. After resetting power, check if it is running normal 2. If the same symptom arises after the first action 3. If the same symptom arises after the second action, replace compressor 3 LED six - time repetiton (Current Trip) on - on - on - on - on - on - off - on - on - on - on - on - on - off repeating Circuit over current error Or cycle error 1. After resetting power, check if it is running normal 2. If the same symptom arises after the first action 3. If the same symptom arises after the second action, replace compressor LED seven- time repetiton (IPM Fault Trip) 4 on - on - on - on - on - on - on - off - on - on -on - on - on - on- on - off repeating PCB parts defect (IPM) 1. After resetting power, check if it is running normal 2. If the same symptom arises after the first action, replace PCB

48 12-5 SERVICE DIAGOSIS CHART COMPLAIT POITS TO BE CHECKED REMED o Cooling. Cools poorly. Food in the Refrigerator is frozen. Condensation or ice forms inside the unit. Condensation forms in the Exterior Case. There is abnormal noise. Door does not close well. Ice and foods smell unpleasant. Other possible problems: Is the power cord unplugged from the outlet? Check if the power switch is set to OFF. Check if the fuse of the power switch is shorted. Measure the voltage of the power outlet. Check if the unit is placed too close to the wall. Check if the unit is placed too close to the stove, gas cooker, or in direct sunlight. Is the ambient temperature too high or the room door closed? Check if food put in the refrigerator is hot. Did you open the door of the unit too often or check if the door is sealed properly? Check if the Control is set to Warm position. Is food placed in the cooling air outlet? Check if the control is set to colder position. Is the ambient temperature below 41 F(5 C)? Is liquid food sealed? Check if food put in the refrigerator is hot. Did you open the door of the unit too often or check if the door is sealed properly? Check if the ambient temperature and humidity of the surrounding air are high. Is there a gap in the door gasket? Is the unit positioned in a firm and even place? Are any unnecessary objects placed in the back side of the unit? Check if the Drip Tray is not firmly fixed. Check if the cover of the compressor enclosure in the lower front side is taken out. Check if the door gasket is dirty with an item like juice. Is the refrigerator level? Is there too much food in the refrigerator? Check if the inside of the unit is dirty. Are foods with a strong odor unwrapped? The unit smells of plastic. Plug into the outlet. Set the switch to O. Replace the fuse. If the voltage is low, correct the wiring. Place the unit about 4 inches (10 cm) from the wall. Place the unit away from these heat sources. Lower the ambient temperature. Put in foods after they have cooled down. Don't open the door too often and close it firmly. Set the control to Recommended position. Place foods in the high-temperature section. (front part) Set the control to Recommended position. Set the control to Warm position. Seal liquid foods with wrap. Put in foods after they have cooled down. Don't open the door too often and close it firmly. Wipe moisture with a dry cloth. It will disappear in low temperature and humidity. Fill up the gap. Adjust the Leveling Screw, and position the refrigerator in a firm place. Remove the objects. Fix the Drip Tray firmly in the original position. Place the cover in its original position. Clean the door gasket. Position in a firm place and level the Leveling Screw. Make sure food stored in shelves does not prevent the door from closing. Clean the inside of the unit. Wrap foods that have a strong odor. ew products smell of plastic, but this will go away after 1-2 weeks. Check if frost forms in the freezer. ot defrosting Check Components of the defrosting circuit. Check the refrigeration system. The system is faulty. Perform sealed system repair. Check the Thermistor. The operation of the Thermistor is incorrect Replace the Thermistor.

49 12-6 REFRIGERATIO CCLE Troubleshooting Chart CAUSE STATE OF THE UIT STATE OF THE EVAPORATOR TEMPERATURE OF THE COMPRESSOR REMARKS LEAKAGE PARTIAL LEAKAGE COMPLETE LEAKAGE Freezer compartment and Refrigerator don't cool normally. Freezer compartment and Refrigerator don't cool normally. Low flowing sound of Refrigerant is heard and frost forms in inlet only. Flowing sound of refrigerant is not heard and frost isn't formed. A little higher than ambient temperature. Equal to ambient temperature. Refrigerant level is low due to a leak. ormal cooling is possible by restoring the normal amount of refrigerant and repairing the leak. o discharging of Refrigerant. ormal cooling is possible by restoring the normal amount of refrigerant and repairing the leak. CLOGGED B DUST PARTIAL CLOG WHOLE CLOG Freezer compartment and Refrigerator don't cool normally. Freezer compartment and Refrigerator don't cool. Flowing sound of refrigerant is heard and frost forms in inlet only. Flowing sound of refrigerant is not heard and frost isn't formed. A little higher than ambient temperature. Equal to ambient temperature. ormal discharging of the refrigerant. The capillary tube is faulty. ormal discharging of the Refrigerant. MOISTURE CLOG Cooling operation stops periodically. Flowing sound of refrigerant is not heard and frost melts. Lower than ambient temperature. Cooling operation restarts when heating the inlet of the capillary tube. DEFECTIVE COMPRESSIO COMP- RESSIO O COMP- RESSIO Freezer and Refrigerator don't cool. o compressing operation. Low flowing sound of refrigerant is heard and frost forms in inlet only. Flowing sound of refrigerant is not heard and there is no frost. A little higher than ambient temperature. Equal to ambient temperature. Low pressure at high side of compressor due to low refrigerant level. o pressure in the high pressure part of the compressor Cleaning There is no need for routine condenser cleaning in normal Home operating environments. If the environment is particularly greasy or dusty, or there is significant pet traffic in the home, the condenser should be cleaned every 2 to 3 months to ensure maximum efficiency. If you need to clean the condenser: Remove the mechanical cover. Use a vacuum cleaner with a soft brush to clean the grille, the open areas behind the grille and the front surface area of the condenser. Replace the mechanical cover

