134374100bTS_WD_CVR Kenmore Washer Tech Data Sheet 417.44052400
Kenmore Washer Tech Data Sheet 417.44092500 Kenmore Washer Tech Data Sheet 417.44092500 Kenmore Washer Tech Data Sheet 417.44092500 Kenmore applianceservicesecretsmembership.com_manuals
Kenmore - Frigidaire Washer Tech Data Sheet 417.44152400 Kenmore - Frigidaire Washer Tech Data Sheet 417.44152400 Kenmore - Frigidaire Washer Tech Data Sheet 417.44152400 Kenmore applianceservicesecretsmembership.com_manuals
Kenmore - Frigidaire Washer Tech Sheet 417.44152400 Kenmore - Frigidaire Washer Tech Sheet 417.44152400 Kenmore - Frigidaire Washer Tech Sheet 417.44152400 Kenmore applianceservicesecretsmembership.com_manuals
Kenmore - Frigidaire Washer Tech Data Sheet 417.44082400 Kenmore - Frigidaire Washer Tech Data Sheet 417.44082400 Kenmore - Frigidaire Washer Tech Data Sheet 417.44082400 Kenmore applianceservicesecretsmembership.com_manuals
Kenmore - Frigidaire Washer Tech Sheet 417.44052401 Kenmore - Frigidaire Washer Tech Sheet 417.44052401 Kenmore - Frigidaire Washer Tech Sheet 417.44052401 Kenmore applianceservicesecretsmembership.com_manuals
2013-04-09
: Pdf Kenmore Washer Tech Data Sheet 417.44052400 Kenmore Washer Tech Data Sheet 417.44052400. Kenmore
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Washer Tech Data Sheet This information is intended for Qualified Technicians Only. CAUTION: DISCONNECT ELECTRICAL CURRENT BEFORE SERVICING Please Return This Sheet to its Envelope in the Product for Future Reference Contents Page Error code explanation........................................1-2 Diagnostics ....................................................... ....2 Error Code Chart.............................................. .....3 Tests................................................................ ...4-5 Wiring diagram................................................... 6-7 The electronic controls of the 3.5 I.E.C. Cu. Ft. horizontal axis washers have self diagnostics codes built in that cover most products failures. Model differences: • Better models have a digital readout display • Good models do not have a digital readout display In the Better Models line, the failure codes will appear in the display as an E followed by two numbers, a number and a letter or two letters. The control will beep and the Door Lock, Wash, Rinse, Final Spin and Control indicator lights will flash. Example: E14. To stop the flashing and beeping, the customer may touch the Pause Cancel button. The error code remains stored in the control but once the problem is corrected, it does not effect the operation of the washer. If the failure is something that the customer can correct (such as the water faucets being turned off), the washer will operate normally the next time it is started. In the Good Models line, the control signals the failure code by flashing the five indicator lights of Door Lock, Wash, Rinse, Final Spin and Control for the first number or letter after the E and the Start indicator light for the second number or letter after the E. When a failure occurs, the washer stops or pauses and the control beeps and flashes the five indicator lights to tell the customer that a failure has occurred. To stop the flashing and beeping, the customer may touch the Pause Cancel button. The error code remains stored in the control but once the problem is corrected, it does not effect the operation of the washer. If the failure is something that the customer can correct (such as the water faucets being turned off), the washer will operate normally the next time it is started. To recall an error code, • Wake the machine by pressing any button • Wait 5 seconds • Press and hold the Start and Pause Cancel buttons simultaneously • All LEDs will go blank