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SERVICE MANUAL WASHING

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1. 300 200 100 101 201 301 9 3 9 COT CF Cotton Linen Final Spin COT CF final cotton d E 300 200 100 51 1 551 9 3 10 SYN CF Synthetics Intermediate and Final Spin SYN_SF intermediate final 1000 800 700 51 101 151 201 251 SOI DT 2004 07 dmm 29 65 999 36 54 15 9 3 11 DEL_ CF Delicates Final Spin DF final delicates 9 3 12 251 WOOL_CF Hand Wash and Wool Final Spin WF final wool FUCS 1100 1000 900 800 IMP 450 700 FUCS 600 500 450 400 650 300 850 200 100 2 01x x 1000 20 9 3 13 101 201 Easy iron Impulse Cycle El EASY_IRON_IMP g sec FUCS 1000 900 800 450 700 FUCS 600 200 650 400 FUCS 300 800 200 FUCS 100 900 0 x l AIRE x ax 101 151 201 251 301 351 401 9 3 14 Intermediate Spin for Cotton Linen CSR with Super rinse option 9 3 15 Movement during drying phase DRY_MOV Notes FUCS antiunbalance function before spin phase x variable duration e in the diagrams the speed is indicated as rotations per minute and the time in seconds SOI DT 2004 07 dmm 30 65 599
2. C S min with AS control 33 Dan Time ON OFF NOmov J 20see The data are indicative PW Prewash W Wash AS Anti foam control C Only if cycle begins with a wash phase and not with a prewash SOI DT 2005 01 dmm 20 65 599 36 82 56 8 4 Rinsesof Cotton Linen programmes 90 Eco 40 60 energy label without options 8 4 1 For programmes with two rinses PHASE Description Drain pump Recirc Deterg Motor Movement CYCLE A I I Water fill ee penso COT_FIRST_E_R_LEV asa re E Spin Time ON OFF ci B min with AS control EN Water fil Level OFF OFF SF MNOmo COT LAST E R LEV 39 Maintenance Time OFF OFF 55 8 8 30see 40 The data are indicative BL Bleach SF Softener W Wash AS Anti foam control Last rinse softener 8 4 2 For programmes with three rinses PHASE Description Drain pump Recirc Deterg Motor Movement CYCLE ld uM NE ALE Water fill Tom maa pere COT FIRST E R LEV Empty Elect 14 sec sn em er 5 min with AS control Water fill COT_INT_E_R_LEV Sa re to a ST Elect 14 sec Spin Time ON OFF ci 5min with AS control _ Water fill Level OFF OFF SF NOmow J Maintenance Time SEE ot a la see Ri ici Ki Last rinse softener The data are indicative BL Bleach SF Softener W Wash AS Anti foam control SOI DT 2005 01 dmm 21 65 5
3. Number of rinses for the options Sensitive Night cycle Easy iron No spin Night cycle Easy iron No spin Super rinse Very short COTTON Normal Very short SYNTHETICS 3 Very shot 2 3 DELICATE Normal 31 14 PROGRAMMES N B The HALF LOAD option subtracts one rinse from all COTTON programmes except for the VERY SHORT programme The turbidity sensor adds one rinse if there is too much foam or the water is very dirty in all programmes except COTTON ECO and SYNTHETICS SOI DT 2005 01dmm 16 65 599 36 82 56 7 5 Display certain models only The following information appears on the display Three flashing dashes appear when the appliance is switched on The duration of the wash programme appears when the programme is selected This value is the amount of time necessary for washing the maximum load of laundry for the type of programme selected When the programme is started the time counts down minute by minute The end of the programme is indicated by a 0 when the door can be opened Delayed start is selected using the relative button When the START PAUSE button is pressed the time begins counting down and decreases an hour at a time until 2 hrs remain then the decrease is 30 minutes at a time An alarm code indicates a malfunction has occurred 7 6 LEDs These LEDs display different information depending on machine configuration the end of cycle LED is presen
4. oolongdrainphase lt T Ta alain too long drain phase Drain filter dirty blocked specific LED Hei NNNM too much foam during drain phases Drain filter dirty blocked m A QJ O 00 L Q Control water intervention Water leakage on the base faulty water control device Water drain and cycle blocked OFF reset Low pressure of water fill no signal of flow mete Tap closed low water fill pressure Reset and solenoid open SOI DT 2005 01 dmm 59 65 599 36 82 56 15 ACCESSING COMPONENTS Procedures for accessing specific components on the appliance are described in this section For information on other procedures see the general service manual for P6000 washing machines 599 35 23 17 The electrical components must be serviced by qualified personnel only Unplug the appliance before accessing internal components 15 1 Flow meter If the flow meter malfunctions the entire solenoid valve assembly must be replaced 15 2 Aqua Control Disconnect the connector v Insert a screwdriver into the holes indicated by the arrows and release the fasteners that attach the component to the base frame To attach the cover onto the base frame V First slide in the part indicated by the arrow A then push the cover in the direction shown by the arrow B SOI DT 2004 07 dmm 60 65 599 36 54 15 15 3 Turbidity sensor gt Disconnect the connector Loosen the clamps shown by the arrows and
5. Turbidity sensor Flow meter Analogue pressure switch Fan motor NTC temperature sensor drying NTC temperature sensor humidity NTC temperature sensor washing Thermal cut out motor Stator motor Rotor motor Tachometric generator motor Mop c Quos SR SOI DT 2005 01 dmm 63 65 599 36 82 56 BASIC CIRCUIT DIAGRAM WM 17 LINE ON OFF AL XOLOA S ee S 14 431V3H jal AB S NE R S LI 599 36 82 56 64 65 SOI DT 2005 01 dmm 17 1 Key for circuit diagram WM Electrical components on appliance Components on main board Main board Interference filter Drain pump Aqua control ON OFF switch built into selector Anti boiling pressure switch AE2 Door lock unit Heating element Anti boiling pressure switch AE1 Anti overflow pressure switch Recirculation pump Pre wash solenoid valve Wash solenoid valve Bleach solenoid valve Pilot lamp Selector Control display board Turbidity sensor Flow meter Analogic pressure switch NTC temperature sensor Thermal cut out motor Stator motor Rotor motor Tachometric generator motor SO SR SOI DT 2005 01 dmm BEL_TY Bleach solenoid Triac DOOR_TY Door interlock Triac DRAIN TY Drain pump Triac Recirculation pump Triac Heating element relay Motor relay clockwise rotation Motor relay anti clockwise rota
6. wow maj oe om w Nom mr ol va time G m 9m om m m o ow mmm EEE m ml ajo erp m 34 Spin Time 4 5 min with AS control Dawes m e or 10 o some gt ES ewe 2nd Rinse 5 min The data are indicative PW Prewash BL Bleach SF Softener W Wash AS Anti foam Last rinse softener SOI DT 2005 01 dmm 23 65 599 36 82 56 8 7 Programmes for delicate fabrics cold 30 40 without options PHASE Description Drain pump Recirc Deterg Motor Movement CYCLE Pump Disp Rpm Movem Pause 420 TJ 30 J Calibration se on joa RC in PS e Ce fa a ra i 4 min 6 Heating Temperature OE ON N ee n Heating up to 30 Eg D T aaaaa ME Empty 14 sec KN Calibration eee Water f SOFT LEV adi e di rai ru 1 min Water fill EE CE EPOR rom DEL FIRST W LEV 1 min I z Tam rene on 3 ON 35 15 sita 40 15 Maintenance Time OFF N 35 15 w IE N el min 10 min 10 min Fig more ON n te 40 om m oa j o Empty 14 sec Water fi tesi ro roa DEL FIRST R LEV 3 min Empy 4se O CEI II CA A CC E mh Water fi O DELITO O E Empysi sen OO O O nm ar ae lett m Water fl DEL LAST R LEV EE mi Serra 8 Water fi tesi n fore fe i n Ost 4 Litres To 3 min 3 om 0c ta amp c Empty aS Drain Time OON OFF J 55 4 12 Amin o a i H Time ON or tb 700Rpm The
7. 90 120 90 WOOL SEC W LEV Waterfilsecondlevel 130 90 130 90 115 90 WOOL REF R LEV Water fill rinse level _ 150 120 120 90 120 100 The measures are expressed in mm SOI DT 2004 07 dmm 31 65 599 36 54 15 10 TECHNICAL CHARACTERISTICS 10 1 EWM2000EVO Electronic control The EWM2000 EVO electronic control consists of a main PCB 1 anda control display board 2 10 1 1 Functions of the circuit board wd000601 PROGRAMM E gt DISPLAY BOARD SELECTOR ELECTRICAL LOADS MAIN CIRCUIT BOARD gt The circuit board receives signals relative to the cycle settings via the control display board The buttons the LEDs and the display are also mounted on this board which is connected to the programme selector The board also powers all the electrical components solenoid valves washing motor drain pump heating element door interlock The board controls the temperature of the washing water via an NTC sensor as well as the speed of rotation of the washing pump according to the signal received from the tachometric generator It checks the water level in tub via the level pressure switch and the safety one It controls the water level via the flow meter It checks the turbidity of the rinse water via the turbidity sensor DIL y Q 10 1 2 Memory in the control system Power Fail and machine status Asynchronous Bunch EEPROM C
8. Rinse Hold Extra Rinse Pre wash Soak Sensitive Vigorous No spin Programme phases Pre wash Wash Rinses Spin End of cycle Temperature 6 2 Programme selector The programme selector determines the type of washing cycle e g water level drum movement number of rinses and the washing temperature to be selected for each type of fabric The programme selector may be rotated in either direction clockwise or counter clockwise The first position is used to cancel the current programme and if the main ON OFF switch is built into the programme selector to switch the appliance off 6 3 Start Pause Start After selecting the programme and the desired options press this button to start the cycle If the delayed start option has been selected the count down will begin and will be shown on the display The LED stops flashing and remains lit for the entire duration of the programme Pause If the button is pressed again the current programme is interrupted and the display or the corresponding LED begins to flash When in pause mode the door can be opened but only if the machine is not performing the heating phase the water level is not high and the drum is stationary During the pause the following modifications can be made to the programme the OPTIONS for the cycle can be modified before the start of the phase in which they are activated the SPIN selection can be modified before the beginning of the final sp
