SERVICE MANUAL DISHWASHER COMPACT
Contents
1. Spares Operation R Kurzke 02 03 599 516219 N 10 Drain system The system consists of inner and outer drain hoses and a drain pump and its function is to transport the contaminated water as efficiently as pos sible from the machine to the waste water system of the buildin The drain pump is connected to the chassis at the coarse OUTER DRAIN HOSE _ strainer and is sealed with an O ring The motor is a per manent magnet motor with the rotor mounted inside a plastic housing and the stator fitted to the outside of the plastic housing The design is such that the pump has traditional shaft seat which always invol ves the risk of leakage DRAIN CASING INNER DRAIN HOSE DRAIN PUMP The pump performs equally well in both directions of rotation and the direction in which it rotates is a matter of pure chance This also means that the pump is vir tually proof against jamming If some object should enter the pump casing and jam the impellar the motor will immediately make a new starting attempt in the op posite direction Even if the impellar is seriously jammed e g by a toothpick the motor will most probably release the impellar within about a second The power consumption of the motor is 23 watt and the pump capacity is about 10 l min The internal drain hose is connected to the drain2. 2 500 E 599516219 eee Spares Operation R Kurzke 02 03 Wirings Example DSC 382 EST 235 ADE IM SWEDEN 150 33 27 01 Grey 15042 48 06 150 37 08 20 Blue 15037 08 24 150 33 64 07 150 37 09 19 Black _____150 37 08223 PME NUM Yellow green 150 29 74 05 101709 150 39 93 00 1503990L AAA 1 4 H 0 og noes 72 y 1 Di C1 i 1 l a i i h 4 he 4 E i 1 1 1 1 i T se i BB I I 1 i A RAEE REE bh bt 2 ve DE b3 Kpe a ET EE bo OO t 4 3 b7 e SSS SSS HH ES nn Bremer rn De E Se SS OE A et eh 4 b2 Door switch k2 RFI capacitor b3 Timer contact ml Timer motor b5 Temp selector m2 Main pump b7 Floater switch m3 Drain pump b9 Salt switch R1 Heater with protectors fl Thermostat 65 C 1 Inlet valve fe 1 55 3 Regeneration valve Overheating protector 54 Rinse ald coll bolling protector 5 Pressure level switch Connection 6 6 mm on component Lamp washing Connection 6 3 mm on timer h4 Lamp salt Internal connection on timer Terminal block Connection with wire k Start capacitor Spares Operation R Kurzke 02 0
3. rinse aid dispenser unit The coil with tappet as support for the detergent dispenser is held by two screws Spares Operation R Kurzke 02 03 232 599 516219 1 j r L uL 8 1 r1 y Y 3 Li 4 i The pressure monitor is simply screwed The motor capacitor is screwed by a nut Anti siphon valve The air should be able to enter the hose from the holder not the other way around The take off hose ventilation can be unscrewed for cleaning when necessary in case these rubber parts in the interior of this valve become dirty or stuck because of residues Level control container Air chamber Remove the srew to lift off the level control container for cleaning xl Spares Operation R Kurzke 02 03 33 599 516219 Thermostats The mounting for the thermostats is screwed at the right side of the air chamber After its release the thermostats can be removed Heater element After the removal of the nut and the heater clip in the sump under the fine strainer the heater element can be drawn forward through the chassis opening to remove Spares Operation R Kurzke 02 03 599 516219 Programmer The programmer is secured to the front of the chassis by means of two screws Remove the programmer from the right side of the chassis Switch unit
4. pump To prevent the risk of the machine being emptied by siphon action the hose routes the drain water through a loop running up to the top of the chassis and then through the outlet at the bot tom of the machine to the outer visible drain hose A hole is provided at the highest point of the inner drain hose for venting the system If the drain hose is permanently connected to a water trap it is very important that the inside diameter of the drain system should not be less than 13 mm at any point Antisiphonic device 3 New antisiphonic device If the end of the take off hose is below the level of the water in the wash space a siphon effect is possible that is the machine runs empty This is avoided by the ventilation through the anti siphon valve Spares Operation R Kurzke 02 03 ST 599516 219 EN 11 Regeneration The water chamber for regeneration contains 350 ml water During regeneration the regeneration valve is energized The 350 ml water runs into the salt container and mixes with the salt to forma brine solution In the top of the salt container there is an opening with a small filter from here the brine solution enters the softener where the resins are regenerated The softener has 5 settings and can be adjusted to suit the degree of water hardness Antlelphonle Open air device LILI Level 1222 22 22 2 XU Levelcontrol AA container E _ A Rag contalner container
