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SERVICE MANUAL WASHING

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1. sssssssssssssneeem eene nnn 32 5 2 Analog pressure switch electronic enne 33 5 3 Instantaneous door safety device ssssssssssssssssssseneee eene e rnn nnne n nennen enne 34 SOI DT 2002 06 eb 3 599 35 27 25 Operation principle dicto 34 54 Detergente ebbe be NR NE lestie ie bestie bebes NE NN NF ENNYN bec bed t bec tbe ataata aaa 35 5 5 Power supply to the motor OS 36 5 5 1 ACIDG Converter aoo boschi inta 36 5 6 Gireulatiori PUMP dados RO vb vs Du s vb e uu FUR 37 AE No X 37 A 37 6 Drying circuit washer dryers ict P e P e e P e e E eb t e eben 38 6 1 1 Temperature Control eere rte proe een e P eurn EAN 39 6 1 2 Determining the drying Me sus coe eo ceeo eet eet et eee et epe ete epe dete epe dete epe dete DYNN DN DN ADN CAFN en 39 7 Diagnostics and configuration SYSteM ooooonccnnnnicooocccnnnccconnnonnncnnnnncnnnnnnnnnnnn nn cnn naar rene nnne 40 7 1 Access to the diagnostics and configuration system sssssssssssssseen 40 4 2 Diagnostics SyStelr uec NN 41 4 3 Display boatrd diagnosties 4 u onec E e detecte detect edet edet ese tees sete este see ete de A ete dete ete de ege out 42 E P 43 A te cat AEA A cden denacdencetecdeccetacteecetccdeecetccdheceRccdBaceRscdaeceRcceteceRsettecuudernedetegee ages 44 7 6 Reading the last alarm condition essssssseeeee en ener nns 45 7 6 1
2. 599 35 27 25 58 SOI DT 2002 06 eb 10 3 Key to circuit diagram Main PCB Control display board Anti interference filter ON OFF button Pilot lamp Door interlock Analog pressure switch electronic NTC temperature sensor washing 10 Anti boiling pressure switch 1 11 Heating element washing 13 Motor 12 Anti boiling pressure switch 2 14 Recirculation pump jetsystem models 15 Drain pump 16 Pre wash solenoid 17 Wash solenoid 18 Bleach solenoid or hot water solenoid certain models only 19 AC DC converter certain models only 20 Door lamp ooNuNoooN gt SOI DT 2002 06 eb Washer dryers only 99 Condensation solenoid Safety thermostat Heating element drying Manual reset safety thermostat NTC temperature sensor drying time NTC temperature sensor drying Fan motor 599 35 27 25
3. thermostat Drying heater power 700 700W 100071000 W Fan rate about 55 m hour about 80 m hour 6 1 2 Determining the drying time In automatic cycles the NTC sensor fitted to the drying condenser is used to control the drying time 1 NTC temperature sensor 2 Tub condenser pipe 3 Drying condenser TSE P 02 00 EB wd001764 39 60 599 35 24 30 7 Diagnostics and configuration system 7 1 Access to the diagnostics and configuration system Using a single procedure it is possible to access both the diagnostics and configuration systems After accessing this function the following operations can be performed control of the operation of each of the components in the appliance analysis of alarm conditions configuration of the main PCB To access the system gt press the SKIP RESET button to cancel the programme previously selected and switch off the appliance gt press the START PAUSE 7 button together with the SKIP RESET 8 button and then holding down both buttons press the ON OFF button to switch on the appliance gt hold both buttons START PAUSE and SKIP RESET down until the buzzer sounds and the LEDs begin to flash about 4 seconds At this point the display board is checked and the LEDs and if featured the display window light in sequence If the main PCB has not been configured it is possible only to perform the test on the display board and the configuration proced
4. FABRICS button TEMPERATURE button SPIN button OPTIONS button AUTOMATIC DRYING button DRYING TIME button START PAUSE button SKIP RESET button DELAYED START button Programme phase indicator LEDs Display window ON OFF button Pilot lamp SOI DT 2002 06 eb 599 35 27 25 2 1 FABRICS button Press this button to select the washing programme suitable for the fabrics to be washed The LED corresponding to the selected washing programme lights The machine proposes the standard programme for the type of fabric selected a temperature and the maximum spin speed for the selected programme are displayed as well as the normal soiling level However these parameters can be modified by pressing the corresponding buttons The display will also show the duration of the selected programme which is calculated according to the maximum load for each type of fabric and the START PAUSE LED begins to flash wd001184 The type of fabric can be modified at any time during the washing cycle in this case the phase currently being performed will restart from the beginning The table below shows the options that the user can select for the configuration of each model LED Configuration type A Configuration type B Configuration type C L1 Cotton Cotton Cotton L2 Synthetics Synthetics Synthetics L3 Delicate fabrics Delicate fabrics Delicate
5. Washing WATER FILL OFF MOVEMENT PWL3 MOV WATER FILL OFF Tout 15 MOVEMENT COLD MOV 5 MOVEMENT E MOV 2 HEATING E MOV Tout 40 HEATING E MOV MOVEMENT E MOV HEATING E MOV MOVEMENT E MOV MOVEMENT N MOV MOVEMENT E MOV WATER DRAIN OFF TIME WATER DRAIN OFF SPINNING INP6 INP SECT SPINNING INP6 SP SECT MOVEMENT OFF WATER FILL 100 65 OFF Tout 15 MOVEMENT 100 65 E MOV 6 WATER DRAIN D_MOV i Tout 10 SPINNING IMP6 RINSE i Tout 20 MOVEMENT OFF i WATER FILL 100 65 OFF MOVEMENT E MOV WATER DRAIN D MOV i Tout 10 SPINNING IMP6 RINSE i Tout 20 3 Rinse MOVEMENT softener WATER FILL 100 65 ELV2 ELV3 Tout 15 MOVEMENT 100 65 ELV2 ELV3 i 30 MOVEMENT 100 65 ELV2 ELV3 5 WATER FILL 140 95 ELV2 ELV3 Tout 15 MOVEMENT ELV2 ELV3 a T Spinning WATER DRAIN OFF i Tout 10 TIME WATER DRAIN OFF i 15 SPINNING IMPCF 01 AC DC i Tout 20 MOVEMENT N MOV i 2 OO N oA BR YIN o TSE P 02 00 EB 20 60 599 35 24 30 4 3 Synthetics 40 C Jetsystem W2C01450 Synthetics 40 JETSYSTEM Description Levels Drain Elv Det Movement Temp Time mm H20 S pump comp C CALIBRATION Tout 10 Washing WATER FILL 40 15 OFF MOVEMENT 40 15 PWL3 MOV WATER FILL 100 65 OFF Tout 15 MOVEMENT 100 65 N MOV 7 HEATING 100 65 N_MOV Tout 40 MOVEMENT 100 65 N_MOV 8 HEATING 100 65 E_MOV Tout 40 MOVEMENT 100 65 D_MOV 3 MOVEMENT
6. e n models with 4 compartment dispenser water is filled into c compartment at the start of the last rinse Hot water fill hot water wash solenoids e In models with hot water solenoid the hot water wash solenoids are actioned simultaneously to fill water mixed in the wash compartment TSE P 02 00 EB 35 60 599 35 24 30 5 5 Power supply to the motor The main PCB powers the motor directly via a TRIAC Reversal of the direction of the motor is effected by two relays that vary the connection between the rotor and the stator A third relay powers the stator in half or full range operation depending on the spin speed The speed of the motor is controlled by a signal received from the tachometric generator During the spin cycles the microprocessor checks for an unbalanced load and for excessive foam 5 5 1 AC DC Converter This component which is fitted to certain models only serves to convert the alternating current generated by the TRIAC on the main PCB into a direct current to power the drum motor WD000417 WD000226 L1 1 2 mH R1 68 KQ D1 25A 600V R2 R3 1000 C1 C2 47uF TSE P 02 00 EB 36 60 599 35 24 30 5 6 Circulation pump In Jetsystem models the circulation pump is powered directly by the main PCB via a TRIAC 5 7 Heating The heating element is powered directly by the main PCB via a relay As a safety feature a traditional dual level pressure switch anti boiling 1 and anti boi
7. 4 10 6 SPIN IMP6 RINSE e intermediate cotton rinses the speed can be configured oo 100 20 i 4d i i 70 alo 1060 1100 1200 1300 1400 1500 160 0 1767 IMP amp RINSE time sec 4 10 7 SPIN IMP6 INP SECT e cotton final wash phase 1 part 0 T Y T y T 1 a a D 00 100 200 300 400 500 edo 700 800 300 1000 1100 1200 1350 1400 1500 1800 1700 t8ho 1914 INP amp INP SECT time sec TSE P 02 00 EB 28 60 599 35 24 30 4 10 8 SPIN IMP6 SP SECT e cotton final wash phase 2 part D r T T T T T T T T 1 1 T T T T T oo 100 I 1000 1100 1200 1300 1400 1500 164 0 INP amp SP SECT time sec 4 10 9 SPIN IMP6 QUICK e cotton final and intermediate wash phase with short option 1000 1100 1200 1300 1400 IMP amp QUICK time sec 4 10 10 SPIN IMP SR e intermediate with super rinse option t 100 20 0 300 400 500 600 700 80 0 300 100 0 110 0 120 0 130 0 140 0 150 0 160 0 177 time sec 4 10 11 SPIN IMP_BEFORE_CF e precedes the cotton final spin if the drying is selected at the end of the washing cycle washer dryers T F d y T T 100 200 30 i f 10 90 0 1000 110 0 120 1300 1400 150 0 160 0 1700 1783 IMP_BEFORE_CF time sec TSE P 02 00 EB 29 60 599 35 24 30 4 10 12 SPIN IMPCF_01_AC e cotton final with AC motors 500 790 1000 1250 1500 1750 2000 2250 25600 2750 3000
8. 09 b reset the running programme and switch the appliance off gt press buttons FABRICS 1 and button TEMPERATURE 2 simultaneously and then holding then down switch the appliance on with button ON OFF hold down buttons for at least 4 seconds Displaying the operating time The operating time is displayed two digits at a time The first pair of digits shows the thousands and hundreds the second pair shows tens and units For example a total operating time of 6 550 hours will be displayed as follows 1 gt 2 gt 3 gt The first pair of digits is The second pair of two digits is displayed for two seconds displayed for two seconds Blank display for two seconds thousands 6 tens 5 hundreds 5 units 0 2 001557 001553 001554 SOI DT 2002 06 eb 54 599 35 27 25 8 DEMO Mode A special cycle has been created for demonstration of the operation of these appliances in retail outlets without connecting the appliance to the water supply In this way the salesman can select any programme after starting the cycle by pressing START the appliance will perform certain phases only and will skip those which cannot be performed water fill drain heating The cycle takes place as follows the door locking device is actioned in the normal way i e the door remains locked while the appliance is in operation and can be opened at the end of the cycle or in pause mode