9. 130 min RH kenn EE REIN COND ho i DRYING SOI DT 2005 01 dmm 27 65 599 36 82 56 9 3 Drum movements at low speed and during spin 9 3 1 D55 Delicate movement D55 sec gl 12 0 o Ss Seat L R pu M gt al al kuus 12 0 s d Jura RA ma s s s1 lsl i i l i ag h N I O1 I Peet 9 3 2 N55 Normal movement N 55 C gl S 95 00 00 00 00 D 9 3 3 E55 Vigorous movement E 55 sec gl 60 3 0 10 99 3 0 10 55 9 3 4 PWL 1 wool Delicate movement PWL 1 sec gi 40 0 1 35 40 0 6 T6 BG 106 116 126 135 146 156 5 178 188 195 206 216 226 236 1 35 9 3 5 PWL 4 hand wash Delicate movement PWL 4 sec gl 57 0 1 35 of 0 h tod b N P K xad LET m co AAA T6 86 6 106 116 286 138 148 158 168 178 185 196 206 210 226 238 Ln 1 35 iB in cp d de RTT DI 3 SOI DT 2004 07 dmm 28 65 599 36 54 15 9 3 6 Cotton Linen Synthetics CO Intermediate Synthetics Prewash Spin CO Prewash gl FUCS 300 FUCS 450 FUCS 450 650 51 101 201 900 800 700 4 600 500 400 300 200 100 9 3 8 C1 Cotton Linen Rinses Intermediate Spin C1 intermediate 1100 1000 900 800 700 600 500
10. alarms e The families of alarm codes are expressed in hexadecimal form so the letter gt A is represented by 10 flashes gt Bis represented by 11 flashes ue Fis represented by 15 flashes e Configuration errors are shown by a series of flashing LEDs indicating that the user interface is not configured 14 2 2 Sample alarm display Alarm E43 would be displayed in the following way e E43 is shown on the display if installed e asequence of four flashes of the End of cycle LED shows the first digit E43 e asequence of three flashes of the Start Pause LED shows the second digit E43 End of cycle LED Start Pause LED uS EU 1 1 KEL sana 3 SOI DT 2005 01 dmm 55 65 599 36 82 56 14 2 3 Behaviour of alarms during the diagnostic test All alarms are operational during the diagnostic test on components When the selector is turned to pass from one test phase to another it exits any associated alarm condition and performs the next selected test if the alarm does not recur 14 3 Notes on the behaviour of certain alarms Configuration alarms E91 this error is indicated by the flashing of all the LEDs and E90 is shown on the display if installed E92 this error is indicated by the flashing of the LEDs located above the buttons and E90 is shown on the display if installed E93 this error is indicated by the flashing of the LEDs indicating phases warnings and E90 is shown on the display if
11. and HAND WASH cycles 7 3 4 Soak A prewash phase is added lasting 30 with the same agitation as in the wool cycle at the beginning of the programme The water is heated to 30 C or may be cold if selected In COTTON and SYNTHETICS cycles a short spin pulse spin is performed before the wash phase When combined with the delayed start option a soak time from 30 minutes to 10 hours can be selected This option is not available in WOOL and HAND WASH cycles 7 3 5 Stains The motor operates for an extra 5 minutes after the water is heated to 40 C Water is run through the prewash stain remover compartment to withdraw the special stain removing product This option is not available in DELICATE FABRICS WOOL and HAND WASH cycles Agitation during washing changes from vigorous to normal 7 3 6 Short daily amp The structure of the wash phase in the COTTON SYNTHETICS programmes is modified to obtain good performance in a short time optimized for small loads 7 3 7 Very Short The structure of the COTTON SYNTHETICS DELICATE FABRICS programmes is modified to obtain very short time wash times optimized for small lightly soiled loads The number of rinses is reduced one less rinse The water level in the other two rinses is increased 7 3 8 Intensive 10 minutes of normal movement are added to the wash phase in the cotton programme SOI DT 2005 01dmm 13 65 599 36 82 56 7 3 9 Econo
12. diagnostics cycle If an alarm should occur during the diagnostics cycle operation of the machine is interrupted and the LEDs and the display flash to indicate the corresponding code SOI DT 2005 01 dmm 51 65 599 36 82 56 Phases in the diagnostic test Selector position Components activated Operating conditions Function checked Parameters displayed 1 241 All the LEDs light up in sequence When a button is pressed the corresponding LED lights up and the buzzer sounds if programmed Door lock unit Solenoid valve for wash cycle Door lock unit Solenoid valve for prewash cycle Door lock unit Solenoid valves for prewash and wash cycles Door lock unit Solenoid valves for bleach stain remover Door lock unit Solenoid valve for wash cycle if water in drum is lower than 1 level Heating element Door lock unit Solenoid valve for wash cycle if s water in drum is not at 1 level Motor 55 RPM clockwise 55 RPM counter clockwise pulse operation to 250 RPM Door lock unit Drain pump Motor to 650 RPM then max Condensation solenoid Drain pump Motor Readout cancellation of last alarm diva t re 15 9 7 9 Always active Door closed Water level below anti overflow threshold Max time 5 min Door closed Water level below anti overflow threshold Max time 5 min Door closed Water level below anti overflow
13. installed E95 this error is indicated by the flashing of all the LEDs and E90 is shown on the display if installed e Alarms EB1 EB2 EB3 if the feed from the power supply is faulty the machine will remain in the alarm mode until the masters frequency or voltage returns to normal values or the appliance is switched off If this occurs the EB0 alarm family is displayed on some appliances the display of alarms is disabled the diagnostic mode cannot be accessed and the quick readout of alarms mode cannot be used The alarm can be read only after the abnormal situation is corrected 14 4 Quick display of alarms The last alarm that has occurred can be displayed even if it is not in the tenth diagnostic position or the machine is in the normal operating mode for example while the wash programme is in progress Press and hold down buttons 1 and 2 simultaneously for at least 2 seconds the LEDs will first switch off and will then show the sequence of flashes which indicates the alarm or the code will be shown on the display The alarm sequence will continue for as long as the buttons are held down The method for interpreting this alarm is the same as the one described in paragraph 10 2 While the alarm is displayed the appliance will continue to operate If the appliance is in the programme selection mode the options previously chosen will remain selected FEE 14 5 Cancelling the last alarm After reading an alarm it
14. is disabled the water fill solenoid valves and drain pump are disabled display since the phases in the demo cycle are very quick one second corresponds to one minute of a real cycle the time until the end of the cycle decreases by one unit every second lt must be remembered that the time until end of the cycle does not always correspond to the real time of a cycle alarms for safety reasons the following alarm families are enabled E40 door closure E50 motor and E90 communication between circuit boards configuration 12 1 Selecting demo mode L15 mm 25mm mm L101 ENERGIESPAREN AUS KOCHWASCHE L14 mm 1240 mm 102 RUFFHISCHEN BUNTWASCHE L13 mum 23mm Lis Kn Vie SCHLEUDERN L12 mm 1220 mm 104 PUMPEN 60 e 40 60 MIX gt e 40 mm 1105 FEINSP LEN 30 mum mum mum 94962 KALT 60 PFLEGE mm 106 EN j so LEICHT fj 73 AA ae ER 01516171819 L108G mmm L108R FEINWASCHE L LEICHTB GELN Switch off the appliance Press buttons 1 and 5 or 2 and 6 at the same time holding these two buttons down turn the programme selector two positions to the right i e clockwise Hold down buttons 1 and 5 until the LEDs begin to flash 5 seconds approx The time required for running a cycle in Demo mode depends on the programme chosen 12 2 Exiting demo mode Switch off the appliance to exit Demo mode SOI DT 2005 01 dmm 50 65 599 36 82 56 13 DIAGNOSTICS MODE 13 1 Accessing diagnost
15. is good practice to delete it from memory in order to check whether it recurs during the diagnostic test performed after the appliance is repaired mm L10 ENERGIESPAREN mun 102 AUFFRISCHEN mm 1103 R mm 104 PUMPEN mm 105 FEINSP LEN L44 mum 2 0 mat KAT 60 PREGE mm 106 fd TTA asp Bep mm 1107 SEDE Day 30 19140 39 L41086 mmm L108R mom T_werm cen 1 Enter diagnostics mode and turn the selector to the tenth position readout of alarms 2 Press buttons 1 and 5 at the same time 3 Hold buttons 1 and 5 pressed down for about 5 seconds SOI DT 2005 01 dmm 56 65 599 36 82 56 14 6 Table of alarm codes Possible fault Action machine status circuit on pressure switch Pressure switch defective Wiring defective Main board defective DIL EUIY in water TII Auring CRing maximum Tap closed or water pressure too low solenoid valve pressure switch time 3 min water fill in drying during the wash K dde i Praa DU tk ee P Cycle is paused Start ater circuit pressure switches wiring main board load unrolling phase Drain tube improperly positioned Water pressure too low Water fill solenoid valve is defective Water circuit on pressure switch Cycle is paused with door locked Start is leaking clogged Pressure switch defective Drain tube kinked clogged improperly positioned Drain filter clogged dirty Drain pump defective Pressure switch defective Wiring Start Tap closed or water pressure too l
16. that is a function of water flow The turbine completes 230 revolutions for each litre of water The operating range of the flow sensor is 0 2 10 bar Using the signal it receives the microprocessor can calculate the number of litres of water passing through the solenoid valve Mechanical jamming of solenoid valve The solenoid valve may jam open without being actuated which will cause flooding if the pressure switch controlling the water level does not trip If this occurs the electronic control system which continuously monitors the flow sensor will lock the door start the drain pump and display an alarm Low water pressure If the flow sensor does not generate a signal during water fill even though power is being applied to the solenoid valve the cause of this condition may be a closed water tap or clogged filter on the solenoid valve with consequent low water pressure If this occurs a warning will be displayed and the cycle will continue for five minutes after which time an alarm will be signalled The solenoid valve controlling residual condensed water operates during the drying phase on washer dryers The alarm is deactivated because the amount of water fill is very small SOI DT 2005 01 dmm 40 65 599 36 82 56 10 9 Drain pump 1 PCB 2 Anti boiling pressure switch AE2 3 Anti boiling pressure switch AE1 4 Drain pump The PCB powers the drain pump via a triac as follows fora pre determined period