and after a few seconds the control will signal the stored code using audible beeps and blinking LEDs. The control will repeatedly signal the code, as long as the Start and Pause Cancel buttons are pressed. A two-second pause between repeats affords you the ability to make accurate counts to identify the correct error codes. Please Note the following...... on a small number of washers with serial number prefix XC4, if the previous procedure does not perform as specified, follow the option below: • Follow all previous steps but instead of pressing Start and Pause Cancel buttons, press and hold Options and Pause Cancel buttons. If the washer is a Better Model, the error code will appear in the display. Troubleshoot problem by using charts on the following pages. If the washer is a Good Model, the five indicator lights of Door Lock, Wash, Rinse, Final Spin and Control will flash the number of times for the first digit of the code and the Start indicator light will flash the number of times for the second digit. Take separate counts of each indicator light, then repeat to confirm in order to be accurate in identifying the proper error code. The code is obtained by counting the number of times the lights flash. Example E24: The five indicator lights would flash twice indicating the 2 and the START indicator light will flash four times indicating the 4. The five indicator lights and the START indicator light start flashing at the same time. The control will pause for 2 seconds, then repeat the code as long as the two buttons are pressed and held. Note: A letter appearing in the code stands for a number higher than nine: A = 10 B = 11 C = 12 D = 13 E = 14 F = 15 Example Code F1: the first digit would be 15 and the second digit would be 1. If this code would appear on a washer in the Good model line, the five indicator lights would blink fifteen times and the START indicator light would blink once. Troubleshoot problem by using charts on the following pages. Quick Check If there is no error displayed and the washer momentarily starts then turns back off: 1. Listen for a relay closure inside the motor control shortly after the START key is pressed. If this happens, the motor control has power. 2. Check the 5 pin connector wiring between the console control and the motor control. 1 Examples: Identifying Error Codes on non-digital display models: T h e f o l lo w in g L E D F la s h e s a n d B e e p s s ig n a l E 4 1 ( E r r o r c o d e 4 1 ) D o o r O p e n 1 s t C o d e D ig i t 2 n d C o d e D ig it C O U N T>>>>>> 5 V e r t ic a l L E D F la s h e s S t a r t L E D F la s h e s 1 X X 2 X 3 X 4 X 5 6 7 8 9 A B C D E F A B C D E F T h e f o l lo w in g L E D F la s h e s a n d B e e p s s ig n a l E 1 4 ( E r r o r c o d e 1 4 ) R e e d S w it c h 1 s t C o d e D ig i t 2 n d C o d e D ig it C O U N T>>>>>> 5 V e r t ic a l L E D F la s h e s S t a r t L E D F la s h e s 1 X X 2 3 4 X X X 5 6 7 8 9 T h e f o l lo w in g L E D F la s h e s a n d B e e p s s ig n a l E F 1 ( E r r o r c o d e F 1 ) C lo g g e d P u m p 1 s t C o d e D ig i t 2 n d C o d e D ig it C O U N T>>>>>> 5 V e r t ic a l L E D F la s h e s S t a r t L E D F la s h e s 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1 X X 2 X 3 X 4 X 5 X 6 X 7 X 8 X 9 X A X B X C X D X E X F X Diagnostic Test: The diagnostic test is performed by using the Program Knob. To START THE TEST: • On non-digital display models, turn the Program Knob to start position, Drain/Spin. • On digital display models, turn the Program Knob to start position, Touch Up. (NOTE: If the model has a timer dial that can be rotated 360°, turn the Program Knob to start position, Drain/Spin. • Press Pause Cancel to turn off LEDs. • Within 5 seconds, press and hold the Option and Pause Cancel buttons until LEDs start sequentially chasing, then release buttons. 