Owner's Manual
Page 3
......51 9. SPECIFICATIONS ...4 2. DISASSEMBLY ...6 1. HOW TO DISASSEMBLY AND ASSEMBLY 11 1. Handle Removal...12 3. Ice maker Assembly...14 6. Disassemble of fan Motor 17 9. Ice maker Troubleshooting 49 4. PARTS IDENTIFICATION ...5 3. Door Alignment...6 2. How to ice maker 9 4. Water Valve Tubes Assembly Method 16 8. Disassemble of Tray Drip 18 10. Function on Icemaker...46 3. ICEMAKER AND...
......51 9. SPECIFICATIONS ...4 2. DISASSEMBLY ...6 1. HOW TO DISASSEMBLY AND ASSEMBLY 11 1. Handle Removal...12 3. Ice maker Assembly...14 6. Disassemble of fan Motor 17 9. Ice maker Troubleshooting 49 4. PARTS IDENTIFICATION ...5 3. Door Alignment...6 2. How to ice maker 9 4. Water Valve Tubes Assembly Method 16 8. Disassemble of Tray Drip 18 10. Function on Icemaker...46 3. ICEMAKER AND...
Owner's Manual
Page 4
... performed by a qualified technician.Sealed system repair must be performed by a CFC certified technician. 6.Prevent water from spiling on to electric elements or the machine parts. - 3 -
... performed by a qualified technician.Sealed system repair must be performed by a CFC certified technician. 6.Prevent water from spiling on to electric elements or the machine parts. - 3 -
Owner's Manual
Page 6
... Rack B Automatic Icemaker The ice is produced in the icemaker and sent to become more familiar with the parts and features. H Refrigerator Lamp I C J K D H L A E A M L F Use this page to the dispenser. L Refrigerator Door Rack M Vegetable Drawer - 5 - PARTS IDENTIFICATION G A H B I Water Filter J Refrigerator Shelf K Snack Pan For storage of dairy products such as butter and cheese...
... Rack B Automatic Icemaker The ice is produced in the icemaker and sent to become more familiar with the parts and features. H Refrigerator Lamp I C J K D H L A E A M L F Use this page to the dispenser. L Refrigerator Door Rack M Vegetable Drawer - 5 - PARTS IDENTIFICATION G A H B I Water Filter J Refrigerator Shelf K Snack Pan For storage of dairy products such as butter and cheese...
Owner's Manual
Page 9
Lift it to the direction , push the right part to the direction k , and take it out while lifting the rear part of foods. • Slide shelf Pull the shelf head towards you , then lift both front and rear while taking ir out . 3 2 1 NOTE: ... it out. - 8 - otherwise it towards you , then take it at a height according to keep shelf horizontal while removing; FREEZER SHELF • Lift the left part of shelf pull it may drop. • Fixed shelf Lightly lift up the front...
Lift it to the direction , push the right part to the direction k , and take it out while lifting the rear part of foods. • Slide shelf Pull the shelf head towards you , then lift both front and rear while taking ir out . 3 2 1 NOTE: ... it out. - 8 - otherwise it towards you , then take it at a height according to keep shelf horizontal while removing; FREEZER SHELF • Lift the left part of shelf pull it may drop. • Fixed shelf Lightly lift up the front...
Owner's Manual
Page 10
... under the icemaker for two seconds as shown in the right figure spilled water and discard it. Feeler Arm Test switch (On the lower part of icemaker) 2 1 * It is acceptable is the adjusted water level is supplied into place easily, twist the drive device slightly. 3) The water is less than...
... under the icemaker for two seconds as shown in the right figure spilled water and discard it. Feeler Arm Test switch (On the lower part of icemaker) 2 1 * It is acceptable is the adjusted water level is supplied into place easily, twist the drive device slightly. 3) The water is less than...
Owner's Manual
Page 12
... the water feed tube while pressing area (Figure 1) as shown in the figure below. • NOTE: If a tube end is deformed or abraded, trim the part away. To remove the right (refrigerator) door: (1) (2) (3) (4) (5) Type 1 (4) (5) (3) Rivet Type 2 1. NOTE: Regardless of hinge lever type, removal process is the same. 4. Place the door, inside...
... the water feed tube while pressing area (Figure 1) as shown in the figure below. • NOTE: If a tube end is deformed or abraded, trim the part away. To remove the right (refrigerator) door: (1) (2) (3) (4) (5) Type 1 (4) (5) (3) Rivet Type 2 1. NOTE: Regardless of hinge lever type, removal process is the same. 4. Place the door, inside...