17. with information regarding appliances fitted with the EWM 2000EVO electronic control system and produced in Porcia Italy The electronic control system EWM 2000EVO consists of a main electronic board and one control display board AEG NEXXXT version The following are described e General characteristics e Control panel and washing programmes e Technical characteristics e Guide to the diagnostics For detailed information concerning hydraulic circuit structural characteristics of the appliances and accessibility please refer to Service Manual of washing machines and washer dryers Series P6000 Nexus publication no 599 35 23 17 2 PRECAUTIONS Electrical appliances must be serviced only by qualified Service Engineers Always remove the plug from the power socket before touching internal components SOI DT 2005 01dmm 6 65 599 36 82 56 3 GENERAL SPECIFICATIONS WM Programme selector 24 positions with incorporated main switch Serial port DAAS EAP communications protocol up to 38400 baud 220 240V Power supply 50 60 Hz Type of washing Jet system Rinsing system Jet system Motor Collector with tachometric generator Spin speed 850 1600 g Anti unbalancing system FUCS 1 solenoid valve with 1 inlet 2 or 3 outlets 3 compartments prewash stains wash conditioners 4 compartments prewash stains wash conditioners bleach possibility of three level pressure s
18. 36 54 15 9 4 Control of water level in tub The water fill is carried out in three ways v level fill is controlled by the electronic pressure switch level time fill the duration is calculated by the electronic to fill the set quantity level fill and time fill combined The different levels are determined by the model configuration and depend on the type of tub used Level water fill 15 Levels for COTTON LINEN T BD VO PC I VO PC VO COT SEC EW LEV Water fill second wash level for ECONOMY cycle 70 50 65 45 60 40 COT SEC NW LEV Water fill second wash level for NORMAL cycle 80 50 80 50 70 55 COT FIRST W LEV Waelerfillfrstwashlevel 90 50 85 40 85 45 COT REF E R LEV WalerfillrellECOcyde 60 20 60 20 60 20 COT REF N R LEV _ Water fill refill for NORMAL cycle 60 20 60 20 65 20 gt LevelsfforSYNTHETICS J SYN FIRST W LEV WaterfillfirstlevelSYNTHETICS 80 20 90 20 90 20 SYN LAST R LEV Waterfillfirstlevellastrinse 2 90 20 100 20 100 20 SYN REF R LEV Rinselevelrefll 60 20 60 20 60 20 LevelsfforDELICATES J J 170 145 150 ooo LevelsforHANDWASH 140 SEC 0 13 180 es RR WO WOOL FIRST W LEV Waterfillfirstlevel Ss 140 90 140
19. 4 Electrolux SERVICE MANUAL Distriparts WASHING WASHING MACHINES amp WASHER DRYERS ELECTROLUX HOME PRODUCTS ITALY S p A with Spares Operations Italy Publication no Corso Lino Zanussi 30 EWM2000EVO 33080 PORCIA PN 599 36 82 56 Electronic control With sensors Fax 39 0434 394096 EN and GG 33 Edition 2005 01 12 AEG NEXXXT display board Production ZP Porcia Italy SOI DT 2005 01dmm 2 65 599 36 82 56 CONTENTS VC E O N D f 8 9 P urpose or his TDS Ea e Un E N PI iii 6 EISBOADDPIODNS cotto dM LI UM MM SRI e CAE PIERE N AG e ee RER 6 CENERAL SPEGIFICATIONSWM alianti 7 GENERALSPEGIFICATIONS WD ae eine ae 7 BONTROBRANEE aio 8 5S4 CONTROLEDISPLAYBOARD ella 9 5 1 1 MR A dal ae nava ri auda arat pt 9 ccleaner er PRR 10 6 1 1 Configuration of Programmes una seen een 10 GZ Programme Selec OF 3 9 a ilaria 10 03 DIA 11 lt cR Tte 10 04 BUIORTUIGIOIS er TS 10 WASH PROGRAMMES AND OPTIONS 22H sen 11 iI Possible programmess ssi aio 11 12 OpilonsOrthe Washing Cy Cle srta 12 7 5 Bescription OF opon Srina aa a a a 13 7 3 1 SA Roads 13 1 3 2 Kal HOG e A vor A 13 7 3 3 EIT A S A 13 1 34 SOAK ET 13 29 pluie dalai 13 30 A ET 13 ES A adi ai ii 13 7 3 8 IMSS decos ee I sae EE i mu a 13 7 3 9 Economy Eheldy Bel ausit lalla 14 7 3 TD Sese 14 e MEZ uad mec EE 14 CoA Bleach D M MG 14 1 3 19 Hall
20. 56 13 3 1 Diagnostic test of display board and LEDs After accessing the diagnostics system the display board is checked All the LEDs and the display if featured light in sequence NIZ 15 Sme L25 m Po 4 mm L101 ENERGIESPAREN_ A KOCHWASCHE L14 mm L 24 mum A m L102 AUFFRISCHEN E BUNTWASCHE L13 mm L 23mm I I i wm L103 SCHLEUDERN 60 L12 mmm 122 11341 141 Lg 40 60 MIX L11 mmi 121 mum mm mun 1104 PUMPEN 40 E L105 FEINSP LEN 30 biet 0 PFLEGE When the buttons are pressed the L106 G KA ego LECH 151 L641 1741 net WOLLE 30 2 I SEIDE mm L107 40 a 40 30 zoo 30 gt FEINWASCHE L _ LEICHTB GELN corresponding or nearby LED lights the display shows the hexadecimal code corresponding to the code for the button pressed 13 3 2 Programme selector The table below lists the closure of contact C6 common with the rest of the contacts C1 C5 on the programme selector in the various positions and the corresponding code The code is displayed only on aappliances featuring a display panel Code a Closure of selector contact f Position of selector R displayed C6 is the common contact 1 1 This code is shown on the display SOI DT 2005 01 dmm 53 65 599 36 82 56 14 ALARMS 14 1 Display of alarms to the user The alarm system is configured that is some or all of the alarms can be partially or totally displaye
21. 99 36 82 56 8 5 Synthetics programmes cold 30 40 50 60 without options Recirc Deterg Motor Movement Movement CYCLE PHASE Description Drain pump Pum Dis gt A x1 4 A Calibration san a LEE Maintenance amp Refill Time ON H PW COT FIRST PW LEV 6j a e a ON 35 15 A Heating up to 30 D 5297 1 ON 35 15 Iz Dan me ON OF Nom Empty Elect 14 sec ES Spn Time ON IMP CO 4 5 min with AS control Calibration toe om ore Nom Dren Flow calibration Level OFF OFF PW Water fil Maintenance water softener me or oe PS a Is mn Water fil Level OF OF W SYN FIRST W LEV 3 min I ON 35 15 iu ne nea ere e e pe e La z ON 35 15 W 55 8 60 sor jf ve wm 0 em fiom nn oe LE am tr ON 35 15 W 55 10 3 40 30 i n ow oov m e sm mn mn 9m ON 35 15 W 55 10 3 15min Cooling 3 Time OFF OFF W 55 3 10 J Altes ON 35 15 2 min Dan Time ON OFF NOmow Empty Elect 14 sec The data are indicative PW Prewash BL Bleach SF Softener W Wash AS Anti foam SOI DT 2005 01 dmm 22 65 599 36 82 56 8 6 Rinses of synthetics programmes PHASE Description Drain pump Recirc Deterg Motor Movement CYCLE pump DisP Rpm Movem Pause 90 60 40 30 mam ph or now II 3 min a n jm ba CA ella m
22. AAS 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 SOI DT 2004 07 dmm 33 65 599 36 54 15 10 2 Analogic pressure switch electronic The electronic pressure switch is an analogic device that controls the water level in the tub It is directly connected to the main electronic PCB alr inlet hose diaphragm coll electronic circuit oscillator core spring calibration screw connector AK LM ONDA The pressure switch is connected by a hose to the pressure chamber When the tub is filled with water the pressure created inside the hydraulic circuit expands the diaphragm This in turn modifies the position of the core inside the coil thus changing the inductance and the frequency of the oscillating circuit The electronic PCB according to the frequency recognizes the quantity of the water in the tub WD000223 Frequency variation according to pressure SOI DT 2005 01 dmm WD00220 WD000222 wd000755 mm H20 34 65 599 36 82 56 10 3 Pressure switch Control of the water level is performed by a two or three level pressure switch which functions as follows e contact 11 14 anti boiling safety level e contact 21 24 anti boiling safety level e contact 31 32 anti overflow s
23. Automatic 40 3 Max 1200 energy label programmes gt Programme Group Temperature C u SOI DT 2005 01dmm 11 65 599 36 82 56 7 2 Optionsofthe washing cycle The selection of the options is to be carried out after switching on the appliance and setting the desired programme with the selector and before pressing the start pause button When the button is pressed the corresponding LED lights by pressing it again the LED switches off Possible options according the selected programme z Half load SET Reduced spin Rinse hold AA na COTTON SYNTHETIC FABRICS MINI PROGRAMME 30 c X x J xix soc XI lO XIX DELICATES 30 C X X EX IX x x Tx xt Cold X X X X X X X X SS E77 2 ES HE SE ce ee HHH 40 C X X X X WOOL HAND WASH SOC CX es pd gc gy I Eco p X X f up ap Ye pnl GEN cuo pe EEE EE o SOAK j RINSES x x x x x x x x CONDITIONER X x x x x DRAIN AAA AE ASE AA SAA A FAS Tp eed pep E A XIX EEREEREE Compatibility with PROGRAMMES SPIN RINSE HOLD ES ES DRAN RE AN 20 RINSEHOLD M WW IE NIGHTCYCIE MN x x X XIX x IX xX IX xX xX XxX 2 PREWASH x K x lt xix x x x x xxx x O so x MIO x X X X XX xx E SAIN x Mx XX X XIX xxx xi O INTENSIVE X xX X x M x x
24. EVO ElECHONIC CON TOL ee ee iai e ne asian ee Suche std ide sms 32 10 11 URCUOMS OF ING CIRCUIT DO an nee cunt pst o ite 32 10122 Memory INANE controls Stuart 32 10 2 Analogic pressure switch electronic eee eee eee eee eee eee aaa 34 10 3 PIESSUTESWIIEN MT 35 10 37 Pressure SWEM Set NS biblia 35 10 4 Detergentdispensersia T 35 10 5 Ant 1O8dIng device tabaccai 36 10 6 Power supply and programme selection eee aa aa ana nennen 36 10 7 Reis dinr A DT mm MEE 37 10 7 1 Voltmetric interlock with PTC eee 37 10 7 2 Instantaneous door interlock sse eee ee eee 38 10 8 Water MESySteM lhi 39 IOGT FOW ME e A dd 39 10 8 2 Operating principle of flow meter eee eee eee nana 40 10 9 DESI PUI Des ae ee Sn emt aa teri SRN ner coe kei HT 41 10 20 TRECIFCLITATION PUMP tatiana oa o sosi da a dai as 41 10 1 AUG toniolo 42 1012 Heallng SVSICM adri a i a oc lu ease dois tal A a Bi i aq 43 10 12 71 BEE A o STATEN TIS I 43 10 122 Temperature sensor eee mi ee eee ee ee eee 43 05195 MUI SENSO a E E E E EA 44 jm cio TTT 45 10 19 POWErSUPBIYLO MOIOr 2er rn 45 10 16 Anti foam control STONE AA a a 45 10 17 FUCS Fast Unbalance Control SySstemM iii 46 11 Bladi sicEel ies 48 11 1 Temperature conto Hc 49 Calcil ling the dying Me a ira 49 12 DEMO MODE Lili 50 12 1 Selecting demo mode pc DER 50 12 2 EXITING demo MOM aa 50 13 DIAGNOSTICS MODE aro IE