5. 3 24 599 516 219 EN LE y i tom DSC 382 Diagram Example 49394 H 585 op aum Bud 4 07 Sung ET W 61 UO ZIAUUOISIP YIFIASUION au wouGoug 49413 30513 0M UHM 5 15927606 SP SS S9 SEP S55 59 169 59 YIM Aus TGq cq dus aera ee Eee HTH 0262 SS m MN ee ee GE ee MAN ee on ee ee EN eee ee es 32141 4949A er l ee el FF er LLL IL lente 177 17777 1 1 _ pese a Se EGGE ey O A PEER PE EEE Mr Habia oe SE AOS A lee EEA mm JE LLUET PP TT re ren er PE PET LILL LLI ELI ep 48304 INOUYLIM 4922 0013025096253 1024005 OLEE I 1 1 7 m CEI 599 516 219 EN LO Spares Operation R Kurzke 02 03 15 Service Informations Coarse filter The purpose of the coarse filter is to catch large objects Make sure that the filter is always clean Fine filter It is just important to keep
6. 4 Drying selector kl Start capacitor Connection with wire 05 Temp selector 55 C ke RFI capacitor b7 Floater switch ml Timer motor b9 Salt switch m2 Main pump 1 Thermostat 65 C m3 Drain pum fe 7 55 C R1 Heater with protectors fee d 71 C 51 Inlet valve Overheating protector 50 Detergent Kbollng protector 53 Regeneration valve f5 Pressure level switch S4 Rinse ald Spares Operation R Kurzke 02 03 WIE 599516219 EN DSC 14 Diagram Example SIFNUIN 1 awi H 2 225 op 3w4 Bund 4 WTI td amp b WET E Jd au Bund WT 3 6 VEG 2 Ad 04 Oum ZZA YI Wee I U0 Z gt a aS_dway GG 192 ART WE aud ug 59 IL SZZLEOSL wouBoud 48uU3 3JOSJ431 0M 5 404 x eSt GS S9 TL Spy SS G9 pro ssulg es ES 13 UO 434 oH U u i 20M sal as Adis date Fa 815A TS oudag o 3WWDIABO A 1243 JIFOA PERRE ER EEEE AA 7 par y mier a BAJOA 42107 Fant QETETII E Jura dei SANDA CIEE mm
7. 5 65 and 72 C Colours coding of the thermostats A brown 83 C anti boiling protection B black 65 C two C grey oo C D white 40 C Spares Operation R Kurzke 02 03 20 amp 599 516219 13 Temperature control and safety Systems The dishwashing detergents available on the market today require a certain water temperature before they can dissolve the food residues in a satisfactory way A temperature control system consisting of a heater element and thermostats ensures that the water will be heated to the correct temperature Heater elements is 1200 waitt In addition the machine includes a safety system the function of which is to protect the temperature control System against accidental overheating The overheating safety system is very important Several components and systems are involved in different ways The following conditions must be satisfied before the element can be switched in The rnain switch must be closed the door must be closed so that the door switch is closed and a Programme must have started e The machine must contain the correct amount of water as determined by the level control pressure switch The safety system will trip if e The quantity of water is insufficient The water temperature has risen to about 85 C without the thermostat tripping In addition two overheating protections are incorporated into the element i e one at each connection end These are des
8. H Electrolux SERVICE MANUAL Spares Operation DISHWASHER COMPACT Dishwasher COMPACT AEG Hausger te GmbH Publ Nr 911 328 Muggenhofer Stra e 135 599 516 219 D 90429 Nurnberg EN Germany Fax 49 0 911 323 1022 Spares Operation Edition 01 03 Spares Operation R Kurzke 02 03 E 599 516219 Index 1 TECHNIC alPSPSCHICATIONS san A 3 2 Installation Water drainage ans aa le 3 3 COMPONE S a en 4 A T t 4 Pressure SUV en 4 Heater elemenl tel 4 CIRCUIATION PIMP 5 PANNE 5 NIC temperature SENSE 5 FANEN 5 Detergent dispenser 6 Rinse aid dispense coe See _ 6 SE VAIS SANN 6 AM 10900 SMN c m 6 Waler soneniNg SY SIS Ne T 4 POSILON OR COMPONENIS sisas ari 8 11 9 Water co rse STEMME ra baee ert ta 12 6 Water IMA AA AA 13 7 RINSING EE 14 8 SANE gt 15 9 LEVEICONLOL SYSIEM aa ei ads 16 Inlet system Overfilling leakage protection old version 17 0 IDEAS YSU RI TT 18 145 19 12 nn 20 13 Temperatur and safet