1. All the LEDs will sequentially light. Pressing a button below a light cluster will light all the LEDs in that cluster at one time to confirm functionality. 2. Turn the program knob (1) click clockwise from the start position. The hot water solenoid will activate and hot water should enter through the detergent compartment. 3. Turn the program knob (2) clicks from the start position. The bleach water solenoid will activate and cold water should enter through the bleach compartment. 4. Turn the program knob (3) clicks from the start position. The bleach and the wash water solenoids will activate and cold water should enter through the softener compartment. 5. Turn the program knob (4) clicks from the start position. The door lock solenoid will activate. 6. Turn the program knob (5) clicks from the start position. The door lock solenoid will deactivate and the loading door can be opened. 7. Turn the program knob (6) clicks from the start position. The washer will fill and tumble. 8. Turn the program knob (7) clicks from the start position. The washer will fill and spin (leakage test). 9. Turn the program knob (8) clicks from the start position. The drain pump and door lock solenoid will activate and the washer will operate in high spin. SAFETY WARNING: If power is removed during this test, the door can be opened. To prevent injury, DO NOT put your hands inside when the tub is rotating. 10. Turn the program knob (9) clicks from the start position. The control will signal the last error code. Exiting Diagnostic Mode There are two options for exiting the Diagnostic Test mode and returning the washer to normal operation: a) Unplug the power cord, wait 5-8 seconds, then reconnect the power cord OR b) Turn the program knob clockwise 2 or 3 clicks after the Start Position. Press Options and Pause Cancel buttons together for a few seconds until wash cycle LEDs appear. If a situation arises where you cannot exit the Diagnostic mode as described above and the bank of 5 LED’s on the right end remain ON regardless of Program Knob position, a combination of pushed buttons may have caused the control to enter a special factory test mode. Disconnect power to reset the control to return washer to normal operation is this occurs. To clear latest stored error code: Place the control into Diagnostic test Mode. • Turn the program knob clockwise 9 clicks from the Start Position. The control will signal the last error code. • Press and hold the Options and Pause Cancel buttons for 3 seconds. The code will be cleared. • Exit Diagnostic Mode to return the washer to normal operation. 2 Error code chart Error code E11 E13 E14 E21 E23 E24 E31 Fault condition E35 E41 E42 E43 E44 E45 E46 E47 E48 E52 E55 E56 E57 E58 E59 E5A Fill time too long. Water leak in tub or air leak in air bell. Reed switch. Water not pumping out fast enough. Drain pump relay on control board failed. Drain pump relay on control board failed. Better models. Pressure sensor not communicating with control board. Better models. Pressure sensor indicates water overfill. Control board thinks the door switch is open. Door remains locked after cycle is completed. Door locking problem. Control board problem. Control board problem. Control board problem. Board thinks the door PTC circuit is open in spin. Board thinks the door PTC circuit is closed. Bad signal from tacho generator. Motor overheating. High motor current. High current on inverter. High current on motor phase. No tacho signal for 3 seconds. High temperature on heat sink. E5B High temperature on heat sink. E5C High temperature on heat sink. E5D E5E E5F E67 E75 E76 E95 EB1 EB2 Communication problem. Communication problem. Communication problem. Input voltage on microprocessor incorrect. Better models only. Water temperature sensor circuit. Better models only. NTC temperature for the cold water valve over the limits. Communication error. Incoming power frequency out of limits. Incoming line voltage above 130 VAC. EB3 Incoming line voltage below 90 VAC. EF1 EF2 Clogged drain pump. Too much soap. EF5 Better models only. NTC temperature for the cold water valve over the limits. 