25. Earl 51 13 1 Accessing diagnostics Mode iia 91 13 2 Exiting dlagnosties mode Dee P 51 13 3 Phases of the diagnostics Cy Cle 22 22 biliari 51 13 3 1 Diagnostic test of display board and LEDs lulll an 53 19 9 2 Programme Selecionar a Aa o3 14 ALARN Sii da dd tust eL duda aca 54 14 1 Display or alarms to he user o ee o4 14 1 1 How alarms are displayed during normal operation eee eee o4 14 2 Kle TITR lr In Rep Ho e 95 i 2 EN DISPIAYINO AMA a io ian e ei 55 14 2 2 Sample alarm display iei eee 55 14 2 3 Behaviour of alarms during the diagnostic test naan aan eee eee 56 14 3 Notes on the behaviour of certain alarms ee ee e eee 56 14 4 Se ittes aamen maas nat NI RE e ka Ic RI o IAR PI ii 56 14 5 Gancellind the lastalar n een aaa 56 14 6 Table otalar Codes sen nee KE 57 15 AGCESSINGECOMPONENTS une ee 60 19 1 SA A uu A 60 15 2 AU o ll des 60 SOI DT 2005 01dmm 4 65 599 36 82 56 15 3 Turbidity sensor SENA ANA AAA TEN 61 19 31 dnstalling tne turbidity SEO AAA 61 16 BASIC CIRCUIT DIAG RIAN WD mal 62 16 1 Key Tor circuit diagram WD lt nice ti tao a a pc aaa cadea aaa a o tt da ela 63 17 BASIE CIRCUIT DIAGRAM WM zen een 64 17 1 Key Tor circuit diagram WM za ee Reel 65 SOI DT 2005 01dmm 5 65 599 36 82 56 1 Purposeofthis manual The purpose of this manual is to provide service engineers who are already familiar with the repair procedures for traditional washing machines
26. IV PAUSE Buttons maximum 8 positioned horizontally LEDs maximum 27 Display digits formed by 24 red LEDs Example of WD control panel AEG Sn mao ZEITVOR B GEL zer WAHL LAUFZEIT um LAVAMAT TURBO vOR zen START W SCHE FLECKEN SENSITIV SPAREN PAUSE Buttons maximum 9 positioned horizontally LEDs maximum 27 Display 3 digits formed by 24 red LEDs SOI DT 2005 01dmm 8 65 599 36 82 56 5 1 CONTROL DISPLAY BOARD 5 1 1 Version with display IR RDI Jo L101 IR TDI Jo L102 L103 2L104 L105 L106 L91 L107 9 0 L108G 00L108R gt 3 digits gt 26 LEDs 24 red one bicolour red and green gt 9 buttons Version without display IR RDI o L101 IR TDI Jo L102 ol 103 2L104 2L107 L108G naL108R gt 26 LEDs 24 red one bicolour red and green gt 8 buttons SOI DT 2005 01dmm 9 65 599 36 82 56 6 Washing programmes 6 1 1 Configuration of programmes The table below lists the parameters that can be used to define the washing programmes Type of fabric Cotton linen Synthetic fibres Delicates Wool Hand wash Mini Special programmes Soak Rinses Spin Drain Conditioner Normal Maximum initial and maximum temperatures that can be selected for a specific washing programme Bleaches Economy Energy Label Stains Short Very short Options Normal Possible Reduced spin Night cycle Half load Easy Iron
27. To start the cycle after the delay time has been started press the Start Pause button cancel the delay time by pressing the relative button and press Start Pause once again 7 3 21 Disabling the buzzer For models featuring a buzzer this device can be disabled in which case it will not sound during cycle selection or at the end of the cycle though it remains enabled in the event of an alarm To disable the buzzer press buttons 1 and 2 at the same time for two seconds The buzzer will remain disabled until the same procedure is repeated SOI DT 2005 01dmm 15 65 599 36 82 56 7 3 22 Electronic drying WASHER DRYERS certain models only Three different degrees of drying can be selected for COTTON and one for SYNTHETIC fabrics Extra dry cotton only Cupboard dry cotton and synthetics Iron dry cotton only The appliance automatically calculates the drying time is selected using fuzzy logic The drying phase may be performed automatically i e without interrupting the programme if selected together with a washing programme or as a separate programme 7 3 23 Drying time button This button is used to select the drying time for COTTON and SYNTHETIC cycles The time increases by 5 minutes each time it is pressed from 10 to 130 minutes The drying function can be selected for automatic execution after a washing cycle or as a separate programme 7 4 Variation of rinses when options are selected
28. afety level not all models 10 3 1 Pressure switch settings 10 4 Detergent dispenser The EWM 2000 plus electronic system and LCD can control different types of dispensers Pre wash Stains Wash Conditioner pre wash and stain are in alternance Pre wash Stains Wash Bleach Conditioner the pre wash stain and conditioner compartment are 2 linked together with a intersection Pre wash Stains Wash Bleach Conditioner pre wash and stain are in alternance SOI DT 2005 01 dmm 35 65 599 36 82 56 10 5 Anti flooding device 1 PCB 8 Drain pump J10 1 Line ON OFF Drain_TY_S 9 Anti overflow pressure switch HV1_S Anti overflow level sensor The third pressure switch level if featured is used as an anti overflow safety device if the pressure switch contact should open in the FULL position the PCB actions the drain pump until the pressure switch returns to the EMPTY position 10 6 Power supply and programme selection The main board 3 is powered by the Programme selector interference suppressor 1 and by the closure of the contacts of the main switch 2 The affected connectors are J6 2 neutral and J10 1 line The control display board 4 is powered at 5V by the main board through the programme selector 5 it is possible to sy CLOCK amp 8 5 select th
29. an motor Drying control sensor NTC Humidity control sensor NTC WO GQ JOM M M Drying temperature control thermostat NTC STA Safety thermostat auto reset SS 22 Manual reset safety il thermostat 150 C 4 Drying heater NTC sensor resistance at 25 C 50000 Manual reset safety thermostat Normally closed Opens at 150 5 C Auto reset safety thermostat Normally closed Opens at 110 3 C Closes at 94 5 Hoat Power 920 920 W eater Voltage 230V 240V group 56 50 56 50 61 50 61 50 Fan capacity 80 m hour Calculating the drying time In automatic cycles the NTC sensor fitted to the drying condenser is used to calculate the drying time 1 NTC temperature sensor 2 Tube from tub to condenser 3 Drying condenser SOI DT 2005 01 dmm 49 65 599 36 82 56 12 DEMO MODE A special demo cycle enables these appliances to be demonstrated in stores without the need for connection to the plumbing system Any programme on the machine can be selected and after the start button is pressed the appliance performs certain phases in that programme and not those that cannot be executed such as water fill draining and heating The cycle is carried out in the following way gt GEE the door lock unit operates normally the door is locked during operation and can be opened at the end of the cycle or during a pause motor all low speed movements are performed pulse and spin operation
30. and wash programmes cold 30 40 aan nennen enne nnne nnn aa aan a aa naa nnn 26 DIVING Programmes ee nina 27 9 1 Drying programme for cotton iii 27 9 2 Drying programme for sybthielles cess era 27 9 3 Drum movements at low speed and during spin eee nana 28 9 3 1 59 Delicate ovelTie ib unio avs E ale 28 9 3 2 NS oO Mal Move Mer a loa da e dido e delicias 28 9 3 3 ESS VIO OS Moena 28 9 3 4 PWL 1 wool Delicate movement eee ee eee ee ee eee 28 SOI DT 2005 01dmm 3 65 599 36 82 56 9 3 5 PWL 4 hand wash Delicate movement eee eee eee eee eee nea 28 9 3 6 Cotton Linen Synthetics CO Intermediate Synthetics Prewash Spin es 29 9 37 G1Eoto nlEinen Wash spass ru 29 9 3 8 C1 Cotton Linen Rinses Intermediate Spin nenne anna eaa nenne nnne 29 999 COT CF Cotton Linen Final Sp ila et 29 9 3 10 SYN CF Synthetics Intermediate and Final Spin i 29 9 9 11 DELE GF Delicates Final Spleen ide mee lilla 30 9 3 12 WOOL CF Hand Wash and Wool Final Spin eee 30 9 3 13 Easy Iron impulse Cy Cle Elea 30 9 3 14 Intermediate Spin for Cotton Linen CSR with Super rinse option ee ee e 30 9 3 15 Movement during drying phase iii 30 94 Controlo waterleven tubre S a S AOTEA O A E O O 31 10 TE CHNICALCAHARACPERI STIO Sa irc A E Karas s 32 10 1 ENM2ZODO
31. control procedure if featured is performed via the anti boiling pressure switch AB Spin phase without foam Spin phase with little foam Spin Anti foam Spin Level AB hs 300 rpm bw pulses 300 rpm pulses FUCS e Spin with little foam if the contact of pressure switch AB closes on FULL the spin phase is interrupted the drain pump continues to operate and when the contact returns to EMPTY the spin phase is resumed e Spin with excessive foam in the tub critical situation The control system detects whether the pressure switch commutates 5 times to FULL In this case the spin phase is skipped and a one minute drain cycle is performed with the motor switched off in the case of a washing phase a supplementary rinse is added SOI DT 2005 01 dmm 45 65 599 36 82 56 10 17 FUCS Fast Unbalance Control System The control procedure for unbalanced loads is performed dynamically before each spin cycle as follows 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 300 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 a certain value depending on the transmission relation between motor pulley drum if the unbalancing is higher it is decreased by the same value The reduction in the speed of the drum distributes the washi
32. d for NO SPIN and RINSE HOLD stop with water in the drum NO SPIN adds three rinses to the COTTON cycle and one rinse to the SYNTHETICS cycle 7 3 18 Reduced times Quick The COTTON SYNTHETICS DELICATE FABRICS programmes are modified to obtain very short time wash times optimized for small lightly soiled loads The number of rinses is reduced one less rinse The water level in the other two rinses is increased When this option is selected machine configuration is the same as in the SHORT VERY SHORT programmes GEE 7 3 19 Temperature adjustment Allows the wash temperature to be adjusted up to the max temperature allowed for the cycle Available during cycle selection temperature can be adjusted with machine in the pause mode only if the heating phase has not yet begun 7 3 20 Delayed start time Models with digital display When the programme is chosen a delayed start ranging from 30 minutes to 23 hrs can be selected 30 60 90 2hrs 3hrs 23hrs Ohrs During the delay period the time decreases an hour at a time until 2hrs remain then the decrease is 30 minutes at a time To start the cycle immediately after the delay time has been started press the Start Pause button cancel the delay time by pressing the relative button and press Start Pause once again E GE ge Models with LEDs A pause is included before the programme begins The delay time is indicated by the corresponding LEDs