9. Reg volume Reg volume V Drain pump Heg valve A Inlet valve all gt Spares Operation R Kurzke 02 03 19 599 516219 12 Thermostats The thermostats are pressed into the tubular mountings in the plastic chassis They measure the temperature on the outside of the plastic wall which leads to a certain difference between the water temperature and the thermostat temperature However the specifications of the thermostats take this into account In one particular case the same thermostat is used for two different temperatures This is possible because the thickness of the chassis is different at the two thermostat mountings The thicker the wall the greater the temperature difference and the higher the water temperature Depending on the Programme selected the thermostats will be switched in and will interrupt the power supply to the heater element via the programmer when the water has been heated to the required temperature As in the case of al other components there is a certain amount of tolerance on the nominal temperature of the thermostats For the breaking temperatures the tolerance is 3 There is also a differen tial i e a difference between the temperature at which the thermostat opens the circuit and the temperature at which it returns to the original position This diffe rential is 8 C The breaking values are adjusted to give the following water temperatures 45 5
10. The switch unit is secured by means of screws and easily to remove Float switch The float switch is snapped out with a small screwdriver and can be taken out of its mounting After removing the protective cap the microswitch can be snapped out Inlet valve The inlet valve is mounted in the same place as the float switch After the removal of the hose the valve can be drawn out of the chassis with suitable pliers Circulation pump After loosening the screws of the holder the circulation pump can be taken out of the pump chamber Drain pump To dismount the drain pump the hose clamps are released and the screws removed you can see how the hose After removing the drain pump clamps can be re tensioned with the tubing bow with seals wire cutting pliers fitted in the pump chamber is accessible Spares Operation R Kurzke 02 03 36 599 516219 Softener 1 To dismount the water softener these attachment screws are removed 2 connections on the reed switch are removed 3 The hose connections are detached IP The large nut of the salt hol der must be released 5 Aspanner is useful removing the recycling inlet nut 6 Nowthe complete unit can be removed Regeneration valve After undoing the screws of the recycling valve this can be removed Spares Operation R Kurzke 02 03 37 599516219 Leakages Service solutions Take of t
11. air cushions under the strainer An air cushion under the fine strainer would otherwise prevent the water from flowing through the fine strainer and insufficient water would then be supplied to the cir culation pump Coarse strainer Fine strainer Particles are thus flushed continuously down into the coarse strainer where they are retained until the water is pumped out to drain The coarse strainer is also designed to trap larger particles such as pieces of meat toothpicks etc To retain the good dishwashing properties of the machine the consumer must empty and rinse the strainers as soon as they show signs of clogging Spares Operation R Kurzke 02 03 15 599 516219 9 Level control system There are two basic ways of metering the right amount of water into a dish washer The first is to open the inlet valve for a certain predetermined period of time while the other is to use some means for measuring the water level in the machine The major disadvantage of the first method is that if the mains water pressure is low which is very common in Europe the time allowed will be too short to fill the machine with a sufficient amount of water A time controlled machine needs a water pressure of at least 1 0 1 5 2 The Compact dishwasher is level controlled and will perform satisfactorily at mains water pressures down to 0 5 kg cm Operation of the level control system of the Compact dishwasher As the machine