50 SEALED SSTEM DIAGOSIS ot Cooling Complaint All components operating, o airflow problems, ot frosted up as a defrost problem problem has been isolated to sealed system area Partial Frost Pattern? one Very Fast Equalization Test Very Slow Very Slow Equalization Test Fast Very Fast Inefficient Compressor Partial Restriction Complete Restriction Condenser Temperature Hotter than ormal Faint Cap Tube Sound Room Temperature one to Weak Trace of Oil Air/Low Side Leak es Loss of Change Compressor ot Pumping o Leak Undercharge (The equalization test is trying to restart a compressor using a start kit after it has been operating.)

51 13. ICE MAKER AD DISPESER WORKIG PRICIPLES AD REPAIR 13-1 Working Principles Ice Maker Working Principles Power Input Initial Control Level Ice Maker Cube Mould for Initial Control after power is input. Ice Making Control Wait until the water in the cube mould is frozen after ice maker starts operation. Ice Ejection Control Check ice bucket is full of ice by rotating ice ejection motor in normal and reverse direction and eject ice into the ice bucket if ice bucket is not full. Water Supply Control Conduct Ice Making Control after supplying water into the ice maker cube mould by operating water valve. Test Control This is for refrigerator assembly line and service. When ice making test switch is pressed, it operates in the following steps: initial ice ejection water supply control steps. 1. Turning the Icemaker stop switch off (O) stops the Icemaking function. 2. Setting the Icemaker switch to OFF and then turning it back on will reset the Icemaker control. Automatic Shut off Arm Power Switch

52 13-2 Function of Ice Maker Initial Control Function 1. When power is initially applied or reapplied after power cut, it detects level of ice maker cube mould after completion of MICOM initialization. The detecting lever moves up and down. 2. The level of ice maker cube mould is judged by output signal, high and low signal, of Hall IC. Make the cube mould to be horizontal by rotating ice ejection motor in normal or reverse direction. 3. If there is no change in signals one minute after the geared motor starts to operate, it stops icemaker operation and check the signal every hour. It resets initialization of icemaker when it becomes normal. 4. It judges that the initial control is completed when it judges the ice maker cube mould is horizontal. 5. Ice ejection conducts for 1 cycle irrespect of ice in the ice bucket when power is initially applied Water Supply Control Function 1. This is to supply water into the ice maker cube mould by operating water valve in the machine room when ice ejection control is completed and ice maker mould is even. 2. The quantity of water supplied is determined by DIP switch and time. <Water Supply Quantity Table> o DIP SWITCH SETTIG S1 S2 WATER SUPPL TIME REMARKS * The quantity of water supplied depends on DIP switch setting conditions and water pressure as it is a direct tap water connection type. (the water supplied is generally 60 cc to 100 cc) OFF OFF O OFF OFF O 9 SEC 8 SEC 10 SEC 4 O O 11 SEC * DIP switch is on the main PCB. 3. If water supply quantity setting is changed while power is on, water supplies for the amended time. If DIP switch is changed during water supply, water shall be supplied for the previous setting time. But it will supply for the amended time from the next supply. 4. When water supply signal is applied to water and ice valves at the same time during water supply, water shall be supplied to water valve. If water supply signal is applied to ice valve during water supply, water shall be supplied to both water and ice valves Ice Making Control Function 1. Ice making control is carried out from the completion of water supply to the completion of ice making in the cube mould. Ice making sensor detects the temperature of cube mould and completes ice making. (ice making sensor is fixed below ice maker cube mould) 2. Ice making control starts after completion of water supply control or initial control. 3. At first, It is judged that ice making is completed when ice making sensor temperature reaches at -8 C after 70 minutes when water is supplied to ice maker cube mould. 4. Finally, It is judged that ice making is completed when ice maker sensor temperature reaches below -8 C after 10 minutes in condition