3 Check Refer to test (1). Refer to test (2). Refer to test (3). Refer to test (4). Replace control board. Replace control board. Refer to test (5). Refer to test (6). Refer to test (7). Refer to test (8). Refer to test (9). Replace the control board. Replace the control board. Replace the control board. Refer to test (9). Refer to test (9). Refer to test (10). Refer to test (11). Refer to test (11). Refer to test (11). Refer to test (11). Refer to test (12). Replace the speed control board. Replace the speed control board. Replace the speed control board. Refer to test (13). Refer to test (13). Refer to test (13). Replace the control board. Refer to test (14). Hot and cold water hoses switched. Replace the control board. Refer to test (15). Check voltage at the outlet. If below 130 VAC, replace the control board. Check voltage at the outlet. If above 90 VAC, replace the control board. Unclog the drain pump. Advise customer to reduce the amount of soap they are using. Hot and cold water hoses switched. Test Test Test 1: Check Correction 1. Is the incoming water flow normal? 2. Are the incoming water faucets turned 3. Is the incoming water pressure above (30) psi. 4. Does the fill water continue enter the washer? 5. Remove power from the washer. Did the water fill stop? 6. Good models, check the pressure switch. 7. Better models, replace the pressure sensor. Test 2: 8. Replace the control board. 1. Is the washer leaking water? Yes. Correct water leak. No. Go to step (2) Yes. Correct the air leak problem. No. Go to step (3-4) Defective. Replace the pressure switch. Good. Go to step (5) If this did not correct the problem, go to step 5. 2. Is there an air leak in the air bell system? 3. Good models, check the pressure switch. 4. Better models, replace the pressure sensor. Test 3: 5. Replace the control board. 1. Is the dispenser drawer closed? 2. Remove the drawer and check the magnet. 3. Open the console and check the reed switch. Test 4: 1. Check the drain hose for restrictions. 2. Start the washer and check for 120 VAC at the drain pump. Test 5: Yes. Go to step (4). No. Go to step (2) No. Turn water faucets on. Yes. Go to step (3). No. Have customer correct pressure problem. Yes. Check for kinked or blocked incoming water hoses, clean the incoming water screens. If problem still remains, replace the water inlet valve assembly. Yes. Go to step (5). No. Go to step (6) Yes. Go to step (6) No. Replace the inlet valve assembly. Pressure switch checks good. Go to step (8). Pressure switch checks bad. Replace pressure switch. If this did not correct the problem, go to step 8. Inspect the wiring between the pressure sensor and the control board. 4 No. Close the drawer. Yes. Go to step (2). Magnet missing or defective. Replace the magnet. Magnet good. Go to step (3). Defective. Replace the reed switch. Good. Replace the control board. Restriction. Correct problem. No restriction. Go to step (2). Zero. Replace the control board. 