12. d B lime residues lime rich water is then flushed b immediately out to drain and the machine is reset and e ready for the next water fill E The whole of this process is integrated into the programme of a machine with water softening and thus takes place fully automatically It should also be noted that it is important to use only coarse salt since fine grained salt would form lumps Water which is rich in lime is said to be hard Water hardness is measured in German degrees of hardness dH Water up to 10dH is normally regarded as soft and above this value it is regarded as hard The phosphates in the detergent can handle the hard ness in soft water But if the water is hard precipitations will occur i e lime will be deposited on the dishes and in the dishwasher Spares Operation R Kurzke 02 03 599 516219 4 Position of components Door opener Outer door Programmer Timer Switches temperature om Spares Operation R Kurzke 02 03 BE 599 516219 Coil for detergent dispenser Thermostats I Base Spares Operation R Kurzke 02 03 9 599 516219 i Softener Inlet hose a T hose a anti siphon valve Regeneration val e Inlet valve ES iF o i eee Reed switch salt indicator Nee u Base plate Air chambe
13. e base plate a plastic foam spacer strip is fitted to the bottom of the chassis The pump casing half which is inside the wash ing chamber also contains the spray tube bear ing with a stainless steel shaft The underside of the spray tube is fitted with a seal ring to minimize leakage The shape and orientation of the holes in the spray tube are such that the dishes furthest away in the corners of the machine will also be effectively washed The spray tube rotates anti clockwise at a speed of 10 20 1 min If the speed is too high the dishwashing results will be poor and if the speed is too low the spray tube may stop al together The pressure in the spray tube 15 just over 0 2 kg cm The spray tube is retained by a ceramic nut with a left hand thread to en sure that the rotation of the spray tube will not cause the nut to unscrew itself This means that the nut must be un screwed in the direction 14 CERAMIC NUT SPRAY TUBE t Gy SEAL RING CIRCULATION PUMP 599 516219 EN 8 Strainer system The strainer system is one of the systems which are most important to the performance of the dishwasher The design of this system is largely decisive to whether the dishwasher will be able to perform its most fundamental task to wash the dishes clean The strainer system must trap particles of food etc and ensure that these particles will not be recircu lated and deposited back on the dis
14. ed Is the spray tube free to rotate It must not be restrained by the dishes Are the holes in the spray tube clogged Is sufficient detergent being dosed Avoid low price detergents Has the detergent dispenser lid been closed after filling Has the correct programme been set Have glasses cups and saucepans been placed upside down in the basket re the dishes too closel nacked gt Is the inlet water too hot Maximum of 70 C since the washing time will other wise be too short Have the dished been placed so that they prevent the detergent dispenser from opening Has the detergent dispenser been closed after filling Stains on the interior of the Is the water hard Pour 1 di of citric acid chassis or descaling agent into the detergent dis penser and run a normal dishwashing programme with the machine emp Patchy dishes Does the dispenser contain rinse agent 115 the mains water hard If so add more detergent and rinse agent Dries unsatisfactoril sage Has the drying programme been preset deep dishes slope sufficiently to en sure that the water will easily run off ils rinse agent used Ensures better run Spares Operation R Kurzke 02 03 541 999516219 EN Symptom Check Foam in the machine Poor heating or none at all Too much rinse agent Set the dosing control to min position 1 Use the right detergent Should low foaming dishwasher de
15. er element 1200 W selection Prerinse wash drying Power rating 1280 OS Fuse required 13A Height 460 mm 65 55 65 Width 450 mm 55 55 55 Depth 480 mm 65 65 65 6 Water pressures min 50 KPa 0 5 bar 55 55 max 1000 kPa 10 bar Economy 6 ___ 65 65 65 Capacity 5 settings 55 55 2 Installation water drainage Place the discharge hose over the sink as illustrated It may not at any point be higher then 75 cm over the surface which the dishwasher is standing on If runs higher operation of the dishwasher might be impaired It is also important to ensure that the inside diameter of the hose is not less than 13 mm at any point If the discharge hose is too long it can easily be cut to the right length Cut the hose to a suitable length using a sharp knife Fit the elbow supplied onto the end of the hose Spares Operation R Kurzke 02 03 S 599 516219 3 Components Capacitor The circulation pump is connected to a capacitor Es oii j 2 5 uF for Europe Pressure Switch The pressure switch controls the water level Without water contact is closed Adjusting Turning the marked screw clockwise level Turning the marked screw anti clockwise level Heating element Power output 1200 W Resistance approx 420 Spares Operation R Kur