9. motor all low speed movements are enabled while the pulse signals and the spin cycle are excluded the water fill solenoids and the drain pump are disabled circulation pump certain models only this pump is normally disabled but functions if water is introduced manually until the anti boiling safety level has been reached display since the phases of the cycle take place in rapid succession 1 second of the demo cycle is equivalent to 1 minute of the actual cycle the time to elapse decreases by 1 unit per second Remember that the time to elapse does not always correspond to the actual cycle time A alarms for reasons of safety the following groups of alarms remain enabled E40 door closed E50 and E90 communication between the boards configuration 8 1 Setting demo mode Reset the running programme and switch the appliance off Press button FABRICS 1 and button SPIN 3 simultaneously and then holding them down switch the appliance on with button ON OFF 5 Press and hold down the buttons for at least 4 seconds gy 8 2 Exiting demo mode Switch the appliance off to exit the demo mode SOI DT 2002 06 eb 55 599 35 27 25 9 Accessibility to electronic control 9 1 Cover a Unscrew the two rear screws 1 push backwards and release it from the cabinet 9 1 1 Main PCB a Remove the cover b Unscrew the support fixing screw board housing 2 c Release the wiring from the sup
10. 0 PCB and display board 2 versions not compatible 1 0 Configuration error E90 Cycle blocked Configuration error main PCB E93 0 0 incongruency of configuration values when 4 4 appliance is switched on 1 0 Incorrect configuration of washing cycle E90 Cycle blocked Cycle software error main PCB 0 1 E94 0 0 1 0 1 0 Drain filter blocked Specific Drain hose obstructed kinked drain filter EF1 1 0 drain phase too long LED dirty blocked 1 0 EFO 1 1 1 0 Excessive detergent Specific Excessive detergent introduced drain hose EF2 1 0 too much foam during drains LED obstructed kinked drain filter dirty 1 1 EFO 1 0 4 0 Water leakage Water drain to Leaks from base drain pump wiring main PCB 1 0 intervention of Aqua Control system 120mm cycle EF3 4 4 1 1 SOI DT 2002 03 eb 49 599 35 27 25 7 8 Canceling the last alarm condition OL26 OL27 O 0128 OL29 2 OL30 o v 0132 wd001200 9000 2 O To cancel the last memorised alarm condition press button no 2 TEMPERATURES and no 4 at the same time during one of the 8 phases of the diagnostics cycle and not in the alarm or configuration reading positions To check for correct operation go back to the alarm reading position the L10 LED is on the display should show E00 The alarm is cancelled also when a new configuration is given to the main PCB SOI DT 2002 06 eb 50 599 35 27 25 7 9 Configuration
11. 100 65 E MOV HEAT MOV 100 65 D_MOV MOVEMENT 100 65 E MOV WATER FILL 160 80 N MOV MOVEMENT N MOV MOVEMENT N MOV WATER DRAIN OFF i Tout 10 TIME WATER DRAIN OFF 30 TIME WATER DRAIN TIME WATER DRAIN MOVEMENT WATER FILL 160 80 Tout 15 MOVEMENT 160 80 Mi 2 WATER DRAIN M i Tout 10 TIME WATER 2 DRAIN MOVEMENT OFF i 5 WATER FILL 160 80 OFF Tout 15 MOVEMENT 160 80 N MOV 2 WATER DRAIN E MOV i Tout 10 SPINNING IMP CO INP SECT i Tout 20 SPINNING IMP CO SP SECT i Tout 20 3 Rinse MOVEMENT i 5 softener WATER FILL 100 65 Tout 15 o oO AOIN o E MOV i 30 E MOV MOVEMENT En 30 MOVEMENT 5 WATER FILL 160 80 Tout 15 MOVEMENT 160 80 i 2 MOVEMENT 160 80 i 3 Spinning WATER DRAIN i Tout 10 TIME WATER 45 DRAIN SPINNING i Tout 20 MOVEMENT i 1 TSE P 02 00 EB 21 60 599 35 24 30 4 4 Synthetics 40 C Traditional Eco ball W2C01450 Synthetics 40 ECOBALL TRADITIONAL ECT Description mmo 0 Drain Elv Det Movement Es Time 0 CALIBRATION 40 15 40 15 ON OF Dis Tout 10 CALIBRATION 40 15 40 15 OFF Tout 10 Spinning WATERFILL 40 15 40 15 OFF Tout 15 MOVEMENT 40 15 40 15 PWL3 MOV T WATER FILL 105 80 120 90 OFF Tout 15 MOVEMENT 105 80 120 90 N_MOV 7 HEATING 105 80 120 90 N MOV Tout 40 MOVEMENT 105
12. 700 rpm for SYNTHETICS wd001186 Button LED Function 1 Function 2 Function 3 Function 4 Function 5 Function 6 900 g 900 g 1200 g 900 g 700 g 1200 g 900 g 700 g 900 g 700 gl 600 g 900 g 700 gl 600 g 700 gl 500 g 500 g 700 gl 500 gl 500 g Rinse hold Night cycle Nospin Rinse hold Rinse hold COTTON cycles rinses In COTTON cycles this option also modifies the structure of the rinsing phases according to the speed of the intermediate spin Ge spin Traditional washing Jetsystem washing 1 rinse 2 rinse Last rinse 1 rinse 2 rinse Last rinse 850 TR2 TR2 TR2 TR2 TR2 TR2 850 950 TR1 TR2 TR2 TE TR2 TR2 1000 1150 TR1 TR1 TR2 TE TE TR2 21150 TR1 TR1 TR1 TE TE TE TR2 Traditional rinse at second level TR1 Traditional rinse at first level TE total exchange virtual tank jetsystem rinse SOI DT 2002 06 eb 8 599 35 27 25 2 4 OPTION DRYING buttons The number and type of OPTIONS buttons vary according to the model wd001183 Matrix of the functions of the different buttons b OL26 ols out 0116 O L19 er oL2 OL O L12 OL20 OU O ein or a E O L17 OL21 OL23 6130 5 L5 n i 0 a 5 O L18 0122 OL24 OL25 OL31 Button 4 5 LED L16 L17 L18 L19 L20 L21 L22 L23 L24 Short Very Synt
13. 80 120 90 N MOV HEATING 105 80 120 90 E MOV MOVEMENT 105 80 120 90 D MOV MOVEMENT 105 80 120 90 E MOV HEAT MOV 105 80 120 90 D MOV MOVEMENT 105 80 120 90 E MOV WATERFILL 135 85 155 10 N MOV MOVEMENT N MOV MOVEMENT N MOV WATER DRAIN OFF i Tout 10 TIME WATER MN OFF 30 TIME WATER DRAIN TIME WATER DRAIN MOVEMENT i 5 WATER FILL 135 85 155 10 Tout 15 MOVEMENT 135 85 155 10 E 2 WATER DRAIN g i Tout 10 TIME WATER DRAIN MOVEMENT OFF i 5 WATER FILL 135 85 155 10 OFF Tout 15 MOVEMENT 135 85 155 10 N_MOV 2 WATER DRAIN E MOV i Tout 10 SPINNING ML i Tout 20 IMP_C0_SP SPINNING SECT i Tout 20 3 Rinse MOVEMENT i 5 softener WATER FILL 105 80 120 90 ELV2 ELV3 Tout 15 MOVEMENT 105 80 120 90 ELV2 ELV3 E 30 MOVEMENT 105 80 120 90 ELV2 ELV3 5 WATER FILL 135 85 155 10 ELV2 ELV3 Tout 15 MOVEMENT 135 85 155 10 ELV2 ELV3 Hi 2 MOVEMENT 135 85 155 10 ELV2 ELV3 is 3 Spinning WATER DRAIN i Tout 10 TIME WATER 45 DRAIN SPINNING i Tout 20 MOVEMENT zl i 1 o oj oO1 AYIN o E MOV i 30 E MOV i 1 TSE P 02 00 EB 22 60 599 35 24 30 4 5 Hand wash 30 Jetsystem eee Handwash 30 JETSYSTEM Description Levels Drain Elv Det Movement Temp Time mm H20 Sinn pump comp C pop CALIBRATION 3515 OFF ON O OFF Dis Tout
14. Diagnostics cycle alarms inrsin nananana iaaa RRA mener iE 45 MD Wes 2 EE alt alt alt wale alt calc alt calc cals cals E E bd ld bd O calla cl cS 46 7 8 Canceling the last alarm condition ssssssssssssssseee nee eene rennen 50 7 9 Configuration of the main POB eraai AEKA AAEE EA AEEA EAEE AA EEAS ense ninh nn nnns nennt 51 7 9 1 Configuration Coden a EENEN A Per Tr Pre eee A 52 7 9 2 Example of configurato e a ana 53 1 10 EXIUND he diano eu CVE erra a T T O O R Maa HR O RI 54 1 11 Operating time COUMEN rierien AA aa 54 TALT Reading the operating meisc eva av es AAAA 54 Sc DEMO Modest 55 8 4 Setting demodqdn ode A A A ea 55 9 2 ERNI GEMO mode sta ae eae ae a ea aa a a A A A ee 55 9 Accessibility to electronic COntEOl nr RERSESHESESHESEHDUDSPHOERPHERPHBERPHPORBROSOPIIEETTSC 56 Oh COV A A I I a a 56 9 1 1 O EEEE 56 9 2 Control panela AREARE RRRA 56 9 2 1 Control Display board oococonocococccnnccccononononnnonnncnnnnnnrnnonnnnnnncn nan nn nn LEL L LLYN RH LEL LLD ener nnnnetr renis 56 10 Basic circuit diagrams eui ELE Y LLY LLE LLE LL LL LLC ene enn LLCC LLCC LLCC CELL LLCC LLCC LLCC nnn nnns 57 10 1 Version with AC MOtOF ooooooccccnccccoconononccnnnncnnnnnnnnnnnnnnn cnn nan ttrt ELLYLL ANH nnnm ness nnd nnn nn rnrnnnnninnnnnrrnrnnnnnn 57 10 2 Version with DC motor oooooocccccccccccnoooonncnnnnconnnnnnnnnnnnnn nn nana n nn rra nn LYN RALL ELE ELE nn nn
15. after third phase A Low speed B FUCS phase 1 with pulse at 470 rpm C Low speed D FUCS phase 2 E FUCS phase 3 F Reduced spin Load unbalanced after third phase A Low speed B FUCS phase 1 with pulse at 470 rpm C Low speed D FUCS phase 2 E FUCS phase 3 F the spin phase is skipped and the appliance passes to the subsequent phase TSE P 02 00 EB 26 60 max 60 sec wd001026 Tpm A E a 1400 1150 max 180 sec max 90 sec max 60 sec wdoc 1328 TPM 4 D max 180 sec max 60 sec max 90 sec watorcos 599 35 24 30 4 10 Spin cycles 4 10 1 SPIN MP_CO_INP_SECT e prewash cotton and synthetics penultimate synthetics rinse 1 part D T T T T T T T y T T of sn 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 6000 5500 7000 7421 IMP C0 INP SECT time sec 4 10 2 SPIN IMP CO SP SECT e prewash cotton and synthetics penultimate synthetics rinse 2 part Fa 000 sho 1000 i500 2000 2500 3000 3500 4000 4500 5000 5500 DOD 66 38 IMP_CO_SP_SECT time sec 4 10 3 SPIN IMP5 e final synthetics 1 1 1 1 300 1000 1100 1200 1300 1332 time sec 4 10 4 SPIN IMP7 e final delicates TSE P 02 00 EB 27 60 599 35 24 30 4 10 5 SPIN IMP4 e final wool sho 1000 15 00 200 2500 3000 3500 4000 4500 sooo 5500 60 00 6500 7035 time sec
16. between level of electronic Cycle blocked Hydraulic circuit of pressure switches electronic 0 0 pressure switch and level of anti boiling with door closed pressure switch pressure switch wiring main PCB E33 f 1 1 pressure switch 1 duration of fault at least 60 1 1 seconds 0 0 Incongruence between level of electronic Cycle blocked Hydraulic circuit of pressure switches electronic 0 1 pressure switch and level of anti boiling with door closed pressure switch pressure switch wiring main PCB E34 ac 1 0 pressure switch 2 duration of fault at least 60 1 0 seconds 0 0 Water level too high Cycle blocked Solenoid valve hydraulic circuit of pressure 0 1 level of electronic pressure switch higher than with door closed switches pressure switches wiring main PCB E35 em 1 0 300mm for more than 15 seconds and water drain 1 1 to 120mm SOI DT 2002 03 eb 46 599 35 27 25 Alarm LED LED Description of fault User Effect Possible causes code L26 29 L30 33 P code 0 0 Sensing circuit of anti boiling pressure switch Cycle blocked Main PCB 0 1 1 faulty with door closed E36 1 1 1 input signal to microprocessor always OV or 1 0 5V 0 0 Sensing circuit of anti boiling pressure switch Cycle blocked Main PCB E37 0 1 2 faulty with door closed i input signal to microprocessor always 0 5V 0 1 Pressure chamber blocked Heat