120 VAC. Remove the pump and check for blockage. If blocked, remove the restriction, if not, replace the pump. Defective wiring. Correct wiring. Good wiring. Replace the pressure sensor. If this does not correct the problem, replace the control board. Test Test Test 6: Check Correction 1. Is the water level above 4.5 inches? Yes. Go to step (2). No. Go to step (4). Yes. Go to step (3). No. Replace the control board. No. Replace water valve assembly. Yes. Check wiring to valve assembly for shorts. If wiring is good, replace the control board. Yes. Problem solved. No. Replace the control board. No. Close the door. Yes. Go the step (2). Open. Check the door strike. If good, replace the door switch assembly. Closed. Replace the control board. Yes. Replace the control board. No. Replace the door switch assembly. Note: You may have to break the door strike to do this. 2. Does water enter the washer continuously. 3. Remove power from washer. Does the water stop coming in? Test 7: Test 8: 4. Replace the pressure sensor switch. Did this correct the problem? 1. Is the loading door closed? 2. Disconnect the plug from J2 on the control board and check for continuity between the pins in the plug. 1. Remove power from the washer. Wait one minute. Can you open the door? 1. Remove the door lock assembly and measure the resistance of the PTC. Test 10: 1. Disconnect the plug from the drive motor and measure the resistance pins 4 & 5 in the motor. Shorted or open. Defective door lock assembly. Reads around 1500 Ohms. Defective control board. If the reading is between 105 & 130 Ohms, replace the speed control board. If the meter reads other than between 105 & 130 Ohms, replace the motor. No. Replace the motor. Yes. Go to step (3) No. Check the tub bearings. Yes. Go to step (3) If the readings are correct, replace the speed control board. If the readings are incorrect, replace the motor. Test 9: Test 11: 1. Remove the belt from the motor and spin the motor pulley. Does the motor spin free? 2. Spin the tub pulley. Does the tub spin free? 3. Disconnect the plug from the motor and measure the resistance of the windings (pin 1 to pin 2, pin 1 to pin 3, pin 2 to pin 3). All readings should be between 4 and 6 Ohms. Test 12: 1. Remove the belt from the motor and spin the motor pulley. Does the motor spin free? 2. Spin the tub pulley. Does the tub spin free? No. Replace the motor. Yes. Go to step (3) No. Check the tub bearings. Yes. Go to step (3) If the meter reads other than between 105 & 130 Ohms, replace the motor. If the reading is between 105 & 130 Ohms, Go to step (4) 3. Disconnect the plug from the drive motor and measure the resistance between pins 4 & 5 in the motor. 4. Disconnect the plug from the motor and measure the resistance of the windings (pin 1 to pin 2, pin 1 to pin 3, pin 2 to pin 3). All readings should be between 4 and 6 Ohms. Test 13: 1. Communication problem. Check the wiring between the control board and the speed control board. If the readings are correct, replace the speed control board. If the readings are incorrect, replace the motor. Test 14: 1. Check the resistance of the NTC. Is it around 50K ohms? Test 15: 1. Have the power company check the frequency of the incoming power. If correct, replace the control board. No. Replace the water inlet valve assembly Yes. Replace the control board. Wiring bad. Correct wiring problem. Wiring good. Replace the control board. If the problem is not corrected, replace the speed control board. 