33. d to the user depending on the model involved The following alarm families are displayed to the user E10 Problem with water filling E20 Problem with draining E40 Problem with closing the door E 90 Problem with configuring the appliance Alarms are active during execution of the wash programme only except for alarms on appliance configuration and power supply voltage freguency which are also shown during programme selection Generally unless otherwise specified the door can be opened during an alarm if e The water level in the drum is lower than a level that depends on the configuration of the appliance e Water temperature is lower than 55 C Some alarms reguire the following cycle before the door can be opened e Cold water fill if temperature exceeds 65 C e Drain until analogue pressure switch signals empty within a timeout of 5 minutes 14 1 1 How alarms are displayed during normal operation The user is shown the alarm family on the display if installed and the end of cycle LED flashes repeatedly 0 4 seconds lit gt 0 4 seconds off gt pause of 2 5 seconds between flashes This LED is always installed on models without a display although the LED may be located in different positions End of cycle LED Lit Off Time Value For example if the user forgets to close the door the system signals alarm E41 approx 15 seconds after the cycle is started the cycle is paused and the display if ins
34. data are indicative PW Prewash BL Bleach SF Softener W Wash SOI DT 2005 01 dmm 24 65 599 36 82 56 8 8 Wool programmes cold 30 40 PHASE D nti Recirc Deterg Motor Movement CYCLES escription Drain pump p Di E iP Rpm Movem Pause 4 30 Calibration Level ON OFF NO mov Drain Water i SOFT_LEV Mainenance Re Tine o or wfs ini Water fill tas asta WOOL_ FIRST_ W_LEV TO ON 35 15 sc 38 33 20 E ref m ref oo ref Drain Time ON OFF T Empty 14 sec Water fl B ae WOOL INT R LEV empty 18 60 on ore oss or ele fa ine Water fil WOOLINTRIEV Empty 14 sec on mo pato BEE II Waern Level OFF or SF NOmov WOOLLASTRIEV _ Monien tire or or si af e en va at as s EOI IO er ON E O TT Si time ON o WF o The data are mem SF Softener W Wash O 0 ec 0 ja 9 6 pe 1 NN 7 8 EE SOI DT 2005 01 dmm 25 65 599 36 82 56 8 9 Hand wash programmes cold 30 40 PHASE Description Drain pump RECIFC Deterg CICLO Pump Disp Rpm Movem Pause 40 30 Calibration Lee ON OFF NO mov Dran Water f Lew OF OF W Nom SOFTLEV Maintenance amp Roi me o or w os o s mo I Water fill Tee Taal a HAND FIRST W LEV S 1 lt min MN ON m ON 35 15 S a m 3381338 05 ref ref
35. denser Drying condenser Coupling Water fill solenoid Condenser water intake and steam vent tube Drain filter Drain pump O c0 74 O Or M M A a N Aa O da N Co Automatic drying cycles the drying time is governed by the microprocessor so that the desired degree of dryness is achieved The drying cycle can be performed at the end of the washing cycle or as a separate programme Various types of drying can be selected extra dry cupboard dry ron dry Time controlled cycle the drying time is selected by the user maximum 130 minutes for cotton and synthetic fabrics Cooling a cooling cycle is performed at the end of every drying cycle The drying heaters are powered directly by the main board via two relays and the contacts of the safety pressure switch In cycles for synthetic fabrics drying is performed with only one heater switched on half power in cotton linen cycles both the heaters are switched on full power The fan motor is powered via a relay the condensation solenoid is powered by a triac SOI DT 2005 01 dmm 48 65 599 36 82 56 11 1 Temperature control The drying temperature is controlled by an NTC sensor positioned on the duct The heater casing features two safety thermostats one of which is a manual reset type Circuit board Anti boiling pressure switch AE1 Safety thermostat auto reset Drying heater Safety thermostat manual reset Anti boiling pressure switch AE2 F
36. door locked OFF reset Faulty sensing by heating resistance relay Main board defective Cycle stops with door locked OFF reset Docruniocked Door lock unit defective Wiring defective Cycle is paused Start Main board defective Problems closing the door O O defective SHETE Cycle is paused Start Main board defective Defective triac supplying power to door delay Door lock unit defective Wiring defective Emergency drain procedure Cycle E43 OFF reset system Main board defective stops E44 Defective sensing by door delay system Main board defective mn Blain PIST Cycle OFF reset B45 Defective sensing by triac on door delay system Main board defective a Aal procedure yes OFF reset DESIO Motor power supply triac short circuited PCB faulty current leakage from motor or from wiring ER EO OFF reset No signal from motor tachometric generator Motor faulty wiring faulty PCB faulty ER N ATS OFF reset Motor triac sensing circuit faulty PCB faulty Cycle blocked door locked OFF reset E54 Motor relay contacts sticking PCB faulty current leakage from motor or from wiring Sa UR id col OFF reset E61 Insufficient heating during washing NTC sensor faulty heating element faulty wiring faulty PCB faulty The heating phase is skipped im E62 Overheating during washing NTC sensor faulty heating element faulty wiring faulty PCB faulty i ees SC RS L OFF reset Heating element power relay faulty PCB faulty current leakage from heat
37. e programme The selection of Sy INGE the options start is performed through the board buttons 4 The buzzer if featured 6 is powered by CERERE the display board SOI DT 2005 01 dmm 36 65 599 36 82 56 10 7 Door interlock There are two types of door interlock voltmetric with PTC it is always necessary to wait from 1 to 3 minutes before opening the door instantaneous the door can be opened as soon as the cycle ends 10 7 1 Voltmetric interlock with PTC OLA O GE Suppressor Main switch button or programme selector Door interlock Main PCB Door pilot lamp closed Operating principle When the washing programme is started by pressing the START PAUSE button the bi metal PTC contacts 3 5 is powered by the triac on the PCB J10 2 connector after 2 4 seconds this closes the switch 5 4 which powers the electrical components of the appliance only if the door is closed The door interlock prevents aperture of the door while the appliance is in operation At the end of the washing programme the PCB disconnects the interlock from the power supply but the door remains locked for 1 to 2 minutes PTC cooling time Door locked pilot lamp Certain models feature a pilot lamp which lights to indicate that the door is locked This pilot lamp switches off when the door can be opened SOI DT 2005 01 dmm 37 65 599 36 82 56 10 7 2 Instantaneous door interlock NAO Suppressor Main switch button or
38. ics mode Diagnostics mode which can be accessed with a single procedure allows the operator To check the operation of components in the appliance To read cancel alarms The diagnostic test cycles are available only if the main board can communicate properly with the display board and only if the appliance is configured correctly To access diagnostics mode mm 1101 mm 102 mm L103 mm 104 mm 105 mm LiD mm 1107 LIG mm L108R 1 Ifa programme has been selected cancel it by switching off the appliance 2 Press buttons 1 and 5 or buttons 2 and 6 at the same time holding these two buttons down switch on the appliance by turning the programme selector one position to the right i e clockwise In the first position the system tests the operation of the buttons and the corresponding LEDs Turn the programme selector clockwise to perform the diagnostics tests for the various components and to read the alarms 13 2 Exiting diagnostics mode To exit diagnostics mode switch the appliance off then on then off again 13 3 Phases of the diagnostics cycle Irrespective of the type of programme selector after activating the diagnostics system the selector can be turned clockwise to affect diagnostics on the operation of the various components and to read the alarms In models with digital displays the code corresponding to the position of the selector is displayed for one second All alarms are enabled during the
39. in To re start the programme press START PAUSE again 6 4 Button functions L15 mm 1251 L101 ENERGIESPAREN KOCHWASCHE L14 mm 24 L102 ETS i BUNTWASCHE L13 mm 1230008 rm purrasa L12 mm 22mm LEUDERN 141 mm 2 mum L104 PUMPEN L105 FEINSPULEN WOLLE 30 LEICHT L107 SEIDE 30 40140 L108R ee L LEICHTBUGELN The washing programmes and the functions for each button vary according to the model since these are determined by the procedure for the configuration of the appliance SOI DT 2005 01dmm 10 65 599 36 82 56 7 WASH PROGRAMMES AND OPTIONS 7 1 Possible programmes The wash programmes can be configured to suit personal needs The table below lists the standard programmes Programme Temperature C No of rinses Final spin RPM 90 85 3 90E 67 2 60 60 3 SUE SKS 450 650 850 1000 1200 Cotton X gt 1300 1400 1600 50 40E 44 2 40 42 30 30 3 cold 20 60 60 60 50E 42 Synthetics 3 Max 900 30 30 cold 20 40 40 Delicate fabrics 30 30 3 450 700 cold 20 40 40 Wool 30 35 3 Max 1000 cold 20 40 40 Hand wash 30 35 3 Max 1000 cold 20 Soak 30 20 Rinses 3 Max 1600 Rinse for delicate I 3 Max 700 fabrics Fabric softener 1 Max 1600 Drain Spin Max 1600 Delicate spin Max 700 Short cycle 30 2 Max 1000