Owner's Manual
Page 15
...Insulation Sensor Sensor Cover Hook Bracket screw Lever Evaporator - 14 - Disassembly of a lower grille fan: Hold upper part of an upper freezer shroud: Hold lower part, pull forward and disconnect housing A and B. 5. Dispenser Model 1) How to disassemble: (1) Remove ice bin from...icemaker bracket so that it can slide forward. (4) Disconnect icemaker housing and sensor housing. (5) Disconnect icemaker horizontally by pressing bracket hook part. (Don't disassemble further. Loosen one screw with a new one afer sealing well. 1. Check for foam sticking conditions around a ...
...Insulation Sensor Sensor Cover Hook Bracket screw Lever Evaporator - 14 - Disassembly of a lower grille fan: Hold upper part of an upper freezer shroud: Hold lower part, pull forward and disconnect housing A and B. 5. Dispenser Model 1) How to disassemble: (1) Remove ice bin from...icemaker bracket so that it can slide forward. (4) Disconnect icemaker housing and sensor housing. (5) Disconnect icemaker horizontally by pressing bracket hook part. (Don't disassemble further. Loosen one screw with a new one afer sealing well. 1. Check for foam sticking conditions around a ...
Owner's Manual
Page 20
... to disconnect. Motor Assembly Holder Lever Duct Cap Assembly 6) To install the duct cap assembly, insert one side and repeat the process in the top part of the dispenser lever and insert the other side while pulling it forward like shows the picture. Then attach the holder at the solenoid switch...
... to disconnect. Motor Assembly Holder Lever Duct Cap Assembly 6) To install the duct cap assembly, insert one side and repeat the process in the top part of the dispenser lever and insert the other side while pulling it forward like shows the picture. Then attach the holder at the solenoid switch...
Owner's Manual
Page 21
7) Dispenser related parts 5 7 6 8 12 16 11 13 18 10 9 18 14 17 15 1 FRAME ASSEMBLY, DISPLAY 2 COVER, DISPLAY 3 DECO, DISPLAY 4 PCB ASSEMBLY, DISPLAY 5 FRAME FUNNEL ASSEMBLY 6 SWITCH 7 FRAME, FUNNEL 8 LEVER DISPENSER (BUTTON) 9 FUNNEL 10 BUTTON LEVER 11 MOTOR ASSEMBLY 12 SPRING 13 HOLDER LEVEL 14 CAP ASSEMBLY, DUCT 15 CAP, DUCT 16 DISPENSER LEVER, (CAP DUCT) 17 RUBBER, CAP 18 DECO, DRAIN - 20 -
7) Dispenser related parts 5 7 6 8 12 16 11 13 18 10 9 18 14 17 15 1 FRAME ASSEMBLY, DISPLAY 2 COVER, DISPLAY 3 DECO, DISPLAY 4 PCB ASSEMBLY, DISPLAY 5 FRAME FUNNEL ASSEMBLY 6 SWITCH 7 FRAME, FUNNEL 8 LEVER DISPENSER (BUTTON) 9 FUNNEL 10 BUTTON LEVER 11 MOTOR ASSEMBLY 12 SPRING 13 HOLDER LEVEL 14 CAP ASSEMBLY, DUCT 15 CAP, DUCT 16 DISPENSER LEVER, (CAP DUCT) 17 RUBBER, CAP 18 DECO, DRAIN - 20 -
Owner's Manual
Page 26
... time the accumulated COMPRESSOR runnig time is determinated by how often and how long the dorrs are sequentially operated as follows to prevent noise and part damage from TEST MODE to the defect diagnosis function, 8-1-15). 4) Defrosting won 't be performed. Sequential operation of F/R doors closed. INITIAL POWER ON Function When Defrost...
... time the accumulated COMPRESSOR runnig time is determinated by how often and how long the dorrs are sequentially operated as follows to prevent noise and part damage from TEST MODE to the defect diagnosis function, 8-1-15). 4) Defrosting won 't be performed. Sequential operation of F/R doors closed. INITIAL POWER ON Function When Defrost...
Owner's Manual
Page 29
... is placed on the main PCB of refrigerator (test switch), and the test mode will turn OFF. Freezer fan in it again for the failure part at the failure status. 2. Defrost Heater ON 4. Stepping Motor OPEN 5. COMP & C Fan OFF 2. Display fully illuminated 1. In finishing test mode, always pull the power cord...
... is placed on the main PCB of refrigerator (test switch), and the test mode will turn OFF. Freezer fan in it again for the failure part at the failure status. 2. Defrost Heater ON 4. Stepping Motor OPEN 5. COMP & C Fan OFF 2. Display fully illuminated 1. In finishing test mode, always pull the power cord...