17. door pilot lamp switches off The zero re appears when the appliance is switched on again if the previous programme has not been cancelled It may occur when the appliance is switched on for the first time that a flashing zero is shown on the display and the acoustic signals are activated This is due to the fact that the machine has performed a washing cycle during testing in the factory which has not been cancelled on completion gt Delayed start which is selected using the DELAYED START button The countdown starts when the START PAUSE button is pressed and is decremented at intervals of one hour gt An incorrect option selection is signalled by Err on the display if the function selected is not compatible with the programme The buzzer also sounds when an incorrect option is selected c An alarm code indicates a machine malfunction 2 11 ON OFF button Press the ON OFF button to switch the appliance ON The display shows three flashing hyphens or a flashing zero Press the same button to switch the appliance OFF The ON OFF button is an bipolar switch button and is not part of the display board 2 12 Exclusion of the buzzer at the end of the programme By pressing the TEMPERATURE 2 and SPIN 3 buttons at the same time or the temperature button with button 4 it is possible to deactivate the buzzer sound which indicates the end of the programme by repeating this operation the buzzer will be activated again This
18. electronic boards or configuration error In the first three cases the cycle is paused so that the user can if possible solve the problem The code showing the type of alarm flashes on the display In models without a display window the last wash phase LED end flashes the code relative to the type of alarm flashes on the first four LEDs and on the display For example in the case of alarm E41 door open the display will show E40 In models not featuring a display window as well as the end of cycle LED which indicates error E the second LED indicates 4 in binary code As can be seen from the general alarm code table E4 alarm conditions include all alarms relative to door closure problems E41 door open E42 door interlock malfunction E43 E44 E45 problems with main PCB or wiring In the case of communication or configuration errors the alarm is displayed immediately when the appliance is switched on in the event of configuration errors the only possible action is to access the diagnostics system The FILTER BLOCKED alarm is signalled by the corresponding LED if featured only at the end of the cycle EFO flashes on the display TSE P 02 00 EB 44 60 599 35 24 30 7 6 Reading the last alarm condition The diagnostics system makes it possible to identify the last alarm condition which occurred during the operation of the appliance To read this alarm condition after accessing the diagnostics system see Acces
19. fabrics L4 Wool Hand wash Wool L5 Hand wash Mini Hand wash If this programme is selected certain models only the washing cycle will be especially delicate and can be used for fabrics labelled Hand Wash 2 2 TEMPERATURE button If a temperature different from the standard temperature proposed by the appliance is desired press this button repeatedly to increase of decrease the temperature The corresponding LED will light The maximum temperature is 90 C for cotton 60 C for synthetics 40 C for delicate fabrics wool and hand washing The temperature button is effective only after the type of fabric has been selected The temperature can be modified at any time during the washing cycle PAUSE in this case the phase will restart from the beginning wd001185 LED Configuration type A Configuration type B Configuration type C L6 90 C 90 C 90 C L7 60 C 60 C 60 C L8 40 C 50 C 50 C L9 30 C 30 C 40 C L10 Cold wash Cold wash 30 C SOI DT 2002 06 eb 599 35 27 25 2 3 SPIN button Press this button to reduce the speed of the intermediate and final spin cycles as shown in the table below This button is effective only after the type of fabric has been selected the spin speed can be modified until the end of the rinses If automatic drying has already been selected washer dryers only the minimum spin speed is 900 rpm for COTTON and
20. function is always available and is memorized until it is modified SOI DT 2002 06 eb 15 wd001146 599 35 27 25 3 Washing programmes Programme Temperature C No of rinses Spin COTTON Cold 90 IMPCF_01 SYNTHETICS Cold 60 IMP5 DELICATES Cold 40 IMP7 WOOL Cold 40 IMP4 HAND WASH Cold 40 IMP4 PROGRAMME MINI 30 30 min Cold 60 RO GO GD CG aja IMP7 e see spin cycle chapter 3 1 Possible options for each programme Options Cotton Synthetics Delicates Wool Mini 90 C 60 C 50 C 60 Eco 40 C 30 C Cold x gt lt gt lt gt lt gt lt x gt lt gt lt gt lt lt lt gt lt lt XQ gt lt gt lt gt lt Drying 3 levels 1 level Drying time Full power Half power gt 900 gl 900 g 700 g 500 gl xXx gt lt gt lt No spin Rinse hold night cycle xix gt lt gt lt Xxx Prewash Stains XX gt lt gt lt xo Intensive Heavy soil Daily Short light Economy Bio Extra Rinse Super rinse Delayed Start x Xx gt lt gt lt gt lt Xxx x x gt lt gt lt gt lt gt lt Xxx gt lt gt lt x gt lt standard f
21. n n n EEL LEL LL rins nn a aS 12 2 5 1 ELECTRONIC DRYING titt theca aee tdi 12 2 5 2 DRYING IME Ae S E as 12 26 2S TART PAUSE Dutton ok a uu cerei eS 12 2 47 SKIP RESET buttons ici 13 2 95 DELAYED START DUO 13 2 9 Programme phase LEDS 0000 ll lll nl nn nn nnn I IIE I I I rn rne 14 ED E E E E a A AAA EE 14 2T NIOFD Buon o e es 15 2 12 Exclusion of the buzzer at the end of the programme ooooooocccnncccccconooonccnnnncnnnnnnnnnncnnnncnnnnnnnnnncnnnnn 15 Washing ol fore Ez IMS STER EEE cotes 16 3 1 Possible options for each programmae ssssssssssse n nn nnn n nn nn nnn nnn nnns 16 Washing programmes A EMEN RE SERE EE a a Y nate a Ed D DLE Lin 17 4 1 Cotton 60 Jetsystem iso E EE 19 4 2 Cotton 60 C Traditional Eco ball sss nnne nnne sensere 20 4 3 Synthetics 40 C Jetsystem sssssssssssssssessseeeeeneeneeenn nennen nennen risen inn KAKAREN NAFAKA KAREKARE RAR 21 4 4 Synthetics 40 C Traditional Eco ball sssssssssseeeeeeeneem ener nnne 22 4 5 Hand wash 30 Jetsysteim a a a a a a 23 4 6 30 Hand wash Traditional Eco ball ssssssssseeeneem nennen nnne 23 4 7 Drying Cotton Jetsystem Traditional Eco ball sssssssseee ene 24 4 8 Drying Synthetics Jetsystem Traditional Eco ball oooonnnnnnnccnnnnncnnnnccoocccnnnncconnnanrnnccnnnnnnnnannnnnno 24 A A eee ea
22. of the main PCB A standard main PCB is available as a spare part This PCB contains only data relative to the wash cycle After replacing the main PCB it is necessary to perform the configuration procedure in order to operate the washing machine Configuration of the board consists of entering a 16 digit code which contains information which varies from model to model type of washing system type of tub spin speed etc To access the machine configuration procedure first enter the diagnostics system and then gt press the FABRICS 1 or TEMPERATURE 2 buttons until LED L10 lights the code relative to the first of the 16 digits of the configuration code position 0 is displayed ZI 5 when the SKIP RESET button 8 is pressed all the digits which make up the configuration code are displayed in sequence gt press the START PAUSE button 7 to modify the configuration code digit by digit c when all 16 digits have been entered a oa check that the code is correct then n p mr d Os memorize the code by pressing the s Ro 8 Ae n 2 START PAUSE 7 and SKIP RESET 8 DADES O m 5 R buttons at the same time these buttons E should be held down for at least 4 4 sec 9000 seconds i e until the buzzer sounds When configuration has been completed perform the diagnostics routine in order to check that the appliance functions correctly In case of
23. selected both as automatic drying and as separate drying cycle L23 gt drying full power L24 gt synthetic drying half power wd001190 2 6 START PAUSE button START After selecting the programme and the desired options press the START button to start the programme The LED positioned above the button will cease flashing and remain lit If a delayed start time has been selected the countdown will commence the countdown will be shown on the display PAUSE When the button is pressed again the programme currently being performed is interrupted The LED above the button will start to flash When the cycle is paused the door LED switches off and the door can be opened on STARTJPAUS condition that _ the machine is not performing a heating phase wd001138 the water level is not high the drum is not in movement When the appliance is paused the programmes can be modified as follows The structure can be changed or the programme cancelled SKIP RESET button In this case the water and detergent will not be drained and the new cycle will begin with water in the tub If itis preferred to restart the new cycle without saving water and detergent it is necessary first to select a drain phase and then the new programme The FABRICS and the TEMPERATURES can be modified only during the washing phase in this case the cycle will be restarted from the beginning The SPIN can be modified before the start of the
24. which the door lock is released Solenoid protection A PTC is connected in series with the solenoid with the purpose of limiting the current and thus possible overheating in the following cases e TRIAC on the main PCB short circuited e Repeated actioning of the START PAUSE button more than 10 times TSE P 02 00 EB 34 60 999 35 24 30 5 4 Detergent dispenser Water is ducted into the detergent dispenser by a solenoid valve with one inlet and two or three outlets Some models are fitted with a second solenoid valve for hot water fill The same detergent dispenser is used in all models the only difference lies in the water intake nozzle The detergent dispenser may consist of three or four compartments 1 Solenoid valve 2 Detergent dispenser Water fill to pre wash compartment pre wash solenoid e The detergent contained in the a the pre wash e _ n some models with stains option the a compartment can be used alternatively to contain the stain remover which is filled during the wash phase compartment filled at the start of Water fill to wash compartment wash solenoid e The b compartment is used to contain the detergent that is filled at the start of the wash cycle Water fill to softener compartment pre wash and wash solenoids e The d compartment is used to contain the softener that is filled at the start of the last rinse Water fill to bleach compartment bleach solenoid