40. ing element to ground en Se OFF reset i Defective NTC sensor Wiring defective E71 NTC sensor for wash cycle defective Main bos defecliva Heating is skipped Start Fault in NTC sensor on drying condenser Drying NTC sensor condenser defective wiring defective main ia ade E72 voltage out of range short circuit open circuit circuit board defective deia slou SOI DT 2005 01 dmm 58 65 599 36 82 56 Alarm Possible fault Action machine status Fault in NTC sensor on drying duct voltage out Drying NTC sensor duct defective wiring defective main circuit me of range 7 short circuit open circuit board defective NTC sensor for wash cycle improperly NTC sensor improperly positioned Defective NTC sensor Wiring mer stat ETA y astia Detective Man board dei Heating is skipped Sen Error in selector reset position PCB faulty Wrong configuration data Selector wiring Fe OFF reset Error in reading selector PCB faulty Wrong configuration data Selector wiring Cycle cancelled ERI RH Sensing circuit on circulation pump triac faulty PCB Drain cycle blocked door open OFF reset input signal to microprocessor always 0V or 5V Circulation pump faulty Circulation pump incongruency between status of sensing iring Drain cycle blocked door open OFF reset circuit on circulation pump and status of TRIAC main PCB Communication incongruence between main fi l l PCB display board Wiring faulty Faulty control di
41. iring defective Main board defective Water circuit E32 Inconsistency between level on electronic E33 pressure switch and level on anti boiling pressure switch 1 2 fault persists for at least 60 sec Emergency drain procedure Cycle stops with door unlocked OFF reset Inconsistency between level on electronic E34 pressure switch and level on anti boiling pressure switch 2 fault persists for at least 60 sec Emergency drain procedure Cycle stops with door unlocked OFF reset SOI DT 2005 01 dmm 57 65 599 36 82 56 Alam Description Possible fault Action machine status Reset Water fill solenoid valve is defective Leaks from water circuit on idi Hua ou NM i Overflow pressure switch Pressure switch defective Wiring defective Main p NE p h p TE OFF reset board detective 1 5 min on then 5 min o etc E36 Sensing CICUILOn poi pressure switch 4 Main board defective Cycle stops with door locked OFF reset bg circuit on anti boiling pressure switch 2 defective Main board Main board defective O Main board defective aeaaee with door locked stops Cycle stops with door looked door locked OF Fireset Ed mea pressure takeoff is clogged water level Water circuit on pressure switches does not change for at least 30 sec of drum Pressure switches Heating phase is skipped rotation Motor belt broken Defective HV sensing on anti overflow system Main board defective Cycle stops with
42. lli Heating 1 1 1 Temperature OFF ON 35 15 W 55 8 8 ON 35715 n E De e s a BB 8 8 io Ja mu NEO 38 3 Sn 1 d eating me o OFF w ss be ba EL S A M eme RE Tetto E IAE VA ECO duod dico Heating Time OFF ON 3545 W 55 10 3 5min 10 min 10 min 10 min 10 min Ms me or iena a dl en ah sme Maintenance Time OFF ON 3515 w 5 10 3 10 min 10min 10 min CE mme f o II Wi cin TI Cooling Time OFF OFF w BB 8 8 4lites Maintenance i Time off OFF w s 4 12 2mn ira ire Drain Time ON OFF Na may EmptyElect 14Sec 132 Spin Time ON OFF 5 min with AS control _33 Drain Time ON OFF N mov 20sec The data are indicative PW Prewash W Wash AS Anti foam control Only if cycle begins with a wash phase and not with a prewash SOI DT 2005 01 dmm 18 65 599 36 82 56 8 2 Rinses of Cotton programmes PHASE Description Drain Recirc Deterg CYCLE PUMP inii gt en Pose LLL 20 Water fil S or COT FIRST N R LEV E A Drain Hime o8 0 nom py ate Han Spin Time ON OFF Smin with AS control a aa me Es Soria cua tet sust 6se AAA lo Spin Time ON OFF Cfi 5min with AS control _ Level _9eF _ Cri sti Nemo A NALE Maintenance Time OFF OFF 5 8 sn
43. my Energy label The COTTON 40 50 60 90 SYNTHETICS 50 60 programmes are modified to reduce energy consumption The wash temperature in the 90 60 50 programmes is reduced the temperature in the 40 programme is increased by 4 The duration of the wash phase is increased 7 3 10 Sensitive One rinse is added to the COTTON SYNTHETICS cycles During cotton cycles agitation is reduced from vigorous to normal Intermediate spin phases are eliminated except for the final two whose speed is reduced 7 3 11 Extra rinse Two rinses are added to COTTON cycles and one rinse is added to SYNTHETICS DELICATE FABRICS cycles Intermediate spin phases are eliminated except for the final two which are reduced to 450 RPM For appliances featuring a button the corresponding LED lights when the button is pressed For appliances without a button proceed as follows um 107 ENERGIESPAREN_ AUS KOCHWASCHE mm 102 AUFFRISCHEN 5 ul harmed L 1103 saunmem Da mm 104 PUMPEN E mm ma 1105 FEINSPULEN mm gogod piot amp KALT L106 a a WOUE 30 wm 107 SEIDE 4D a 30 30 L103G mm L108R A E 5 First select a COTTON SYNTHETICS or DELICATE FABRICS cycle Now press buttons 1 and 3 at the same time for at least 2 seconds until the extra rinse LED lights up This option will remain selected during later cycles To cancel the option repeat the procedure press butt
44. ng 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 Real speed Selected speed The Unbalancing Control function takes place in different phases each phase is characterized by an unbalancing index 0 1 2 3 an unbalancing threshold value ex 350 650 850 1200rpm atime out max time rpm e Ending of the FUCS balancing phase The phase is ended when The drum rotation speed is 115 rpm or 85rpm in some cases of unbalancing index In this case the spin is performed In some cases the optimal balancing value is not reached a reduced spin is performed depending on the unbalancing In the worst case in which all phases are not sufficient to reach a minimum balancing value the spin is not performed e Exampleof perfect balancing Phase 0 Phase 1 Time out 60 sec Time out 60 sec SOI DT 2005 01 dmm 46 65 599 36 82 56 e Balancing in the available longer interval MI e Unbalancing after all phases In this case the spin or impulse is not performed SOI DT 2005 01 dmm 47 65 599 36 82 56 11 DRYING CIRCUIT Fan Fan motor Drying heater Heater casing Duct Door seal Tub Tube from tub to con
45. o ad DUON utei lilla 14 63 14 EASV WOR A ES 14 LITO deduced Spir SDeGS 31 t oala mata lele 15 Colo ero eI 15 7 3 11 SPI Speed AGUS IGM wes esente us bieb 15 320 Reduced TIMES QUICK ana 15 LINO Temperatureagjusment aan 15 43 20 Delayeast rlimesnsr een 15 7 3 21 J9ISabling Me DUZZ SN een 15 7 3 22 Electronic drying WASHER DRYERS certain models only eee 16 1 3 23 Ding time DUO dic 16 7 4 Variation of rinses when options are selected aak anna eee eee 16 1 5 Displ y eertain models Only TT 17 1 0 H S x letali 17 WASHING PROGRAMMES seele 18 8 1 Base programmes for Cotton Linen cold 30 40 60 90 without options 18 9 2 RinsesolColton Pr grammes struct dota aaa ae a 19 8 3 Cotton Linen programmes 90 Eco 40 60 energy label without options 20 8 4 Rinses of Cotton Linen programmes 90 Eco 40 60 energy label without options 21 8 4 1 For programmes with two rinses eee aaa 21 8 4 2 For programmes with three rinsSes eee aaa 21 8 5 Synthetics programmes cold 30 40 50 60 without Options eee eee eee 22 8 6 Rinses of synthetics programmes c iii 23 8 7 Programmes for delicate fabrics cold 30 40 without options eee 24 8 8 Wool programmes cold 30 1 eee eee eee eee eee nana eee aaa 25 8 9 H
46. onfiguration of external serial e external the appliance port od to the uP Description of the cycle The main circuit board features an EEPROM memory external to the microprocessor which stores in memory data relative to the configuration description of the cycle cycle status in case of a power failure and any alarm conditions The configuration data entered in the factory using a computer with a DAAS interface determine the functionalities of the appliance number and type of programmes options LEDs etc SOI DT 2004 07 dmm 32 65 599 36 54 15 The overall structure of the microprocessor memory on the main PCB is subdivided into three sections ROM This area of memory contains the software 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 gt 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 D
47. ons 1 and 3 at the same time for at least 2 seconds until the extra rinse LED switches off 7 3 12 Bleach Water is run through the bleach compartment at the beginning of the first rinse in COTTON cycles Prewash is possible only if the appliance is equipped with three solenoid valves On models with two solenoid valves the bleach option is not compatible with the prewash option 7 3 13 X Half load button Eliminates one rinse in COTTON programmes 7 3 14 Easy iron In COTTON programmes Three rinses are added Intermediate spin phases are eliminated The final spin phase is pulsed An unrolling phase is included after the spin phase In SYNTHETICS programmes The temperature in 50 60 cycles is reduced to 40 C Wash time is increased The cooling phase at the end of the wash phase is lengthened A rinse without spin is added An unrolling phase is included after the pulsed spin phase in the final rinse CEOCCOC CECEE SOI DT 2005 01dmm 14 65 599 36 82 56 7 3 15 Reduced spin speeds The speed during all spin phases is lowered as shown on the table Maximum spin speed RPM 600 700 900 1400 1500 1600 Reduced speed for COTTON RPM 450 450 7 3 16 No spin All spin phases are eliminated Three rinses are added to the COTTON cycle and one rinse is added to the SYNTHETICS cycle 7 3 17 Spin speed adjustment The speed of all spin phases in the cycle is reduced The last selected position can be use
48. ot lamp Certain models feature a pilot lamp which lights to indicate that the door is locked This pilot lamp switches off when the door can be opened SOI DT 2005 01 dmm 38 65 599 36 82 56 10 8 Water fill system The solenoid valves are powered by the main board through two or three triacs The state of the pressure switch full empty is detected over two sensing lines Main board Anti boiling level switch AE2 Anti boiling level switch AE1 Solenoid valve for prewash Solenoid valve for wash Solenoid valve for bleach on some models Heating element G Gn L M N 10 8 1 Flow meter Some models of solenoid valves have a built in flow sensor which measures the quantity of water in litres that is loaded into the appliance If the sensor malfunctions the water level is controlled by the analogue pressure switch Solenoid valve exploded view 1 Circuit board 4 Diffuser 2 Turbine 5 Double filter 6 Reed switch 7 Magnet 3 Deflector SOI DT 2005 01 dmm 39 65 599 36 82 56 10 8 2 Operating principle of flow meter The main components of the flow sensor are Contact closed Contact open 1 Turbine with magnet and counterweight mounted on the outside Reed switch normally open Magnet Counterweight DON Water entering the solenoid valve rotates the turbine 1 and magnet 3 which passes in front of the reed switch 2 thus closing it As this contact opens and closes it generates pulses at a frequency