16. he cover to be able to see the Container on the left hand X side Let the dishwasher take in water and check the level If the level is too high leakage through the top of the Container adjust the pressure level switch check assembling ofthe Container to tub misaligned oring or screw not tightened Check the Container it self leakages between the welded base petween 20 24 mm and the Container walls Water level Low water level Check ifthe Container is clogged Clean it with hot water after disassembly it from the pressure level switch hose and the tub under a tap If the water level is to low adjust the pressure level switch The drain pump is always running if the water prot device is activated If there is a leaking point and the water prot device is activated the d pump is running continuously There are no possibilities for the drain system to evacuate water from the bottom tray so when the d pump has emptied the tub it will still drain but without draining any water out Customer complaint not draining Even in this case the Service tech have to locate the leaking point Leakages If the leakage point is located to the d pump check the two screws holding the d pump on to the tub the oring between the d pump tub misaligned distorted 2 the housing three screws on the d pump If the leakage point is located to the d pump check the two screws holding the bracket circulation pu
17. hen being sprayed into the Washing chamber In the meantime the container for the regeneration water 2 is also filled with water lf the rubber plug 3 at rear of the machine is in place 7 as shown in the ilustration the machine can handle water with a hardness of up to 20 dH f the rubber plug is removed The regeneration water volume will be increased and the machine can then handle water with a hardness of up to 35 dH During the dishwashing programme the ion exchanger will gradually be filled with lime and to be able to soften the water during the next dishwashing cycle the ion exchanger must be restored to its original condition This is done by a process known as regeneration which takes place according to the actual programmer dia gram The solenoid valve 7 between the salt container and ha the ion exchanger will then open and regeneration water will flow into the salt container 4 A corresponding amount of water saturated with salt is thus forced into the ion exchanger The salt solution is present in the ion exchanger during the last rinse and the small plastic balls will be recharged with sodium ions According to the actual programmer diagram the inlet DO 3 x 274 e LISTES g 4 FIA i valve willopen will allow about 2 litres of water to flow 4 through the ion exchanger to flush away the now dissolve
18. hes Another consumer requirement is that the strainer system must be self cleaning so that it will not be necessary to wash the strainers by hand every time or every other time the dish washer is used The strainer system consists of two parts which jointly contain three different strainers each of which with its own particular task The fine strainer consists of a shaped stainless steel plate which is perforated with 0 5 mm diameter holes and is retained in a plastic frame The dishwashing water passes through this strainer about 420 times during a normal dishwashing programme The bottom of the chassis is designed in such a manner that particles will continually be flushed away to the coarse strainer All particles larger than 0 5 mm will be trapped and the water flowing through the strainer will thus be virtually clean The performance of the strainer is highly dependent on the suction of the circulation pump being equally distributed over the entire strainer area If the suction is higher at any one point particles will be drawn through the fine strainer at that point and they would then disintegrate and would be very dif ficult to trap It is also very important for the plastic frame of the fine strainer to seal well against the chassis so that particles will not by pass the strainer and be deposited back on the dishes The fine strainer also includes a small plastic boss This is designed to prevent the build up of pressure and