25. 1 1 1 Coi GN N oi LR AO ES 1c o RA 1 i TES NICHT 3 wp pel Wn 2 ipa it z 1 LA gic vibe wl J DES 3 1 Ie IPR PSL 1 ma E 1 UD SE T CM a o hoa od I o 9 A urb dc 3 e amp t p us VE ah Y gt pect WL HEI UB irs Ahi POP WE a Viene OTA A A AE E n PUO BOE i frog i iE Cod HEPS roi ICE 599 35 27 25 57 SOI DT 2002 06 eb 10 2 Version with DC motor wd001180 ev uta sS cen di ERVAGOPRISSTEIX i 1 o i T ea 1 2 Sp ir ARE g EEEN AF A M 2 1 i 1 c U E 1 IS i m S o ae 3 i Nem a DN Qi gt i i i a ioca a i 1 1 1 Pa 1 1 o 1 1 i 1 ET 1 o 1 i i i SS dtu EY E piu 1 1 i O e pe cao o cud D D O trt Sn c D a ud i S e pa p Rs ges o o 2 i o o p Ua za T o c i 2 TER PEA E o 9 um E c D o pue 92 ce o S oo D a a AE 2 Sensing 77 AE 1 Sensing Analogi pressure level opes WE C ND RTI XE IE 1 1 poa O A Co c E GT edit Sib e Ia DE UO ad yu A QE ER E Phat once m Pl FIDELE Wy it Ny 1 1 Gn F a AE E SL EE qu UI TIR BETA 1 re GIL IS rm V3 E TY 2 09 art me weal A F 1 jer 1 is ub l 1 1 1 I E 1 F Te A 1 1 o 1 VERD sel NE tet e z 1 1 I t 1 d ON OFF
26. 3250 3500 3750 40004167 00 250 IMPCF 01 AC time sec 4 10 13 SPIN IMPCF 01 DC e cotton final with DC motors 500 100 0 150 0 200 0 250 0 300 0 350 0 400 0 450 0 516 7 IMPCF_01_DC time sec 4 10 14 SPIN IMPCF_QUICK e cotton final with short option T T T T T T 100 0 120 0 140 0 160 0 180 0 200 0 IMPCF_QUICK TSE P 02 00 EB 30 60 599 35 24 30 5 Technical characteristics 5 1 EWM2000 Electronic control unit 1 Main PCB 2 Control Display Board wdo00601 DISPLAY BOARD Microprocessor MAIN PCB ELECTRICAL LOADS microprocessore The main PCB performs the following functions e acquisition of the wash cycle settings via the control display board e control of the water level in the tub via the electronic pressure switch and the safety pressure switch e control of the temperature of the washing solution via an NTC sensor e control of the speed of rotation of the motor via a signal from the tachometric generator e powering of all the electrical components in the washing machine and control of the wash cycle TSE P 02 00 EB 31 60 599 35 24 30 5 1 1 Microprocessor memories main PCB GENERAL INSTRUCTIONS PROGRAMME VARIABLES POWER FAIL CYCLE MACHINE amp PARAMETERS CONFIGURATION MACHINE STATUS The overall structure of the microprocessor memory on the main PCB is subdivided into three sections ROM This area of memory contains the softw
27. 5 24 30 4 9 FUCS Fast Unbalance Control System The control procedure for unbalanced loads is performed dynamically before each spin cycle as follows The phase starts with the inversion rotation of the drum at a speed of 55 rpm The phase begins at a speed of 55 rpm the speed can never fall below this threshold otherwise the check is repeated At intervals of 400 ms the balance is calculated and compared with predetermined limits If the value is less than the lower limit the speed of the drum is increased by 2 rpm if the value is higher the speed of the drum is reduced by 2 rpm The reduction in the speed of the drum distributes the washing correctly this procedure is repeated until the wash load is completely balanced Correct balancing of the wash load is achieved at a speed of 115 rpm after which the spin cycle begins The Unbalancing Control function takes place in four steps each phase is characterised by a value of unbalancing threshold and by a time out max time Step 0 The zero phase has a preset unbalancing threshold if correct balancing is achieved the appliance performs a spin pulse at 470 rpm preceded by 5 sec at 100 rpm and followed by phase 1 otherwise after a maximum of 60 seconds the function passes to step 1 Step 1 The first phase has a different preset unbalancing threshold if correct balancing is achieved the appliance performs the spin cycle preceded by 5 sec at 100 rpm Otherwise a
28. EDs into the corresponding letter or decimal number O LED off o LED on SOI DT 2002 06 eb 52 599 35 27 25 7 9 2 Example of configuration Configuration code A2A7808080E691F2 POSITION 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 A B C D E F lod dl y y y lod 4 4 y VALUE A 2 A 7 8 0 8 O 8 0 E 6 9 1 F 2 Table of cycle phases Leds On models not featuring the display window it is advisable before beginning the configuration procedure to convert the digits of the configuration code into binary format the positions indicated by the second group of 4 LEDs are not modified 7 3 POSITION eges CONFIGURATION 1 Access the diagnostics system 2 Press the FABRICS 1 or TEMPERATURE 2 buttons until LED L10 lights The code relative to the first of the 16 characters of the configuration code is displayed position zero 3 Press the START PAUSE button 7 sequentially to enter the letter A in position 0 If the appliance features a display window this will show 0 A if not the wash cycle LEDs should light as shown in column 0 of the table i e the fifth and seventh LEDs 4 Press the SKIP RESET button 8 to pass to the second position and enter 2 by pressing START PAUSE 7 as necessary The display should now show 1 2 and the LEDs should light as shown in column 1 of the table fourth and seventh 5 Repeat this procedure to enter the remaining configuration digits When all the digits have been enter
29. El Electrolux 095 SERVICE MANUAL Q DISTRIPARTS 6 WASHING Washing machines amp eh Washer Dryers o ELECTROLUX ZANUSSI S p A Publication No with EWM2000 Spares Operations Italy Corso Lino Zanussi 30 33080 PORCIA PN ITALY 599 35 27 25 Fax 39 0434 394096 IT Electronic Control Styling Delta 3 Production Porcia IT SW W2C0145x Edition 2002 06 06 SOI DT 2002 06 eb 1 599 35 27 25 SOI DT 2002 06 eb 2 599 35 27 25 Contents 1 2 3 4 5 CM AAA A 5 Control PA En 6 2 1 lA A 7 22 TEMPERATURE DUWO rrt cotas tetto reo Ee n rho e Reb Dh etu tenen eb basada 7 2 3 AS PIN DUONE ci T MMM 8 2 4 OPTION FDRYING DU ONS cute cote trio tu tho aee Ra Eth Todd Dn YDA eH ue uc ND 9 2 4 1 RREWASH Dutton te pr REPEDRPBOHD ODD TR D RO EE 9 2 4 2 RINSE HOLD button or NIGHT CYCLE isssssssssssssseem eene rennen nnne neis 10 2 4 3 SOAK DOON ates tete epe imme eL 10 2 4 4 AS TAINS eNO scar cc ees ce UN DD 10 2 4 5 EGONOMNY Dutra 10 2 4 6 INTENSIVE 7 HEAVY SOIE button rrr TERR AEREA ENERE ARATAKE AEEA 11 2 4 7 SHORT or VERY SHORT CYCLE LIGHT SOIL DAILY button 11 2 4 8 FIEEV ELSOFS OILING DUO stan 11 2 4 9 Ms LS an 4st oem teret eie DRE IEEE ada Ee DN MR WA 11 24105 HAFLOAD Dutra 11 2 4 41 EXTRA RINSE or SUPER RINSE button sssssssssssseeeee eene 11 2 5 Buttons for washer dryers Sanica
30. NT OFF WATER FILL 135 85 155 110 OFF Tout 15 MOVEMENT 135 85 155 110 PWL4 MOV 3 WATER DRAIN OFF l Tout 10 TIME WATER DRAIN OFF MOVEMENT OFF WATER FILL 135 85 155 110 OFF MOVEMENT 135 85 155 110 PWL4 MOV WATER DRAIN OFF l Tout 10 TIME WATER l i DRAIN OFF 1 3 Rinse MOVEMENT OFF softener WATER FILL 140 90 150 80 ELV2 ELV3 OFF Tout 15 MOVEMENT 140 90 150 80 ELV2ELV3 N MOV 30 WATER FILL 135 85 155 110 ELV2 ELV3 OFF Tout 15 MOVEMENT 135 85 155 110 ELV2 ELV3 PWL4 MOV 5 Spinning WATER DRAIN i Tout 10 SPINNING i Tout 20 MOVEMENT H i T o NI OD on AOIN TSE P 02 00 EB 23 60 599 35 24 30 4 7 Drying Cotton Jetsystem Traditional Eco ball W2C01450 Cotton CUPBOARD DRYING Description LET Movement Time pump ON CALIBRATION Tout 10 DRYING TAP TEST OFF N MOV Tout 10 FIRST COOL DOWN ON N MOV Tout 20 DRY ACQ ON DRY MOV Tout 20 TIME DRY ON DRY MOV Tout 84 COOL DOWN ON DRY MOV Tout 10 4 8 Drying Synthetics Jetsystem Traditional Eco ball W2C01450 Synthetics CUPBOARD DRYING Description Movement Time CALIBRATION Tout 10 DRYING TAP TEST N_MOV Tout 10 FIRST COOL DOWN N_MOV Tout 20 DRY_ACQ DRY_MOV Tout 20 TIME DRY DRY_MOV Tout 84 COOL DOWN DRY_MOV Tout 10 TSE P 02 00 EB 24 60 599 3
31. On While the cycle is performing with the possibility to open the door in pause mode Flashing Cycle in pause mode without the possibility to open the door closed door Off While the cycle is performing without the possibility to open the door in pause mode or door open 2 10 Display The display shows the following information gt Three flashing hyphens when a programme is cancelled by pressing the SKIP RESET button The hyphens will also be displayed when the ON OFF button is pressed to switch the appliance on but only if the cycle selected previously has been cancelled wd001142 gt The duration of the washing programme is displayed when the programme has been selected This time corresponds to the time necessary for the maximum wash load When the programme is started i e after pressing START PAUSE the time is decremented at intervals of one minute gt The drying programme duration washer dryers which is displayed during the phase of selection of the drying time After two seconds the total time corresponding to half wash load is shown up In non stop cycles the time results from the wash plus drying time wd001143 SOI DT 2002 06 eb 14 599 35 27 25 Rinse hold the appliance stops with water in the tub at the end of programmes for which the RINSE HOLD option has been selected the display shows a zero fixed not flashing gt End of cycle indicated by a zero flashing and at the same time the
32. TON and SYNTHETICS with temperatures of 40 C or higher The BIO option adds a 10 minute phase of motor movement after heating to 40 C and is designed to activate the enzymes contained in the detergent 2 4 00 HALF LOAD button This option can be selected in the COTTON cycles on traditional i e non Jetsystem washing machines and reduces the number of rinse cycles by one 2 4 11 EXTRA RINSE or SUPER RINSE button Can be used with all programmes except the wool programme The machine performs 4 rinses instead of 3 This option is recommended for people who are allergic to detergents and in areas where the water is very soft SOI DT 2002 06 eb 11 599 35 27 25 2 5 Buttons for washer dryers 2 5 1 ELECTRONIC DRYING It is possible to select three different electronic levels of dryness one for COTTON and one for SYNTHETICS cycles L19 gt Extra dry cotton L20 Store dry cotton L21 gt Iron dry cotton L22 Store dry synthetics wd001189 The drying time is automatically calculated by the Fuzzy logic The drying phase can be performed either as automatic drying phase non stop programme if previously selected together with the washing programme as well as a separate drying phase 2 52 DRYING TIME When this button is pressed it is possible to select 5 minutes a time from 10 to 130 minutes drying for COTTON cycles and from 10 to 100 minutes for SYNTHETICS cycles The drying cycle can be