Owner's Manual
Page 31
...Power Supply (SMPS). Caution : Since high voltage (160 Vdc) is as follows: Parte VAVA11 VVolttaajgee 11101~01~21727VVac CCEE11 161060VVdcdc CCEE22 1414VVdcdc CCEE33 1212VVdcdc CCEE44 151.55.5VVdcdc CCEE5 5 5 5VVdcdc The part highlighted, are the components of the Switched Mode Power Supply - 30 - Voltage of ...a rectifier (BD1 and CE1) converting AC to dissipate. EXPLANATION FOR PCB CIRCUIT 1-1. It consists of every part is maintained at the power terminal, wait at least 3 minutes after unplugging the appliance to check the voltages to allow the current to ...
...Power Supply (SMPS). Caution : Since high voltage (160 Vdc) is as follows: Parte VAVA11 VVolttaajgee 11101~01~21727VVac CCEE11 161060VVdcdc CCEE22 1414VVdcdc CCEE33 1212VVdcdc CCEE44 151.55.5VVdcdc CCEE5 5 5 5VVdcdc The part highlighted, are the components of the Switched Mode Power Supply - 30 - Voltage of ...a rectifier (BD1 and CE1) converting AC to dissipate. EXPLANATION FOR PCB CIRCUIT 1-1. It consists of every part is maintained at the power terminal, wait at least 3 minutes after unplugging the appliance to check the voltages to allow the current to ...
Owner's Manual
Page 32
During normal operation, the voltage at all. The oscillator (OSC1) must always be replaced with an exact rated part, because if this changes, the time calculations of the MICOM will not operate. A LOW signal applied to the reset terminal for synchronization and time ... 3 1-3. If the reset fails, the MICOM will be restarted from the initial state when power is 5 Vdc. Reset circuit The RESET circuit allows various parts of data and calculations made by the MICOM (IC1). Oscillation circuit The oscillation circuit generates a basic clock signal for 10 ms causes the MICOM to...
During normal operation, the voltage at all. The oscillator (OSC1) must always be replaced with an exact rated part, because if this changes, the time calculations of the MICOM will not operate. A LOW signal applied to the reset terminal for synchronization and time ... 3 1-3. If the reset fails, the MICOM will be restarted from the initial state when power is 5 Vdc. Reset circuit The RESET circuit allows various parts of data and calculations made by the MICOM (IC1). Oscillation circuit The oscillation circuit generates a basic clock signal for 10 ms causes the MICOM to...
Owner's Manual
Page 33
Load/dispenser operation, door opening circuit 1. Load Driving Circuit LOAD MEASURING PART ON STATUS OFF COMPRESSOR + - CON 1 CON 1 PIN 3 PIN 7 REFRIGERATOR LAMP + - CON 2 CON 2 PIN 1 PIN 5 115 ~ 127 VAC 0 VAC AUGER MOTOR SOLENOID CUBE ICE VALVE + - CON 3 ...
Load/dispenser operation, door opening circuit 1. Load Driving Circuit LOAD MEASURING PART ON STATUS OFF COMPRESSOR + - CON 1 CON 1 PIN 3 PIN 7 REFRIGERATOR LAMP + - CON 2 CON 2 PIN 1 PIN 5 115 ~ 127 VAC 0 VAC AUGER MOTOR SOLENOID CUBE ICE VALVE + - CON 3 ...
Owner's Manual
Page 35
DOOR S/W BO, PK PIN 3&4 Measuring Part Door of Freezer / Refrigerator Closing Opening IC1 (MICOM) PIN 39, 40 5 V ( A - D . D . Interruptor en ambos extremos están apagados 0 V ( A - Interruptor en ambos extremos están encendidos) ...
DOOR S/W BO, PK PIN 3&4 Measuring Part Door of Freezer / Refrigerator Closing Opening IC1 (MICOM) PIN 39, 40 5 V ( A - D . D . Interruptor en ambos extremos están apagados 0 V ( A - Interruptor en ambos extremos están encendidos) ...
Owner's Manual
Page 41
... with a digital tester • Resistance of the freezing sensor shall be measured with a digital tester after separating CON7 of the PWB ASSEMBLY and the MAIN part. - 40 - An analog tester has to measure the resistance.
... with a digital tester • Resistance of the freezing sensor shall be measured with a digital tester after separating CON7 of the PWB ASSEMBLY and the MAIN part. - 40 - An analog tester has to measure the resistance.
Owner's Manual
Page 51
..., ice making test switch input detection is the same as the door switch input detection circuit of solenoid valve in the freezer and icemaker driving part of main PWB. Water supply automatically stops when water supply time is supplied to LSC27914** and composed of icemaker unit in the mechanical area by...