49. ow Drain tube improperly Poor water fill before wash cycle positioned Water fill solenoid valve is defective Leaks from water Cycle is paused with door locked Start defective Main board defective Electrical current leak between Cycle is paused heating element and ground Cycle is paused closed on FULL defective current leakage between heater and ground i a l TES TESSERE Emergency drain procedure Cycle E23 Defective triac for drain pump Drain pump defective Wiring defective Main board defective iii OFF reset Malfunction in sensing circuit on triac for drain Mabe dare Emergency drain procedure Cycle OFF reset pump stops with door unlocked Malfunction in pressure switch circuit frequency PI DEED E31 ee Wiring Cycle stops with door locked OFF reset of signal from pressure switch out of limits Man bod Electronic pressure switch improperly calibrated Tap is closed or water pressure is too low level on electronic pressure switch differs from Solenoid valve Cyclase paused Start 0 66 mm after initial calibration drain and when Water circuit on pressure switches pressure switches y p anti boiling pressure switch is on empty Wiring main board Pressure switch defective Electrical current leak between heating element and ground Heating element Wiring defective Main board defective Water circuit Pressure switch defective Electrical current leak between heating element and ground Heating element W
50. programme selector Door interlock Main PCB Door pilot lamp off Operating principle When the appliance is switched on the ON OFF switch closes and the bi metal PTC contact 4 2 is powered the door however is not locked When the programme starts START PAUSE button the PCB transmits a 20 msec voltage signal to contacts 4 3 of the solenoid valve J10 2 connector of the board at least 6 seconds must elapse after switching on this signal locks the door and at the same time closes the main switch contacts 4 5 which powers all the components in the appliance At the end of the programme the PCB transmits two 20 msec signals at an interval of 200 msec the first signal does not release the door the second signal which is transmitted only if the system functions correctly releases the door interlock and at the same time the contacts of the main switch are opened Conditions necessary for door release Before transmitting the door release signals the main PCB checks for the following conditions the drum must be stationary no signal from the tachometric generator the water level must not be higher than the lower edge of the door the temperature of the water must not exceed 50 C Automatic release device In the event of a power failure if the appliance is switched off or if the solenoid should malfunction the bi metal PTC cools over a period of 1 to 4 minutes and then releases the door Door locked pil
51. ref ESS ppm Time ji ON 206 il Empty 14 sec Eu Water fi B oe er IE HAND INT R LEV 3 min Empty t4seo an oem jar fee Water fil HAND INT REV n HAND INTER LEV c 15 i Drain Time NO mov Empty 14 sec io MT EIE ET 7 Water fi HAND LAST R LEV Le Maintenance Time or or ss 1 40 sose 2 Water i tei poer or sisi e sf lit TO E 5 min Empyr see NE A 1000 rpm The data are indicative SF Softener W Wash SOI DT 2005 01 dmm 26 65 599 36 82 56 9 Drying programmes 9 1 Drying programme for cotton DRYING COTTON A power Drain PHASE LEV Compart Temperature Time 1 pa majaili sr ii RI TR when 4 Cooling E HS ON COND 20 min Not for time controlled p Calculation of drying time COND 8 COT DRY TEMP COT DRY TEMPO TEMP Fe mamma ettii sone om SEE Timer controlled drying Time ON ON COND 55 57 I COT DRY TEMP Max 130 min er Cooling Time ON ON COND E 200 IE E SR DRYING 9 2 Drying programme for synthetics DRYING SYNTHETICS e A power Drain PHASE LEV Compart Temperature Time 1 jm de Ten feel los a aa A TR when Cooling tn ON COND ap min Not for time controlled MN Calculation of drying time COND SYN DRY TEMP DRY TEMP Timer controlled drying Time OFF SYN DRY TEMP 10min os nen DIN 220 min 7 Timer controlled drying COND 15 AK E mun SYN DRY TEMP Max
52. remove the tubes from the sensor unit 15 3 1 Installing the turbidity sensor 1 Connection to recirculation pump 2 Endthatis inserted into the bellows around the door SOI DT 2004 07 dmm 61 65 599 36 54 15 16 BASIC CIRCUIT DIAGRAM WD LN 28 29 En 24 25 26 ard it 3 lt 653 L D 15 6 3 6 K1 WHEAT RL HEATER RI S DOOR CL SOI DT 2005 01 dmm 62 65 599 36 82 56 16 1 Key for circuit diagram WD Electrical components on appliance Components on main board Main board Interference filter BEL TY Condensation solenoid Triac Drain pump DOOR TY Door interlock Triac Aqua control DRAIN TY Drain pump Triac ON OFF switch built into programme selector Recirculation pump Triac Anti boiling pressure switch AE2 Heating element relay Manual reset safety thermostat Drying heating element relay Door lock unit Fan motor relay Washing heater Motor relay clockwise rotation Drying heater Motor relay anti clockwise rotation Auto reset safety thermostat Motor relay half field power supply models with higher spin Anti boiling pressure switch AE1 than 1200 rpm Anti overflow pressure switch MOTOR TY Motor Triac Recirculation pump PWELV TY Pre wash solenoid Triac Solenoid valve for prewash WELV TY Wash solenoid Triac Solenoid valve for wash Solenoid valve for condensation Pilot lamp Selector Control display board
53. s LED lights up at the end of the cycle if the drain filter is clogged Detergent This LED lights up at the end of the cycle if too much detergent has been used overload ON OFF This LED lights up when the machine is switched on This LED lights up when the door is locked by the safety system The LED switches off when the door is no longer locked The LED flashes while the door is being unlocked which occurs masterly on models with a safety system equipped with a PTC Time until end This LED lights up when the display is showing the time remaining until the end of the of cycle cycle Drvin Lights during selection if the programme includes a drying cycle and during the cycle when ying it is in progress SOI DT 2005 01dmm 17 65 599 36 82 56 8 WASHING PROGRAMMES 8 1 Base programmes for Cotton Linen cold 30 40 60 90 without options Description Drain Recirc Deterg Motor Movement Movement CYCLE colle PUNR Mc ci Rem Movem Pause 90 _ 60 60 40 30 Calibration ON LL DRAIN rs e me ov ae m DEI A DR m l 4 min CI ore ey RESSE Heating T Temperature OFF ON 35 15 PW 55 4 12 HEATINGUPTO30 20 E Dan Time ON OFF Nomv Em Elect 148See 9 Spin Time ON OFF IME CO 45 min with AS control S calibrato ew ON or Nom DAN A NM NNNM CMM NNNM AMEN RE A A i waerm Level OFF OF w CO FIRST WIE O CO CC IC 1 co
54. splay board Cycle interrupted Main PCB faulty versions not compatible Communication incongruence between main Wiremadconttalidissiav Bosa PCB display board 9 p ay l Cycle interrupted Wrong PCB do not correspond to the model versions not compatible Incorrect configuration of appliance Incorrect configuration data PCB faulty Cycle interrupted OFF reset E94 Incorrect configuration of washing cycle Incorrect configuration data PCB faulty Cycle interrupted OFF reset Communication error between microprocessor N E95 and EEPROM PCB faulty Cycle interrupted OFF reset E97 Incengruenes astween Ai erg ls Faulty PCB Wrong configuration data Cycle interrupted OFF reset cycle configuration EB1 Frequency of appliance incorrect Power supply problems incorrect disturbance PCB faulty Cycle interrupted essi EB2 Voltage too high Power supply problems incorrect disturbance PCB faulty Cycle interrupted ae Voltage too low Power supply problems incorrect disturbance PCB faulty Cycle interrupted NE NN EC1 Solenoid valve inoperative but flow meter Mainboard detective Solenoid valverderactive Cycle stops with door locked after 5 OFF reset operating attempts Signal from turbidity sensor out of limits Turbidity sensor defective Main board defective Wiring defective Pe Start reset Signal from weight sensor out of limits eight sensor defective Main board defective Wiring defective e Start reset EF
55. t float drain tube cover PEMDA SOI DT 2005 01 dmm 42 65 599 36 82 56 10 12 Heating system Main board Anti boiling pressure switch AE2 Anti boiling pressure switch AE1 Heating element NTC temperature sensor DANA HEATER_RL_S The heating element is powered by a relay on the main board through the contacts on the pressure switches which must be closed on full 10 12 1 Heating element NTC sensor 72 Heating element gt A 1950W IS OLI ar Jj ci 10 12 2 Temperature sensor The temperature is controlled by the main board using an NTC temperature sensor RESISTANCE Q Nominal value Maximum value Minimum value 6050 6335 1250 1278 640 620 SOI DT 2005 01 dmm 43 65 599 36 82 56 10 13 Turbidity sensor This sensor is installed only on machines equipped with a recirculation pump 1 Housing 2 Electronic circuit 3 Transparent tube The sensor consists of a transparent tube installed in the water circulation circuit A diode 4 on the side of the tube emits infrared rays at a frequency of 2 3 KHz as generated by the electronic circuit and a phototransistor 5 on the other side of the tube is hit by the rays The amount of current conducted by the phototransistor depends on the how clear the water is the clearer the water the more current the phototransistor conducts and as a result the higher the voltage output from the electronic circuit Low Conduction Medium Conduc