33. V Tout 40 MOVEMENT E MOV 2 HEATING MOV E MOV 2 HEATING E MOV Tout 40 MOVEMENT SE MOV 12 MOVEMENT N_MOV 4 MOVEMENT SE MOV 14 WATER DRAIN OFF Tout 10 TIME WATER DRAIN OFF 30 SPINNING INP6_INP_SECT Tout 20 SPINNING MOVEMENT INP6_SP_SECT CR3_MOV Tout 20 5 WATER FILL CR3_MOV Tout 15 MOVEMENT E MOV 5 MOVEMENT E1 MOV 3 WATER DRAIN D MOV Tout 10 SPINNING MOVEMENT IMP6 RINSE CR3 MOV Tout 20 5 WATER FILL CR3 MOV Tout 15 MOVEMENT E MOV 5 MOVEMENT E1 MOV 3 WATER DRAIN D MOV Tout 10 3 Rinse SPINNING MOVEMENT IMP6 RINSE CR3 MOV Tout 20 5 softener WATER FILL 95 20 ELV2 ELV3 OFF Tout 15 MOVEMENT 95 20 ELV2 ELV3 N_MOV 30 MOVEMENT 95 20 ELV2 ELV3 OFF 5 WATER FILL 100 65 ELV2 ELV3 N_MOV Tout 15 Spinning MOVEMENT WATER DRAIN 100 65 ELV2 ELV3 N MOV OFF 11 Tout 10 TIME WATER DRAIN OFF 15 SPINNING IMPCF_01_ AC DC Tout 20 MOVEMENT TSE P 02 00 EB 19 60 N_MOV 2 599 35 24 30 4 2 Cotton 60 C Traditional Eco ball W2C01450 Cotton 60 TRADITIONAL ECO BALL Intermediate spin 850 1000 pe me oo comp Leser are pump comp C CALIBRATION
34. an error the display window will show error code E93 and the machine stops SOI DT 2002 06 eb 51 599 35 27 25 7 9 1 Configuration code The configuration code 16 alphanumeric digits is gt shown on a label affixed to the casing of the main PCB QU and in the Spare Parts Lists describing the various AP models It is advisable to note the configuration code on the casing of the new PCB fitted to the washing TA machine FX y WD001149 READING THE CONFIGURATION CODE The configuration code is shown one character at a time on the display if featured or on the washing phase display LEDs wd001205 Star X A The first digit shown on the display if featured indicates the position of the value to be entered On models not fitted with a display window the same information is displayed in binary format on the first four washing phase LEDs To read the various positions press the SKIP RESET button 8 repeatedly the first position displayed is 0 B The last digit on the display if featured indicates the value of the configuration character to be entered in a given position On models not fitted with a display window the same information is displayed in binary format on the second set of four washing phase LEDs To modify the value of the character displayed press the START PAUSE button 7 repeatedly as necessary BINARY CODES The table below can be used to convert the binary code shown by the L
35. are with the general instructions that control the operation of the appliance such as those of the electrical components and alarms The ROM is set up by the manufacturer of the microprocessor and cannot be modified RAM This part of memory contains all the variables used during the execution of the wash programme which are written in dynamic format The RAM can be read using a DAAS interface EEPROM This area of memory contains gt the data necessary to restart the appliance in case of a power failure the parameters for the wash cycle such as water fill level speed and type of motor movement and the temperature during the various phases of the wash cycle Once written this data is protected and normally can be read only using a DAAS interface gt data relative to the configuration of the appliance such as the speed of the final spin phase the volume of the tub the type of washing system etc This data may be entered either via a DAAS interface or via the control display board ENTERING DATA INTO THE EEPROM All the data is entered into the EEPROM on the production line of the washing machines using a computer with a DAAS interface In the field the configuration only can be modified using a combination of buttons on the control display board TSE P 02 00 EB 32 60 599 35 24 30 5 2 Analog pressure switch electronic The electronic pressure switch is an analog device that controls the water level in the tub It is di
36. ay to heating element faulty Drain cycle Anti boiling pressure switch 2 wiring main PCB E66 1 1 incongruency between closure of anti boiling blocked E pressure switch 2 and status of relay K3 0 0 NTC wash sensor faulty Heating phase Wash NTC sensor wiring main PCB E71 voltage not within limits short circuit or open skipped 1 1 0 0 NTC sensor on drying condenser faulty Heating phase Drying NTC sensor condenser wiring main PCB E72 1 0 voltage out of limits short circuit or open for drying 1 1 skipped 1 0 SOI DT 2002 03 eb 48 599 35 27 25 blocked Alarm LED LED Description of fault User Effect Possible causes code L26 29 L30 33 P code 0 0 NTC sensor on drying duct faulty Heating phase Drying NTC sensor duct wiring main PCB E73 1 0 voltage out of limits short circuit or open for drying skipped 1 0 Sensing circuit on circulation pump triac faulty Drain cycle Main PCB E84 0 1 input signal to microprocessor always OV or blocked door 0 0 5V open 0 0 1 0 Circulation pump faulty Drain cycle Circulation pump wiring main PCB E85 0 1 incongruency between status of sensing blocked door A i circuit on circulation pump and status of TRIAC open 1 0 Communications error between main PCB and E90 Wiring main PCB display board E91 S x display board 1 1 1 0 Communications incongruency between main E90 Main PCB display board E92 0
37. e following operations are performed gt spin at 470 rpm VT MOV CODE to remove the water from the fabrics and therefore to increase the level in the tub T T T T T 1 T T T di T I T T T T 0 00 500 1000 1500 20 00 25 00 30 00 35 00 4000 45 00 50 00 55 00 60 00 55 00 70 00 75 00 83 3 VT M V CODE lime sec 5 seconds pause during which the level is again checked and if necessary the solenoid valve is activated in order to load water until the level is correct c energetic movement E with the circulation pump in operation These operations may be repeated up to a maximum of three times for each rinse The parameters of the different programmes levels movements vary according to the wash system of the different models gt jetsystem with circulation pump traditional eco ball tub G20 46 litres tub G21 54 litres TSE P 02 00 EB 18 60 599 35 24 30 4 1 Cotton 60 C Jetsystem 0 Washing W2C01450 Cotton 60 JETSYSTEM Intermediate spin 850 1000 CALIBRATION WATER FILL E OFF Description Ej H20 Drain Elv Det Movement Temp Sie ELS pump comp C Tout 10 Tout 15 MOVEMENT PWL3 MOV q WATER FILL OFF Tout 15 MOVEMENT COLD_MOV MOVEMENT E MOV MOVEMENT E MOV MOVEMENT E MOV MOVEMENT E MOV jo NDA hm a HEATING MOV E_MOV HEATING E MOV HEATING MOV E_MOV HEATING E MO
38. e last after 20 Sec SOI DT 2002 03 eb 47 599 35 27 25 Alarm LED LED Description of fault User Effect Possible causes code L26 29 L30 33 P code 0 0 Sensing circuit of motor TRIAC faulty Cycle blocked Main PCB E53 gt Tu signal to microprocessor always OV or with door closed 1 1 0 0 Relays contacts sticking Cycle blocked Loss of insulation on motor windings wiring main E54 1 1 voltage on sensing circuit when the relays with door closed PCB 0 0 should be open after 5 attempts 1 0 0 0 Cycle blocked Motor wiring main PCB E55 1 1 Motor circuit open with door closed A after 5 attempts 0 0 Cycle blocked tor tachimetric generator 1 1 with door closed E56 Problems with motor tachimetric generator wiring main PCB 0 1 after 5 attempts 1 0 last after 20 0 0 Insufficient heating during washing Heating phase NTC sensor incorrectly calibrated heating element E61 1 0 maximum heating time exceeded skipped wiring main PCB 1 0 0 1 0 0 Overheating during washing Drain cycle Heating element earthed NTC sensor faulty E62 temperature gt 88 C for more than 5 minutes blocked wiring main PCB 0 0 0 0 Overheating during drying Heating phase Drying NTC sensor duct drying heater wiring E64 1 1 drying temperature gt 180 C detected by NTC for drying main PCB temperature sensor on duct skipped 0 0 Power rel
39. ed press the SKIP RESET button 8 to check that the configuration code is correct 6 Memorize the configuration code by pressing the START PAUSE 7 and SKIP RESET 8 buttons at the same time for at least 4 seconds so that the configuration code is memorized by the main PCB 7 Perform the diagnostics cycle to check that the appliance operates correctly In case of a configuration error error E93 is displayed and the operation of the appliance is interrupted SOI DT 2002 06 eb 53 599 35 27 25 7 10 Exiting the diagnostics cycle mm L1 OLG o oL2 OL7 o oL oL8 o To exit the diagnostics cycle switch the appliance off then on Rd A MES then off again QR 7 11 Operating time counter A specific procedure can be used to display the total number of hours of operation of the appliance which are counted as from the first time it is operated This option is available on models with display only The maximum value that can be stored in memory is 6 550 hours of operation gt only the time of the normal programmes is counted cycle diagnostics are not included gt the effective time of the cycles is counted i e not including pauses delayed start times rinse hold periods and the soak phases gt the accuracy of the counter is to within 30 seconds for each programme only whole hours of operation are displayed 1 hr 59 minutes is displayed as 1 hour 7 11 1 Reading the operating time o GBD O mw 8