..., ice making test switch input detection is the same as the door switch input detection circuit of solenoid valve in the freezer and icemaker driving part of main PWB. Water supply automatically stops when water supply time is supplied to LSC27914** and composed of icemaker unit in the mechanical area by...
Owner's Manual
Page 52
...3 6 1 CS 5 2 P.T.C COMP' ACCESSORIES - 51 - CIRCUIT DIAGRAM CIRCUIT DIAGRAM ICE MAKER UNIT M I/M MOTOR HALL IC I/M TEST S/W S/W ICE MAKER PART STOP S/W I/M SENSOR STEPPING MOTOR R2-SENSOR R1-SENSOR R-DOOR a PERCEPTION S/W b DAMPER-HTR PWB ASSEMBLY, DISPLAY M DUCT MOTOR SB 11 YL 10 BK 9...4 6 * COMP' ACCESSORIES CR BL N BK L OLP C-FAN 52 5 2 2 5 PTC COMBO KIT (PTC+OLP) c F-DOOR d PERCEPTION S/W D-SENSOR F-SENSOR * PLUG TYPE, CAPACITOR PART, P.T.C, FUSE-M AND COMP' ACCESSORIES ON CIRCUIT DIAGRAM ARE SUBJECT TO CHANGE IN DIFFERENT LOCALITIES AND MODEL TYPE. 8.
...3 6 1 CS 5 2 P.T.C COMP' ACCESSORIES - 51 - CIRCUIT DIAGRAM CIRCUIT DIAGRAM ICE MAKER UNIT M I/M MOTOR HALL IC I/M TEST S/W S/W ICE MAKER PART STOP S/W I/M SENSOR STEPPING MOTOR R2-SENSOR R1-SENSOR R-DOOR a PERCEPTION S/W b DAMPER-HTR PWB ASSEMBLY, DISPLAY M DUCT MOTOR SB 11 YL 10 BK 9...4 6 * COMP' ACCESSORIES CR BL N BK L OLP C-FAN 52 5 2 2 5 PTC COMBO KIT (PTC+OLP) c F-DOOR d PERCEPTION S/W D-SENSOR F-SENSOR * PLUG TYPE, CAPACITOR PART, P.T.C, FUSE-M AND COMP' ACCESSORIES ON CIRCUIT DIAGRAM ARE SUBJECT TO CHANGE IN DIFFERENT LOCALITIES AND MODEL TYPE. 8.
Owner's Manual
Page 55
.... - Contact point between heating and electric wire. Dent by a screw or clamp. R=Resistance - Heating wire is not disconnected. Parts leak. Inject through the hole. Damage by fin evaporator. Cap drain is corroded R= V2 P - If wire is cut. ... is cut , refer to resistance. P=Power V=Voltage Wire is weak. Parts Plate disconnected. Heating wire. Adiabatics lump input. Foreign materials penetration. Water penetration. CLAIMS. 3. CAUSES AND CHECK POINTS. 1) Refrigerant Partly leaked. Lead wire. - HOW TO CHECK 2) Poor defrosting capacity. Drain...
.... - Contact point between heating and electric wire. Dent by a screw or clamp. R=Resistance - Heating wire is not disconnected. Parts leak. Inject through the hole. Damage by fin evaporator. Cap drain is corroded R= V2 P - If wire is cut. ... is cut , refer to resistance. P=Power V=Voltage Wire is weak. Parts Plate disconnected. Heating wire. Adiabatics lump input. Foreign materials penetration. Water penetration. CLAIMS. 3. CAUSES AND CHECK POINTS. 1) Refrigerant Partly leaked. Lead wire. - HOW TO CHECK 2) Poor defrosting capacity. Drain...
Owner's Manual
Page 57
... CHECK POINTS. 4) No cooling air circulation. Fan shroud contact. - Accumulated residual frost. Ice and foreign materials on rotating parts. Malfunction of cooling air. - 56 - No contact of sensor. disassembly. Position of temperature controller. - Clearance. Parts misuse. Fan misuse. Not tightly connected. Rating misuse. Bad characteristics of temperature - Failed sensor. - characteristics. 9) Food storing...
... CHECK POINTS. 4) No cooling air circulation. Fan shroud contact. - Accumulated residual frost. Ice and foreign materials on rotating parts. Malfunction of cooling air. - 56 - No contact of sensor. disassembly. Position of temperature controller. - Clearance. Parts misuse. Fan misuse. Not tightly connected. Rating misuse. Bad characteristics of temperature - Failed sensor. - characteristics. 9) Food storing...