53 Ice Ejection Control Function 1. This is to eject ice from ice maker cube mould after ice making is completed. 2. If Hall IC signal is on within 3.6 seconds after ice ejection motor rotates in normal direction, it does not proceed ice ejection but waits. If the ice bucket is full, ice ejection motor rotates in normal direction in every hour to check the condition of ice bucket. If the ice bucket is not full, the water supply control starts after completion of ice ejection control. If the ice bucket is full, ice ejection motor rotates in reverse direction and sops under ice making or waiting conditions. 3. If ice bucket is not full, ice ejection starts. The cube mould tilts to the maximum and ice is separated from the mould and ice checking lever raises. 4. Ice ejection motor stops for 1 second if Hall IC signal changes from OFF (low) to O (high) after 3.6 seconds when ice ejection motor rotates in normal direction. If there is no change in Hall IC signals within 1 minute after ice ejection motor operates, ice ejection motor stops as ice ejection motor or hall IC is out of order. 5. If ice ejection motor or Hall IC is abnormal, ice ejection motor rotates in normal direction to exercise initial operation. It resets the ice maker if ice ejection motor or Hall IC is normal. 6. The mould stops for 1 second at maximum tilted conditions. 7. The mould returns to horizontal conditions as ice ejection motor rotates in reverse direction. 8. When the mould becomes horizontal, the cycle starts to repeat: Water Supply Ice Making Ice Ejection Mould Returns to Horizontal 9. When freezer door is open, ice ejection don t operating, and after 1minute of Freezer door closing, ejection control function is operated. Maximum tilting point Ice bucket is not full HALL IC OUTPUT SIGALS Ice bucket is not full HALL IC OUTPUT SIGALS ICE CHECKIG AXIS ICE CHECKIG LEVEL 30 Lock Ice making (Original point) Ice Checking Ice Ejection Lock 2 1 sec Horizontal Conditions 9 3 sec 8 3 sec Level Retrun Conditions <Timing Chart During Ice Ejection>

54 Test Function 1. It is to force the operation during operation test, service, and cleaning. The test switch is mounted under the automatic ice maker. The test function starts when the test switch is pressed for more than 0.5 second. 2. Test button does not work during ice ejection and water supply. It works when it is in the horizontal conditions. If mould is full of ice during test function operation, ice ejection control and water supply control do not work. 3. When test switch is pressed for more than 0.5 second in the horizontal conditions, ice ejection starts irrespect of the mould conditions. Water shall be splashed if test switch is pressed before the water in the mould freezes. Water shall be supplied while the mould returns to the horizontal conditions after ice ejection. Therefore the problems of ice ejection, returning to the horizontal conditions, and water supply can be checked by test switch. When test function performs normally, buzzer sounds and water supply shall carry out. Check it for repair if buzzer does not sound. 4. When water supply is completed, the cycle operates normally as follows: Ice making Ice ejection Returning to horizontal conditions Water supply 5. Remove ice from the ice maker cube mould and press test switch when ice maker cube mould is full of ice as ice ejection and water supply control do not work when cube mould is full of ice

55 #EV# 9. EXPLODED VIEW CASE PARTS CAUTIO: Use the part number to order part, not the position number. 103B 503F 409D 281A 409A 103A 402A 158A 282E 280A 271B 402A 501F 271A 120A 282F 145A 120B 411A 501A 282D 304A S38 145B 282B S01 106B 406B B01 301A 401A 105A 262H 128E S01 314A 307A 317A 128F 419B 312A 308A 309A 310A 319B 410G 409C 106A 418A 106A 420A 405B 405B 329C 319C 319A 323B 105G 305B 305C 315A 158E 405F 404A 405C 405A 329A 332C 610C 103C S22 305C 305B S17 105F

56 #EV# FREEZER PARTS Caution: Use the part number to order part, not the position number. 133B 136B 145C 131A 136C 133A 145F 132P 136A 237A 136D

57 #EV# REFRIGERATOR PARTS Caution: Use the part number to order part, not the position number. 140E 140E 141A 141A 140D 141B 140D 141B 140E 140E 141A 141A 140D 141B 140D 141B

58 #EV# REFRIGERATOR PARTS (PATR) Caution: Use the part number to order part, not the position number. 167B 154A 145J 151B 145G 151A 145H 154B 128B 170A 128A

59 #EV# DOOR PARTS CAUTIO: Use the part number to order part, not the position number. 241F 230B 104E 230A 231B 233B 233A 231A 241C 212G 233J 241C 212K 241C 212K 241C 244A 212J 241E 212J 244A 241E 212K 212K 243C 243D 262C 262E 243A 262C 243B 250A 250B 250C 200A 201A 249E 250B 212J 212J 212A 621B 203A 249F 621C