5 WARNING ADVERTENCIA POUR TABLEAU DE RÉSISTANCE DES COMPOSANTS COMPONENT RESISTANCE TABLE RESISTANCE @ 77°F (25°C) ELECTRICAL COMPONENT DOOR LOCK SOLENOID 1325 ±10 PUMP MOTOR 12.0 ±7 800 ±7 DISPENSER VALVE SOLENOIDS MOTOR M1 TO M2 5.3 ±7 M2 TO M3 5.3 ±7 M1 TO M3 5.3 ±7 M5 TO M4 118 ±7 TABLA DE RESISTENCIA DE LOS COMPONENTES RÉSISTANCE @ 77°F (25°C) COMPOSANT ÉLECTRIQUE SOLÉNOïDE DU LOQUET DE PORTE RESISTENCIA COMPONENTE ELÉCTRICO @ 77°F (25°C) 1325 ±10 SOLENOIDE DE CIERRE DE LA PUERTA MOTEUR DE POMPE 12.0 ±7 BOMBA DE MOTOR SOLÉNOïDE DU ROBINET DISTRIBUTEUR 800 ±7 SOLENOIDE DE LA VÁLVULA DEL DISTRIBUIDOR MOTEUR PARA REDUCIR EL RIESGO DE CHOQUE ELÉCTRICO, DESENCHUFE ESTE APARATO DE LA ALIMENTACIÓN ELÉCTRICA ANTES DE EFECTUAR EL MANTENIMIENTO. AL GIRAR LOS CONTROLES A LA POSICIÓN UOFFU (APAGADOU) NO SE CORTA LA ALIMENTACIÓN ELÉCTRICA AL ARTEFACTO. RÉDUIRE LE RISQUE DE CHOC ÉLECTRIQUE, DÉBRANCHER CET APPAREIL DE L'ALIMENTATION AVANT DE P ROCÉDER À L'ENTRETIEN. EN TOURNANT LES COMMANDES A LA POSITION UARRÊTU, L'ON NE COUPE PA S L'ALIMENTATION ÉLECTRIQUE DE L'APPAREIL. M1 VERS M2 5.3 ±7 M2 VERS M3 5.3 ±7 M1 VERS M3 5.3 ±7 M5 VERS M4 118 ±7 1325 ±10 12.0 ±7 800 ±7 M1 A M2 5.3 ±7 M2 A M3 MOTOR 5.3 ±7 M1 A M3 5.3 ±7 M5 A M4 118 ±7 SELECT MODELS\MODÈLS DE SELECTEUR\MODELOS DE SELECTOR LEVEL SENSOR CAPTEUR DE NIVEAU SENSORE LLANO J9 BLU\BLEU\AZUL C4.1 WHT\BLANC\BLANCO C4.3 J4 J12 C5.1 C4.4 ROSA/NEGRO 2 1 PUMP POMPE BOMBA OPTION A C4.2 C2.1 J14 J8 C2.2 C2.1 C2.2 C3.1 PURP\VIOL\PÛRP C5.3 C5.5 J2 C2.1 DETERGENT DÉTERGENT DETERGENTE BLEACH JAVÉLLISANT BANQUEADOR O O X X X SANS CHARGE, POSITION DE DÉMARRAGE DU CYCLE POUR 8.90 ±2.54 cm L1 1 BLK\NOIR\NEGRO N INTERRUPTEUR À LAMES SOUPLES DU DISTRIBUTEUR INTERRUPTOR DE LAMINAS FLEXIBLES DEL DISTRIBUIDOR DISPENSER DRAWER REED SWITCH BLK\NOIR\NEGRO GRN\VERT\VERDE CABINET BOÎTIER CAJA 2 TUB PANIER CESTA BRN\BRUN\MARRÓN GROUND SPEED CONTROL RÉGULATEUR DE VITESSE MODÈLS DE SELECTEUR\MODELOS DE SELECTOR) COMMUTATEUR AUXILIAIRE DE LOQUET DE PORTE MISE À LA TERRE PUESTA A TIERRA SIN CARGA, POSICIÓN DE ARRANQUE DEL CICLO PARA TALAS DE PLANCHADO PERMANENTE. REGULADOR DEL VELOCIDAD +T NTC (SELECT MODELS YEL\JAUNE\AMARRILO WIRING CODES INTERRUPTOR AUXILIAR CIERRE DE LA PUERTA CONNECTION NO CONNECTION ORG\ORG\ANARANJ CABINET GROUND 4.1 GRAY\GRIS\GRIS 2.1 RED/BLK ROUGE/NOIR ROJO/NEGRO X ALTURA DEL SOFTENER ADOUCISSEUR WHT\BLANC\BLANCO 3.1 4.2 LOCAL GROUND LOQUET DE PORTE DE CIERRE DE LA PUERTA CODES DE CÂBLAGE 4.4 CONNEXION 3.3 RED/BLK ROUGE/NOIR ROJO/NEGRO WAX MOTOR C2.2 NIVEAU D'EAU 8.90 ±2.54 cm DISPENSER\ DISTRIBUTEUR\ DISTRIBUIDOR VALVE \ ROBINET \ VÁLVULA WASH BLEACH EVENT LAVAGE JAVÉLLISANT EVENEMENT LAVADO BANQUEADOR ACONTECIMIENTO BLK\NOIR\NEGRO PINK\ROSE\ROSA NO LOAD, START POSITION OF PERMANENT PRESS OPTION B BLACK/RED NOIR/ROUGE NEGRO/ROJO DOOR LOCK J3 BLACK/RED NOIR/ROUGE NEGRO/ROJO D'OPTION B\OPCIÓN B BLACK/RED NOIR/ROUGE NEGRO/ROJO RED\ROUGE\ROJO DOOR LOCK AUXILIARY SWITCH C5.1 2 BLACK/RED NOIR/ROUGE NEGRO/ROJO TAN\OCRE\CANELO J7 C3.3 1 ROSA/NEGRO BLACK/RED NOIR/ROUGE NEGRO/ROJO 1 PRESSURE SWITCH INTERRUPT À PRESSION INTERRUPT DE PRESIÓN M TO OPTION A OR B VERS D'OPTION A OU B A OPTION A O B HOT\CHAUD\CALIENTE C4.1 2 CANELO/ NEGRO PUMP POMPE BOMBA WASH\LAVAGE\LAVADO J4 OCRE/ NOIR PINK/BLK ROSE/NOIR C4.4 BLEACH JAVÉLLISANT BANQUEADOR D'OPTION A\OPCIÓN A C4.3 J4 BLACK/RED NOIR/ROUGE NEGRO/ROJO M TAN/ BLACK C3.1 C3.1 PINK/BLK ROSE/NOIR WATER FILL HEIGHT 3.5 ±1 IN. C3.2 C5.3 RED\ROUGE\ROJO C4.4 J12 C5.5 AU CUNE CONNEXION MISE À LA TERRE DE CARROSSERIE CIREZ LE MOTEUR PARAFINE EL MOTOR DOOR SWITC H BLK\NOIR\NEGRO 2.2 MISE À LA TERRE DE LOCAL INTERRUPTEUR DE LA PORTE INTERRUPTOR DE LA PUERTA CODIGO S DEL CABLEADO 4.3 CONEXIÓN C2.1 J1 C2.2 BLU\BLEU\AZUL BLK\NOIR\NEGRO C2.1 RED\ROUGE\ROJO C5.4 J6 C5.3 C5.2 C5.1 BLU\BLEU\AZUL TACHO GENERATOR GRAY\GRIS\GRIS C7.3 M5 C5.3 C5.4 M4 C7.4 C7.5 C7.6 TACHOGENERADOR 1 BRN\BRUN\MARRÓN M3 RED\ROUGE\ROJO M2 ORG\ORG\ANARANJ M1 GÉNÉRATRICE DE TACHYMÉTRE X C5.5 J3 C7.7 Y J5 Z MOTOR MOTEUR MOTOR MOTOR CONTROL BOARD PANNEAU DE COMMANDE MOTEUR PANEL DE CONTROL MOTOR 6 SIN CONEXIÓN MOTOR FRAME PUESTA A TIERRA DE CAJA MOTEUR ENCADRER PUESTA A TIERRA DE LOCAL MOTOR ARMADURA 2 T C5.1 C5.2 BLK\NOIR\NEGRO C7.1 C2.2 J1 C5.5 GRN\VERT\VERDE
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