19. igned so that they will burn off if the element is switched on but has no cooling water around It THERMOSTAT PROGRAMMER OVERHEATING MAIN SWITCH PROTECTION A er DOOR SWITCH ELEMENT MOUNTING LEVEL CONTROL BOING PRESSURE SWITCH PROTECTION Spares Operation R Kurzke 02 03 221 599 516219 ZANUSSI 14 Wirings Example DSC 14 Ss oM Fe E Don Colour Kabel Orange 150 38 63 00 eE Des 9 White ____ 15033 37 01 TT TT 6 150 37 09 19 4 Black ____ 150 37 08 23 150 37 08 21 1 Yellow green 150 29 74 05 190 29 96 00 b5 b4 506 Violet 4 uberi GS or re ee S A Kpl 5 bo 6 pee og ot eg h4 I b9 53 Se 54 L 1 1 i SONO 1 L 4 i lt lt E undis bh dt 2 3 2 04 JEZ 63 BREER i f b3 wa on 0 000 Pen AS A EAS AA IN O 1 1503977 bo Line switch he Lamp washing 2 Connection 6 3 mm on timer be Door switch h4 Lamp salt Connection 6 3 mm b3 Timer contact kp Terminal block Internal connection on timer b
20. is being filled with water the water PRESSURE level in a level control container located on the SWITCH side outside the chassis will also rise The container is connected to a pressure switch by means of a hose As the water level in the contairier rises the air pressure in the hose will also increase and will act on the pressure switch When the pressure has risen to a preset value the pressure switch Will open which will cause the inlet valve to close The programmer motor can now advance to the next step When the drain valve then empties the machine it will also empty the level control container and the pressure switch will revert to its original position in preparation for the next ES water fill The inlet hole of the level control container is below LEVEL CONTROL the strainer and the water in the level control CONTAINER system is therefore always clean and filtered If the water level should drop for any reason while dishwashing is in progress the pressure switch will close which will interrupt the water circulation and the water heating possibly restart the programmer and allow the programmer to advance in the programme It is important for the machine to be perfectly level when it is in operation since a 5 mm difference level corresponds to about 1 litre of water CAO Air pressure p between 20 24 mm Water level Water pressure p Washing Vor chamber Level control contai
21. mp in place disassemble the circulation pump from the tup and check for plastic burr in the tub oring connection Spares Operation R Kurzke 02 03 38 599 516219 Check the locknut under the salt cap to ensure it is fully tightened It should not be possible to unsrew by hand In the case of leakage here more checkpoints Spares Operation R Kurzke 02 03 39 599 516219 16 Fault tracing Symptom Check Machine does not start Is the door properly closed Is the main switch closed 5 the power supply plug pushed in fully Has the fuse supplying the machine blown Has any programme been oreset Has the start button been depressed for sufficiently long time at least 3 seconds Has the machine been preset for delayed start Machine admits no water 5 the shut off tap open Has the drain connection been cut to the correct size at least 13 mm inside diameter 5 there any water remaining in the machine Is the floating body activated Is the level control container empty so that the pressure switch has reset Are the stra ners clogged Are there any kinks in the drain hose mp clogged Machine does not drain Is the drain Is the drain pump faulty Spares Operation R Kurzke 02 03 40 599 516219 Symptom Check Does not wash the dishes clean Are the strainers clogged or have they been incorrectly fitt