40. final spin cycle All the cycle OPTIONS can be modified before the commencement of the phase to be modified DRYING selections can be modified before the starting of the drying phase To re start the cycle press the START PAUSE button again gt gt Water drain and spin cycle after the rinse hold phase press this button to start the cycle with the drain and final spin again SOI DT 2002 06 eb 12 599 35 27 25 2 7 SKIP RESET button Thus button performs two functions Cancels the programme Press the button until the cycle LEDs switch off The display will show three flashing hyphens Selects special programmes In the programme selection and execution phases this button can be used to cancel certain phases of the programme so that the appliance effectively performs a special cycle In the programme execution phase the appliance must be paused The cycle normally performed by the appliance consists of the following phases Wash Rinses Spin drying for washer dryers c When the button is pressed once Rinses Spin drying for washer dryers c When the button is pressed twice Spin drying for washer dryers c When the button is pressed three times Drain c When the button is pressed four times Cancel programme EL If the PRE WASH option is selected it can be cancelled by pressing this button so that the appliance performs the wash only 2 8 DELAYED START button This butto
41. fter a maximum of 120 seconds the function passes to step 2 Step 2 The second phase is characterised by a different unbalancing threshold if correct balancing is not achieved within 60 seconds the function passes to step 3 Step 3 The third phase has a preset unbalancing threshold if correct balancing is achieved within 90 seconds a spin pulse is performed preceded by 5 sec at 100 rpm and followed by a new step 1 otherwise after a maximum of 90 seconds the function passes to a new step 1 If the unbalancing value remains excessive at the second attempt during step 3 the spin cycle is skipped if the balancing is not correct a reduced spin is performed 4 9 1 Examples of operation of the unbalancing control function The following examples refer to an appliance with a final spin speed at 1000 rpm Load correctly balanced Low speed FUCS phase 0 and pulse Low speed FUCS phase 1 Normal spin TSE P 02 00 EB 25 60 599 35 24 30 Load balanced after few attempts A Low speed B FUCS phase 1 C Normal spin Load balanced after second phase A Low speed B FUCS phase 1 with pulse at 470 rpm C Low speed D FUCS phase 2 E Normal spin Load balanced after second phase and anti foam control function Low speed FUCS phase 1 with pulse at 470 rpm Low speed FUCS phase 2 Spin with anti foam function Low speed FUCS phase 3 Normal spin rommoom Load slightly unbalanced
42. hetics Drying time Drying time Function 1 Prewash Soak short Extra Dry Store Dry Iron Dry Dry cotton synthetics Function 2 Prewash Extra Super Short Very Prewash Soak Extral Super Rinse short Rinse Function 3 Prewash Half Load Sort Very Prewash Ll Half Load short Rinse Rinse Function 4 Prewash hold Night a Prewash HalfLoad Stain cycle Function 5 Prewash Economy i Prewash Stain Economy Function 6 Intensive Normal O VEN Extra Super Economy Snort Very short Rinse short 3 Extra Super Short Very Function 7 Prewash Soak Rinse short Bio Rinse Function 8 Prewash EXIra Super Extra Super gi hold Night Rinse Rinse cycle Function 9 Prewash Half Load EMA Rinse a Prewash Stain Half Load rri Prewash Economy Stain Function Short Very 12 Prewash short Economy Function Short Very 13 Prewash Bio short Function Bio 14 Functi Rinse uy hold Night cycle 2 4 1 PREWASH button This option selects an additional prewash phase at 30 C at the beginning of the cycle It can be selected only during the programme selection phase and is not available in WOOL cycles Moreover this option cannot be selected together with the STAINS or SOAK options SOI DT 2002 06 eb 9 599 35 27 25 2 4 2 RINSE HOLD button or NIGHT CYCLE This function is available for COTTON SYNTHETICS DELICATES and WOOL cycles in certain models it is combined with the SPIN button When this option is selected the app
43. ing phase Pressure switch hydraulic circuit pressure E38 0 0 water level does not vary for at least 30 sec skipped switches motor drive belt broken x during drum rotation 0 0 Door open E40 Cycle paused Door open door delay interlock wiring main PCB E41 1 0 door delay interlock does not close after 15 0 0 seconds 0 1 0 0 Problems with door closure E40 Cycle paused Door delay interlock wiring main PCB E42 1 0 door open during cycle for more than 15 sec x or door closed after cycle for more than 3 min 0 0 TRIAC which powers the door interlock faulty E40 Cycle paused Wiring main PCB E43 1 0 incongruency between status of door interlock s sensing circuit and status of TRIAC 0 0 Sensing circuit of door delay interlock faulty Cycle blocked Main PCB E44 1 1 input signal to microprocessor always OV or 0 0 5V 0 0 0 0 Sensing circuit of door delay interlock triac Cycle blocked Main PCB E45 1 1 faulty input signal to microprocessor always OV with door closed 0 0 or 5V 0 1 0 0 TRIAC which powers the motor short circuited Cycle blocked Loss of insulation on motor winding wiring main E51 1 0 TRIAC short circuit cut out activated or motor with door closed PCB H speed more than maximum speed after 5 attempts No signal from tachometric generator on motor Cycle blocked Motor tachometric generator wiring main PCB 1 x no signal after maximum time with door closed E52 0 4 after 5 attempts 1 0 th
44. larm 10 L10 Configuration of the main electronic board TSE P 02 00 EB 41 60 599 35 24 30 7 3 Display board diagnostics 0126 e gt 0128 e ei o 9150 P Skp eL31 0132 Gy e5 wd001195 After accessing the diagnostics system the display board is checked for correct operation All the LEDs and if featured the display light in seguence When the various buttons are pressed the corresponding LEDs light The display shows a binary code corresponding to the code of the button pressed and the buzzer sounds When the FABRICS or TEMPERATURE buttons are pressed the corresponding LED lights for a moment and the binary code is displayed On completion of the test the buzzer sounds and the system passes to the previous or subseguent phase of the diagnostics cycle Table of button codes models without display LED O LED OFF e LED ON The display board test is performed automatically even if the board is powered while not connected to the main PCB and the programme selector TSE P 02 00 EB 42 60 599 35 24 30 7 4 Diagnostics cycle When the FABRICS 1 or TEMPERATURE 2 buttons are pressed the system passes to the previous or subsequent phase of the diagnostics cycle The LED corresponding to the phase of the diagnostics cycle lights wd001197 LED Function Components Operating Parameters tested actioned conditions displayed 3 Water fill to wash door interlock Door cl
45. liance will not drain the tub at the end of the final rinse and at the end of the cycle the LED corresponding to the START PAUSE button and where applicable the phase indicator LED will begin to flash to indicate to the user that the water in the tub must be drained 5 In COTTON cycles it adds three rinses and eliminates all spin cycles gt In SYNTHETICS cycles it adds a rinse and eliminates all spin cycles gt In all OTHER cycles it eliminates all spin cycles The following options can be selected to complete the programme drain and spin Press START PAUSE The appliance will drain the tub and then perform a spin cycle at the maximum speed for the programme previously selected select a spin speed using the SPIN button and then press START PAUSE drain only Press SKIP RESET once until the DRAIN LED lights then press START PAUSE In the case of WASHER DRYERS this option can not be selected if the drying phase at the end of the cycle has already been selected 2 43 SOAK button This option can be selected in COTTON SYNTHETICS and DELICATE FABRICS cycles but only in the programme selection phase and adds a pre wash at the beginning of the cycle which consists of the following phases gt water fill and heating at 309 C gt a soak phase of about 30 minutes The DELAYED START button if featured can be used to select a SOAK time from 1 hour to 24 hours The delay time will be shown in hours in the display window d
46. ling 2 is connected in series to the heating element The temperature is controlled directly by the main PCB via an NTC temperature sensor Two versions of the NTC sensor exist depending on the type of tub their shape is different but their characteristics are identical 1 Plastic casing 2 Metallic capsule 3 NTC resistor 4 Terminals 3 1 NTC resistor oes e eee 2 Metallic capsule 2 3 Terminals ZAR D SK i 4 Plastic casing S N 4 1 2 TEMPERATURE RESISTANCE Q C Rated Maximum Minimum 20 6050 6335 5765 60 1250 1278 1222 80 640 620 660 5 8 Drain cycle The drain pump is powered directly by the main PCB via a TRIAC TSE P 02 00 EB 37 60 599 35 24 30 6 Drying circuit washer dryers The drying system is identical to that used for washer dryers with traditional timers There are 2 versions Standard with drying heating elements of 700 700 W High performance with drying heating elements of 100011000 W Fan Fan motor Drying heating elements Heating element casing Duct Door gasket Tub Tub condenser hose Drying condenser 10 Manifold 11 Condensation water inlet valve 12 Condenser manifold pipe 13 Body filter 14 Drain pump 0 NOUO d LV Automatic drying cycles the drying time is controlled by the microprocessor to provide the desired level of humidity The drying cycle may be carried out at the end of the washing cycle o
47. n can be used to delay the start of the programme for up to 24 hours The selected delay time is shown on the display for approximately 5 seconds after which the duration of the programme is displayed The DELAYED START option must be selected after selecting the programme and before pressing START PAUSE The delay countdown is decremented at intervals of one hour and is shown on the display To modify or cancel the delayed start time press START PAUSE to set the appliance to PAUSE press the DELAYED START button until the display shows the new delay time or Oh press START PAUSE again The porthole door remains locked during the entire delayed start period the door pilot lamp lights If itis necessary to open the porthole door set the appliance to PAUSE mode After re closing the door press START PAUSE If the SOAK option has been selected the delay time becomes the soak time SOI DT 2002 06 eb 13 599 35 27 25 2 9 Programme phase LEDs When the programme has been selected the LEDs corresponding to the various phases in the programme light When the programme starts only the LED corresponding to the current phase remains lit 126 Green Door Prewsh Door Drying only for Drying only for p washer dryers washer dryers Filter Gogga Filter Clogged L33 Gem _ Em md Door LED The following table shows the door LED the function Led Status Meaning