56. t on all models Type of LED Function This LED lights up if the selected programme includes a prewash and lights up during the Prewash INS LE phase when the programme is executed Wash m LED lights up if the selected programme includes a wash phase and lights up during the wash phase when the programme is executed p This LED lights up if the selected programme includes a prewash or wash phase and rewash Wash lights up during the prewash or wash phase when the programme is executed This LED lights up if the selected programme includes rinses and lights up during the rinses when the programme is executed This LED lights up if the selected programme includes a spin phase and lights up during the spin phase when the programme is executed This LED lights up if the selected programme includes a drain phase and lights up during the drain phase when the programme is executed This LED lights up when the programme is chosen if an extra rinse has been selected stored if an extra rinse is included in the programme and lights up during the extra rinse when the programme is executed This LED lights up when the programme is chosen if this option has been selected and at deii the end of the cycle when the machine stops with water in the drum Eo Mh LED lights up while the programme is being executed progress End of cycle This LED lights up at the end of the cycle it is also used to signal alarms Filter clogged Thi
57. talled shows E40 At the same time the end of cycle LED flashes in the sequence illustrated on the table The four flashes indicate the first digit of the two digits making up alarm E41 alarms regarding the same function are grouped together in families In this case the programme can be restarted by pressing the start button Pauses between sequences ME N o a amp m o a amp m o a amp m o a SOI DT 2005 01 dmm 54 65 599 36 82 56 14 2 Reading alarms To read the last alarm stored in EEPROM on the main board e Access diagnostics mode e Irrespective of the configuration of the circuit board and the type of selector turn the programme selector clockwise to the tenth position 14 2 1 Displaying an alarm Alarms are shown on the display if installed and by repeating seguences of flashes on two LEDs 0 4 seconds lit gt 0 4 seconds off gt pause of 2 5 seconds between seguences The buzzer if installed produces beeps that are synchronized with the flashing LEDs e END OF CYCLE LED gt shows the first digit family identifier of the alarm code e START PAUSE LED gt shows the second digit identifier within the family of the alarm code These two LEDs are installed on all models without a display even though they may be located in different positions and they flash at the same time Note e The first letter of the alarm code E Error is not displayed because it is common to all
58. threshold Max time 5 min Door closed Water level below anti overflow threshold Max time 5 min Door closed Water at 1 level Max heating time of 10 Door closed Water at 1 level Door closed Water level below anti boiling level for spin cycle Operation of user interface Water fill through detergent dispenser Water fill through prewash dispenser bleach Water fill through fabric softener dispenser Water fill through bleach stain remover compartment Check for water leaks from drum Drain and spin check for proper closure of all level sensing pressure switches EN m Button coding selector position code selector position code selector position code selector position code selector position code selector position code selector position code selector position code All the LEDs light up in sequence When a button is pressed the corresponding LED lights up and the buzzer sounds if installed activated This time is usually long enough for checking the heating system The time can be increased by repeating the phase without draining the water to accomplish this momentarily select another diagnostic phase and then reselect the heating test if the temperature exceeds 80 C the heating test will not be performed See table page 53 1 1 Models with display SOI DT 2005 01 dmm 02 65 599 36 82
59. tion Motor relay half field power supply models with higher spin than 1200 rpm MOTOR TY Motor Triac PWELW TY Pre wash solenoid Triac WELV TY Wash solenoid Triac 65 65 599 36 82 56
60. tion Maximum Conduction The turbidity sensor operates during the Whites and Colours programmes COTTON It does not operate during the 60 C and 40 C Energy Saving programmes and the Night cycle The sensor is calibrated at the end of the wash cycle The sensor detects the turbidity of the water at the end of the first rinse and again at the beginning of the second rinse The relationship between the two measurements is compared with values programmed on the board and the result of the comparison determines whether another rinse is carried out SOI DT 2005 01 dmm 44 65 599 36 82 56 10 14 Motor PCB Motor Anti boiling pressure switch AE1 Anti boiling pressure switch AE2 OON rotor motor safety cut out stator T tachometric generator M P S 10 15 Power supply to motor The PCB powers the motor via a triac The direction of rotation is reversed by switching of the contacts on the two relays K2 K3 which modify the connection between the rotor and the stator In certain models 1200 1600rpm a third relay K4 is used to power the stator full or half field according to the spin speed The speed of rotation of the motor is determined by the signal received from the tachometric generator During the spin phases the microprocessor depending on the software configuration may perform the anti foam control procedure if featured and the anti unbalancing control procedure 10 16 Anti foam control system The anti foam
61. until the anti boiling pressure switch closes on EMPTY after which the pump is actioned for a brief period or passes to the subsequent phase 10 10 Recirculation pump In the Jetsystem models the recirculation pump is powered directly by the main PCB via a triac PCB Anti boiling pressure switch AE 2 Anti boiling pressure switch AE 1 Recirculation pump RON a SOI DT 2005 01 dmm 41 65 999 36 82 56 10 11 Aqua Control The Aqua Control system is a sensor located in contact with the base frame The sensor detects water leaks inside the machine not only during normal operation but also when the unit is off and plugged in and starts the drain pump if a leak occurs Main board Anti boiling pressure switch AE2 Anti boiling pressure switch AE1 Drain pump Interference filter Aqua Control G Qn L M gt Besides supporting the various components on the appliance drain pump recirculation pump shock absorbers etc the base frame is designed to be a container that collects any water leaks that may occur from the drum from a tube or pipe etc These leaks are directed into an area where a float is installed When this float is raised by water it actuates a microswitch that starts the drain pump When the switch is tripped an alarm is also signalled if the machine is switched on Important When replacing the drain pump or tube arrange the tube so that it doesn t interfere with the float microswitch actuated by floa
62. vm er js eine i rta Turbidity measurement m EE EE a Lan 1me ON OR I oma ooo Empty Elect 14 sec The data are indicative BL Bleach SF Softener W Wash AS Anti foam Last rinse softener SOI DT 2005 01 dmm 19 65 599 36 82 56 8 3 Cotton Linen programmes 90 Eco 40 60 energy label without options ump Disp Rpm Movem Pause 30 60 40 _ Feat ies ON OF Nome DRAN 4 min ON 35 15 Heating up to 30 ON 9815 Drain Time ON OFF NOmo EmptyElect 14 sec Spn Time ON OFF CO J 45 min with AS control Calibration Lee ON OFF J NQmowv DRAIN Flow calibration WATER FILL Maintenance water softener 13 Water fil COT FIRST W LEV i 5 min Maintenance amp Refi w COT FIRST W LEV Maintenance without Refill ON 35 15 1 min w a N ON 35 15 NO mov Heating 11 1 1 Temperature OFF OFF w 55 8 8 67 54 44 Heating Temperature OFF OFF W 55 10 3 Fer 30 min T me Sa 8 et crs ON 355 CI OW GO NITRO RN NIN N IN N N IN a ajaj gt N O 0O 0 O O E O N Ojoo O O A 55 8 8 B min Maintenance Temperature OFF OFF W 55 8 8 5min 5min Maintenance Time OFF OFF w 55 10 3 __ Heating 1 Time OFF ON 35 15 W 55 10 3 X 15min Drain Time ON OFF NOmov EmptyElect 14sec Spn Time ON OFF
63. witch 2 anti boiling and Control of water level in the tub anti flooding safety levels electronic analogic pressure switch Traditional with PTC Instantaneous Power of heating element Up to 1950W Temperature control Detergent drawer Door safety device Audible signalling system Traditional included on display board Water level sensor Turbidity sensor 4 GENERAL SPECIFICATIONS WD Programme selector 24 positions with incorporated main switch Serial port DAAS EAP communications protocol up to 38400 baud 220 240V Power supply 50 60 Hz Motor Collector with tachometric generator Water fill _1 solenoid valve with 1 inlet 20r3outlets Deteraent drawer 3 compartments prewash stains wash conditioners 4 compartments prewash stains wash conditioners bleach possibility of three level pressure switch 2 anti boiling and Control of water level in the tub anti flooding safety levels electronic analogic pressure switch Door safety device Traditional with PTC Instantaneous Water level sensor Turbidity sensor SOI DT 2005 01dmm 7 65 599 36 82 56 5 CONTROL PANEL The control panel may vary depending on type of control display board programme selector design of front panel the number of buttons and LEDs may vary configuration of buttons Example of WM control panel VOR START W SCHE FLECKEN SENSIT
64. x X xX xX xX X s DALY x x x x XX XX x xX xX x SHORT x x x x x x xX X xX xX x Xx gt ECONOMY X x x x SENSITIVE X X X xX xX Xx Xx x s EXTRARINSE X x x x x x x x o BLEACH x X X X X x 1x E HALFLOAD X xX xX x x x x x x x x_ 6 EASYIRON x x x x x x x x x x x Mx x x REDUCED SPIN SPEED X x xX x x x x x x x x X m 3 L NOSPN p a XP XX oe ee ae wm PRESEECTION X x x x x x x x x x x x xxx sa PREWASH x X X X X xX xX xX X X xX Xx Xx X sa wsH ER E EX X sg ASES dii die di E E X pe SPIN 1x x x SOI DT 2005 01dmm 12 65 599 36 82 56 7 3 Description of options 7 3 1 Night cycle All the spin phases are eliminated Three rinses are added to COTTON cycles and one rinse is added to SYNTHETICS cycles The appliance is shut down with water in the drum before the final spin No buzzer if appliance is configured with a buzzer To drain the water select a drain or spin cycle FEE 7 3 2 Rinse Hold amp The appliance is shut down with water in the drum before the final spin To drain the water select a drain or spin cycle 7 3 3 Prewash A prewash phase is added at the beginning of the cycle The water is heated to 30 C or may be cold if selected In COTTON and SYNTHETICS cycles a short spin pulse spin is performed before the wash phase This option is not available in WOOL

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