22. ner Spares Operation R Kurzke 02 03 16 599 516219 Old version 4 Inlet system old version A The inlet hose is a rubber hose with plastic cover The coupling nuts are made of plastic which reduces the risk of crossedhreads The inlet hose is inside the washing chamber when the machine 15 delivered and the consumer must fit the hose when installing the machine He must then also decide whether the hose is to run to the right or to the left B On the machine the inlet hose is connected to the inlet valve also Known as solenoid valve When the inlet valve is energized via the programmer the valve will open and water will flow into the machine When the level controller has sensed that the water has reached the correct level it will open the power supply circuit to the inlet valvet and the valve will close The valve is designed to open and close slowly It is important to ensure that no harmful pressure surges will be caused in the water supply mains D Flooding If a component or seal should start to leak the water will collect on the base plate and will activate the floating body To some extent the wall along which the water flows serves as a brake so that spillage of a few drops will not cause the moisture sensor to trip Overfilling protection If the level sensor should fail to operate and the inlet valve should remain open after the water has reached the correct level the
23. ning unclip the lamps 28 599516219 EN Switches temperature Programmer Timer Thermostats Fr Drain pump 14 T Air chamber Interference filter Circulation pump Float switch Regeneration valve Softener Heating element Inlet valve Spares Operation R Kurzke 02 03 29 599 516219 Outer and inner door They snap together and are held by plastic latches on the under side They can easily be unsnapped Replacement of the components within the door After removing these screws the door handle and detergend dispenser flap can be removed from the inner door After removing the spring the door opener can be removed from its hinges The seal is easily be clipped in the inner door frame p X Re assembly is carried out Og in the reverse order Spares Operation R Kurzke 02 03 30 599516219 EN To remove the inner door Remove the lower panel and the outer door Open the door and remove the four screws two on each side securing the rack rails Open the door to an angle of about 130 and carefuly relese the hinge pin on the right hand side On the left hand side the hinge pin is inserted in a hole without slot Door switch Remove the the screws on the under side of the upper panel Lift off the upper panel The door switch is easily be screwed Spares Operation R Kurzke 02 03 31 599 516219 EN Remove this screw to dismount the
24. r Spares Operation R Kurzke 02 03 40 599 516219 Spray arm Pump housing Sealing ring Cup support Dish rack Z NJR EASE Vk am DP TURA s TIA LA ez m 5 E putes Aa IA E jm ui i T ih EFI AEST AX gi JW NS A Hg Li H e Maur t n i I UNT 1 A 0 lA P TEA e e TUR 1 epee L7 eee i IS PE roller Cuttlery basket I FI 599516219 EN 11 Spares Operation R Kurzke 02 03 Water Course Scheme 5 PE swnjoa bay SAJ BA 2 JEG USdO 081 NESIG SALIBA EI ion xd 292014 4 9juoud snuy 2 10 5902 jaaa IAO Impe 49180 J 10128101d Ssbeyesj mojl1aAg 599 516219 EN 12 Spares Operation R Kurzke 02 03 6 Water Inlet The water flows into the regeneration dosage chamber via inlet valve over air break into regeneration dosage chambers and into softener The level control container operates the pressure switch Antisiphonic device Level s
25. tergent 5 the thermostat faulty ls the heater element faulty Spares Operation R Kurzke 02 03 42 999516219 EN
26. this filter clean The fine filter can easily be lifted out for cleaning when the coarse filter is removed at first Spray arm Sealing ring The spray arm is to be removed by unscrewing To clip out he sealing ring a screwdriver gives the nut clockwise it has a left handed thread support and lift of the spray arm Spares Operation R Kurzke 02 03 26 599 516 219 You need screwdriver Torx TX20 Housing After removing the housing screws lay the machine on its side from the bottom of the machine the housing is unclipped front and back from the catches and can be removed All components from the left and right side are now accessible Coil for Softener anti siphon valve Rinse aid dispenser detergent epena zd b Pressure switch EM Ls Air chamber Drain pump Interference filter Thermostats Programmer Timer Spares Operation R Kurzke 02 03 599516219 Remove the base plate The base plate of the machine is held with screws on the lower panel and at the bottom Lay the machine on its back and lift off the base plate It contains the bosses for the overflow water and the flooding switch After removal you come to the most important functional components Spares Operation R Kurzke 02 03 Replacement of the panel Remove the screws from the panel frame Remove the turning knob Carefully unclip the front Before finally ope