48. nd SYNTHETICS This option increases the phases of drum movement after the heating phases The INTENSIVE HEAVY SOIL option cannot be selected together with the STAINS QUICK and ECONOMY options 2 4 7 SHORT or VERY SHORT CYCLE LIGHT SOIL DAILY button This option can be selected during the entire duration of the wash programme and is available in cycles for COTTON SYNTHETICS and DELICATE FABRICS it reduces the duration of the cycle When this option is selected in COTTON and SYNTHETICS cycles it modifies the rinse sequence as well as reducing the times one rinse is eliminated and the water fill level in the remaining rinses is increased It cannot be selected together with STAINS INTENSIVE and ECONOMY options 2 4 8 LEVEL OF SOILING button This option can be selected during the entire duration of the washing programme The standard programme is set for NORMAL soiling By pressing this button the level of soiling can be modified HEAVY INTENSIVE this option can be selected only in cycles for COTTON and SYNTHETICS LIGHT SHORT CYCLE this option can be selected only in cycles for COTTON SYNTHETICS and DELICATE FABRICS The functions of these options are as described for the corresponding individual buttons 2 4 9 BIO button This option can be selected only after selecting the type of fabric and can also be selected during the washing phase The BIO option can be selected only in cycles for COT
49. o CALIBRATION 35 15 Tout 10 Washing WATERFILL 40 15 OFF Tout 15 MOVEMENT 40 15 PWL3 MOV T WATER FILL 115 50 OFF Tout 15 MOVEMENT 115 50 PWL4 MOV 4 HEATING 115 50 PWL4 MOV Tout 40 MOVEMENT 115 50 PWL4 MOV HEAT MOV 115 50 PWL4 MOV WATER DRAIN OFF i Tout 10 TIME WATER l DRAIN SE U MOVEMENT OFF WATER FILL 160 80 OFF Tout 15 MOVEMENT 160 80 PWL4 MOV 3 WATER DRAIN OFF i Tout 10 TIME WATER l DRAIN Ore i MOVEMENT OFF i 5 WATER FILL 160 80 OFF Tout 15 MOVEMENT 160 80 PWL4 MOV 3 WATER DRAIN OFF i Tout 10 TIME WATER i DRAIN os 3 Rinse MOVEMENT OFF i 5 softener WATER FILL 115 50 ELV2 ELV3 OFF Tout 15 MOVEMENT 115 50 ELV2ELV3 N MOV 30 WATER FILL 160 80 ELV2 ELV3 OFF Tout 15 MOVEMENT 160 80 ELV2 ELV3 PWL4 MOV 5 Spinning WATER DRAIN i Tout 10 SPINNING i Tout 20 MOVEMENT E i T cow Q Oo By oo ho 4 6 30 Hand wash Traditional Eco ball W2C01450 Handwash 30 TRADITIONAL Levels Description Drain Elv Det Movement P Time Ecoball Tradit PPP COMP CALIBRATION 40 15 40 15 Tout 10 Washing WATER FILL 40 15 40 15 Sr MOVEMENT 40 15 40 15 PWL3 MOV WATER FILL 140 90 150 80 OFF Tout 15 MOVEMENT 140 90 150 80 PWL4 MOV 4 HEATING 140 90 150 80 PWL4 MOV Tout 40 MOVEMENT 140 90 150 80 PWL4 MOV HEAT MOV 140 90 150 80 PWL4 MOV WATER DRAIN OFF i Tout 10 TIME WATER l E DRAIN OFF 1 MOVEME
50. osed water fill to anti Water level in compartment wash solenoid overflow level for max 10 min mm 4 Water fill to pre wash door interlock Door closed water fill to anti Water level in compartment pre wash solenoid overflow level for max 10 min Imm Water fill to conditioner door interlock Door closed water fill to anti Water level in 5 compartment pre wash solenoid overflow level for max 10 min mm wash solenoid Hot water fill or fill to 6 bleach compartment certain models only door interlock hot water or bleach solenoid Door closed water fill to anti overflow level for max 10 min Water level in mm Heating and in Jetsystem models recirculation door interlock wash solenoid if level is lower than the Door closed water fill to above anti boiling level if not yet reached heating for max 5 Water temperature in C 7 antiboiling device min or to 55 C recirculation pump Jetsystem models heating element Check for leaks from door interlock Door closed water fill above Motor speed 8 tub wash solenoid if level is 150mm level if not yet reached rpm 150mm motor until the drum reaches motor 250 rpm Drain and spin check door interlock Door closed water drain motor Motor speed 9 for pressure switch drain pump movement until maximum spin rpm 10 congruency motor speed is reached Drying washer dryers door interlock Door closed water drain toa INTC drying only drain p
51. ports d Extract the electronic board housing e Disconnect the connectors 9 2 Control panel Remove the cover 1 Extract the detergent drawer 3 Unscrew the control panel screws to control support 4 Unscrew the support crossbar screws to control panel and release the fixing wings 5 6 e Disconnect the wiring connector from the display board and remove the control panel eoocmo 9 2 1 Control Display board Remove the control panel Disconnect the wiring from the board c Unscrew the fixing screws to electronic board housing control panel 7 d Extract the board housing assembly releasing it from the control oo SOI DT 2002 06 eb 56 599 35 27 25 ic circuit diagrams 10 Bas 10 1 Version with AC motor wd001179 i 1 1 1 1 pl 1 1 1 1 YE 1 4 1 1 1 1 SA wo H N NM E 1 br aa uc pt o co Lo wo amp O O SO gt 1 1 1 Line door User interface Motor triac sensing Rec Sensing 2 Sensing Sensing LA Jor triac sensing Main electronic board ON OFF A Sse a We 3 2 analogic 9 1 iN H TA 1S pally NSDO O ex mol CO OO CN o LO i LO MO S71 ONI Iau 1 1 1 po dora As ISP jp quo 1 cx c4 c cu cw ex EcL O MO O MO be al c MU SH I 1 1 EN Y Zi ed E roe I I Pr 1 LO co 1 I I 1 1
52. r each fill phase E10 valve hydraulic circuit of pressure switches pressure switches wiring main PCB 0 0 Problems with water fill in drying phase Cycle PAUSED Tap closed or mains pressure insufficient solenoid E12 0 0 maximum 10 minutes for each fill phase during E10 valve hydraulic circuit of pressure switches in the wash load untangling phase pressure switches wiring main PCB 0 0 Problems with water drain in wash phase Cycle PAUSED Drain hose obstructed filter blocked drain pump E21 maximum 10 minutes for each drain phase E20 pressure switches wiring main PCB 0 1 0 0 Problems with water drain during drying or Heating phase Drain hose obstructed filter blocked drying 0 0 drying condenser blocked skipped condenser blocked drain pump pressure switches E22 ned E20 daa nd 1 1 anti boiling pressure switch closed wiring main PCB 0 0 on full 0 0 Electronic pressure switch circuit faulty Cycle blocked Electronic pressure switch wiring main PCB E31 0 0 frequency of pressure switch signal out of ES with door closed 1 0 limits 1 1 0 0 Incorrect calibration of electronic pressure Cycle PAUSED Tap closed or mains pressure insufficient solenoid E32 0 0 switch electronic pressure switch level different ab valve hydraulic circuit of pressure switches 1 1 from 0 66 mm after initial calibration drain and pressure switches wiring main PCB 1 0 anti boiling pressure switch on empty 0 0 Incongruence
53. r separately Three types of drying can be selected e Extra dry for cotton only e Cupboard dry cotton and synthetics e Iron dry for cotton only Time controlled cycles the drying time is selected by the user maximum 130 minutes for cottons 100 minutes for synthetics Cooling At the end of all drying cycles a cooling phase takes place The drying heater is powered directly by the main PCB via two relays and the contacts of the safety pressure switch In cycles for synthetic fabrics drying takes place with only one of the branches of the heating element in operation half power For cotton cycles both branches of the heating element are used full power The fan motor is powered by a different relay the solenoid valve is powered by a TRIAC TSE P 02 00 EB 38 60 599 35 24 30 6 1 1 Temperature control An NTC sensor fitted to the duct is used to control the drying temperature two safety thermostats one of which is a manual reset type are fitted to the casing of the heating element Standard Version High performance Version 1 NTC sensor for control of drying temperature 2 Automatic reset safety thermostat 3 Manual reset safety thermostat 150 C 4 Drying heater NTC Sensor resistance at 25 C Manual reset safety thermostat Normally closed opens at 150 C Automatic reset safety Normally closed opens at 98 C Normally closed opens at 110 C
54. ran nnn nn nnrrnnnninnnnnrrnennnnnn 58 10 3 Key to circuit diagram ssh nnne 59 SOI DT 2002 06 eb 4 599 35 27 25 1 General characteristics Washing machines with EWM2000 electronic control system analog electronic pressure switch _ anti foam control function unbalance control system FUCS jetsystem or traditional washing system with Eco Ball Total exchange jetsystem or traditional rinse system Spin speeds up to 1600 rpm commutator motor AC or DC with separate converter heating element in the tub 1950W Handwash programme rinse hold night cycle Washer dryers water condensation drying system automatic or time controlled drying cycles drying heater 700 700 W SOI DT 2002 06 eb 5 599 35 27 25 2 Control panel The control panel fitted to the appliance may be different depending on the control display board gt different design of the panel on the number of buttons LEDs gt the different configuration of the buttons wd001133 5 6 117 8 9 10 WASHING MACHINES WASHER DRYERS 1 FABRICS button 2 TEMPERATURE button 3 SPIN button 4 OPTIONS button 5 OPTIONS button 6 OPTIONS button 7 START PAUSE button 8 SKIP RESET button 9 DELAYED START button 10 Programme phase indicator LEDs 11 Display window 12 ON OFF button 13 Pilot lamp 10 11
55. rectly connected to the main electronic PCB 1 air inlet hose 2 diaphragm 3 coil 4 electronic circuit oscillator 5 core 6 spring 7 calibration screw 8 connector 3 The pressure switch is connected by a hose to the pressure chamber When the tub is filled with water the pressure z created inside the hydraulic circuit expands the N diaphragm This in turn modifies the position of N the core inside the coil thus changing the N inductance and the freguency of the oscillating N circuit The electronic PCB according to the N freguency recognizes the guantity of the water in the tub H I mE 8 8 Freguency variation according to pressure Hz i wdOD0755 a5 44 43 xs a 37 36 126 i i 0 50 75 100 150 200 250 300 mm H20 TSE P 02 00 EB 33 60 599 35 24 30 WD00220 5 3 Instantaneous door safety device Certain models are fitted with an instantaneous door safety device this means that the door can be opened as soon as the drum stops rotating PTC solenoid protector Solenoid Lever mechanism Cam PTC bimetal Electrical contacts main switch Latch NOaKRWN gt 1 Main switch 2 Solenoid 3 PTC solenoid protection 4 Bimetal PTC wd001004 5 Connector Operation principle When the ON OFF button is pressed to switch the appliance on the bimetal PTC is powered the cam is in a position which prevents the latch from moving outwards When the START PAUSE button is pre