27. water will run across an overflow baffle down into the base plate where the floating body of the flooding protection system will close the inlet valve and will prevent water damage Overfilling leakage protection old version E The inlet valve also incorporates a mechanical tripping actuator The tripping actuator is operated by a floating body lf water should leak into the base plate for reason the floating body will close the inlet valve mechanically The leakage protection will operate even if the power supply cable is disconnected Reverse flow protection F This prevents contaminated water from the dishwasher from being drawn back into the water mains even if a vacuum should occur in the water mains mm x L um
28. witch Level control container E v Overflow leakage A protector Inlet valve Tu M V nS x Floater Main pump Water Inlet gt gt Spares Operation R Kurzke 02 03 13 Open air N Air break 180 mm Salt container Reg volume Reg volume container Reg valve gt kE 599 516 219 EN Spares Operation R Kurzke 02 03 7 Rinsing system The function of the rinsing system is to wet the dishes loaded into the machine The electric motor of the circulation pump is delivered with the impeller fitted to it Half the pump casing forms part of the plastic chassis and the other half is bolted in position inside the washing chamber This arrangement ensures that the joint between the two halves of the pump casing is inside the washing chamber An O ring provides the seal between the motor assembly and the chassis The rating of the electric motor is 60 watts 50 Hz or 80 watts 60 Hz and the pump circulates around 30 litres per minute The electric motor needs assistance at the instant of starting which is provided by a starting capacitor The motor mounting Is very important to the sound level Since the movements of the motor are a minimum at the centre the motor is secured to a rubber mounting in the centre at the rear end of the motor To ensure that no vibrations will be transmitted from the motor to th
29. y systems 21 14 WIHNNOS ana diag amS scort tido diia 22 25 15 Service NOMAS ui SA il th 26 SEN a A 26 NOUS Mi HP 27 Panel base plate MENTRE LT 28 Components 10Wer region m oot lili u a 29 Door COMPONENTS Auen a een 30 Beleg elg UU EU 31 Rinse aid dispenser detergent dispenser coil 32 Pressure switch Anti siphon valve level control container 33 Thermostats Heater element 34 Programmer switch unit float switch inlet valve 35 Circulation pump drain P MP 36 Softener regeneration valve 37 Leakage POINTS vare 38 39 16 FAT 40 42 Spares Operation R Kurzke 02 03 a 599 516219 1 2 3 6 5 4 1 On Off button 4 Programme selector 2 Temperature selector 5 Indicator lamp 3 Extra drying effect 6 Salt indicator lamp 1 Technical specifications CYCLE IN DETAIL Power supply 230 V 50 Hz ae Symbol Temp Prewash Main Extra Heat
30. zke 02 03 4 599 516219 Circulation Pump The circulation pump is driven by an asynchronous motor with an starting winding The starting winding ist in circuit with a 2 5 Euro capacitor 2 uF UK Rating 60 80 W Main winding resistance 158 Ohm Starting winding resistance 158 Ohm Drain Pump The drain pump 15 driven by a synchronous motor Power output 21 19 W Pump rate 10 12 l min Main winding resistance 200 Ohm Thermostats normally open 45 C closes at 41 C opens at 33 C 55 C closes at 50 C opens at 42 C 65 C closes at 61 C opens at 53 C Overheating protection normally closed opens at 83 C closes at 0 C Programmer ELBI Spares Operation R Kurzke 02 03 599 516219 Detergent dispenser Ah Coil resistance f 3000 Ohm Rinse aid dispenser Rinse agency capacity 140 ccm Solenoid coil resistance 1900 Ohm Inlet valve Capacity max 4 l min Resistance 4800 Ohm Anti flood switch If the anti flood swich in the base tray is activated all components are switched off except the drain pump Spares Operation R Kurzke 02 03 599516219 EN Water softening system Operation of the water softening system ta WC When water is admitted the inlet valve 1 opens and the hard water flows down into the ion exchanger 5 through which it flows and is softened before flowing through the water inlet 6 and t
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