56. s to the diagnostics configuration system press the FABRICS or TEMPERATURE buttons until LED L9 lights wd001199 The alarm condition is shown on the display or the corresponding binary code flashes on the wash phase LEDs gt The first four LEDs indicate the first digit of the alarm code gt The second four LEDs indicate the second digit of the alarm code For example if an E41 alarm condition door open is generated the display will show E41 or if the appliance does not feature the display window the second LED in the first group equivalent to 4 in binary code and the fourth LED in the second group equivalent to7 in binary code will flash If no alarm condition has occurred E00 is displayed 7 6 1 Diagnostics cycle alarms If a malfunction should occur during the course of the diagnostics cycle the relative alarm codes are displayed In this case too the wash phase LEDs or the display show the error code flashing Binary codes The table below shows how to convert the binary code displayed by the LEDs into the corresponding decimal number O LED off e LED on TSE P 02 00 EB 45 60 599 35 24 30 7 7 Alarm codes 0 LED off 1 LED flashing Alarm LED LED Nos User Effect Possible causes code L26 29 L30 33 Beseripuor of fault code 0 0 Problems with water fill in wash phase Cycle PAUSED Tap closed or mains pressure insufficient solenoid E11 0 0 maximum 10 minutes fo
57. ssed to start the programme the main PCB transmits a signal duration 20 msec to the solenoid at least 6 seconds after the appliance is switched on The solenoid causes the cams to rotate one position This raises the latch which holds the cursor of the door safety device in position and at the same time closes the contacts of the main switch which thus powers all the components in the appliance At the end of the programme the board transmits two signals at an interval of 200 msec and having the same 20 msec duration the first signal moves the cams a further position though without releasing the latch the second signal which is transmitted only if the system functions correctly moves the cams another position which causes the latch to retract thus releasing the safety device At the same time the contacts of the main switch are opened Conditions of door opening Before transmitting the door aperture signal the main PCB checks that the following conditions are observed e the drum must be stationary i e no signal received from the tachometric generator e the water must not be above the lower lip of the door e the temperature of the water must be not more than 40 C Automatic release device In case of a power failure or if the appliance is switched off using the ON OFF button or if the solenoid should malfunction the bimetal PTC cools over a period varying from 55 seconds to 4 minutes at a temperature of 65 C after
58. ten eaten ans eon soa ede 25 4 9 1 Examples of operation of the unbalancing control function cccccccnnnnnnnnnnnnnnnnnnnnnnnnnnnnos 25 4 10 7Spin les itte n irte entente eae ed antes uen 27 4 104 SPINIMPZOCO INP SEG T3 rre e er e e eric YY DFO DL 27 4 10 2 SPIN IMP CO SP SEGCT aterert aerae eves GYNYG eyes a about Do 27 4 10 39 SPIN IMBB5 ir HDD te sb esa tee be estu YY ROD USE 27 4 10 4 SPIN IMPT c eaa ama ame nte nee erm beans 27 4 10 5 SPIN IMBA acs ee a eed otis ieee ates ees en eme eem ee rete GYR 28 4 10 65 SPINAMBG RINSE catala n la ERR tee 28 45107 gt SPIN IMPO6 IND SEC T iter etre teret ete eate Ere tae dae rae Ere tae te ru he Eua e tne t baaa 28 4 10 87 SPIN IMBGESBPSSEGT tnter titer rte 29 4 10 97 SPINHMBG QUICK x nate tette tret the eate aret ehe tbe treat ru be Peta e tne tu heo era 29 4 10 10 SPINCIMBESE sy vies aiio eet tote sida 29 4 10 11 SPINHAMBPEBEFORE GE 2 etettetete tton reta e tbe eher earn ehe teta etae ru be Peta e tne e he Ea eh end 29 4 10 12 gt SPIN IMPOF Od A QE cerent terere buttare ia 30 4 10 13 SPIN IMPOF Od DG zat tette rete ete ehe reta earn ehe teta ae ru be Prata tone tu he na NEL Au 30 4 10 14 SPIN IMPEESQUIGK uil YRR thee asia 30 Technical Characteristics rca itecto eaotetate tbe etatezde etate dae e tata dose tate z oce aaae araar bee tate iR RaNo Ear 31 5 1 EWM2000 Electronic control unit e enne nns 31 5 1 1 Microprocessor memories main PCB
59. ump level lower than the anti boiling temperature drying heater full device drying heater for max sensor on duct 10 power 10 min or until the drying and condenser fan motor temperature sensor fitted to in C condensation solenoid the duct detects a temperature of 150 C displayed alternately for 2 Sec When the max time is exceeded timeout error E61 is normally displayed insufficient heating during wash since although the heating is performed with the drum still not every appliance can reach the 55 C temperature in 5 minutes In most cases this time is sufficient to control the heating to reach the pre set temperature repeat this phase without draining the water skip for a while to another diagnostics phase and then go back to heating control phase again If an alarm condition occurs during the course of the diagnostics cycle the appliance stops and the display or LEDs flash to indicate the alarm code TSE P 02 00 EB 43 60 599 35 24 30 7 5 Alarms wd001198 The electronic control unit detects and recognizes any malfunctions in the operation of the appliance in which case an alarm condition is generated Alarm conditions may be of three types cycle paused cycle blocked current phase skipped Only four alarm conditions are normally displayed to the user problems with water fill problems with drain door open communication error between the
60. unctions SOI DT 2002 06 eb X options 16 599 35 27 25 4 Washing programmes charts Key to programmes Description Calibration Drain sub phase for calibration of the electronic pressure switch Levels mm H20 Level expressed in water mm full empty Pumps OFF Pump off ON Pump on LEV Pump on from one level of pressure switch Water inlet valves ELV2 Prewash ELV3 Wash ELV2 ELV3 Prewash wash softener Refilling NR Normal refilling vT Total exchange refilling virtual tank Dis Refilling disabled Time Minutes Seconds Tout Max time timeout Drying TMP It is active up to the selected temperature Motor movement Code Pause sec Movement sec Speed rpm D_MOV 12 4 55 E_MOV 5 8 55 E1 MOV 4 12 75 SE MOV 4 21 55 40 N MOV 8 8 55 PWL1 MOV 40 1 35 PWL3 MOV 12 1 35 PWL4 MOV 57 1 35 COLD MOV 4 12 40 DRY MOV 57 3 55 CR3_MOV Unidirectional movement 80 DLD_MOV Unidirectional movement 40 OFF No movement 0 SE_MOV Mov 1 3 5 7 9 11 13 15 17 19 21 23 25 PM SOI DT 2002 06 eb 17 599 35 27 25 VT movement during rinses in jetsystem total exchange COTTON programmes Only for models with circulation pump jetsystem During these phases in which the motor rotates at high speed if the electronic pressure switch detects that the water in the tub falls below a certain level th
61. ure TSE P 02 00 EB 40 60 599 35 24 30 7 2 Diagnostics system The diagnostics system can be used to check the correct operation of all the components in the washing machine After accessing the diagnostics routine the display board is checked for correct operation All the LEDs ana if featured the display light in sequence Press the FABRICS button 1 to pass to the subsequent test phase LED L 1 lit Press the FABRICS button again to increment the number of the phase controlled After the last phase the display returns to its normal condition The LED corresponding to the phase being tested lights L1 gt L10 Press the TEMPERATURE button 2 to decrement the number of the phase controlled After the last phase the display returns to its normal condition L10 L1 DIAGNOSTIC CONTROL SYSTEM PHASE LED lit Function tested 0 All in sequence Tests the display board 1 L1 Water fill to wash compartment in the dispenser 2 L2 Water fill to pre wash compartment in the dispenser 3 L3 Water fill to conditioner compartment in the dispenser 4 L4 Hot water fill or cold water fill to bleach compartment certain models only 5 L5 Heating and in Jetsystem models circulation pump 6 L6 Rotation of drum at 250 rpm with water in the tub test for leaks from tub 7 L7 Drain and spin at maximum speed pressure switches 8 L8 Drying washer dryers only 9 L9 Displays the last a
62. uring the selection phase after the cycle has been started the delayed start countdown will be shown in hours until it falls below 10 hours after which the time will be shown in hours and minutes gt the water is drained and the appliance passes to the subsequent phase The SOAK option cannot be selected together with the STAINS and PRE WASH options 2 4 4 STAINS button The STAINS option can be selected in COTTON SYNTHETICS and DELICATE FABRICS cycles with temperatures of 40 C or higher and can also be selected during the washing phase This option adds the STAINS phase in which special additives are introduced into the tub from the pre wash compartment after the BIO phase with heating to 40 C and an additional 10 minutes of motor movement The STAINS option cannot be selected together with the PRE WASH SOAK INTENSIVE and QUICK DAILY options 2 45 ECONOMY button This option is available only in cycles for COTTON and SYNTHETICS with temperatures of 30 C or higher The ECONOMY option reduces the temperature of the programme and increases the drum movement phases after the heating phases The ECONOMY option cannot be selected together with the INTENSIVE HEAVY LIGHT SOILING and QUICK CYCLE DAILY options SOI DT 2002 06 eb 10 599 35 27 25 2 4 6 INTENSIVE HEAVY SOIL button This option can be selected during the entire duration of the washing programme and is available only in cycles for COTTON a

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