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Electrolux DIVA EDW 2000 Service Manual
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Electrolux DIVA EDW 2000 Service Manual

Electrolux DIVA EDW 2000 Service Manual

85x60x60cm
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SERVICE MANUAL
DISHWASHER
with
EDW 2000
599 515 206
with
EDW 2000

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Summary of Contents for Electrolux DIVA EDW 2000

  • Page 1 SERVICE MANUAL DISHWASHER with EDW 2000 599 515 206 with EDW 2000...
  • Page 2 Index - 2 -...
  • Page 3 Control On/Off Display Progamme buttons Door handle lamps button * Appliances with height-adjustable feet Plinth height for appliances 820 mm high 100 - 175 mm Plinth height for appliances 870 mm high 150 - 230 mm - 3 -...
  • Page 4 3. Components - 4 -...
  • Page 5 display „lack of rinse aid“ dosing of rinse-aid maximum filling level outlet of rinse-aid detergent tray detergent tray for pre wash Spule Zeit Zeit Zeit Zeit Zeit Zeit - 5 -...
  • Page 6 Temp. Widerstand 10°C 9653 Ohm 25°C 4843 Ohm 60°C 1204 Ohm 90°C 445 Ohm - 6 -...
  • Page 7 drain tub - 7 -...
  • Page 8 - 8 -...
  • Page 9 4. Service tips Torx - 9 -...
  • Page 10 - 10 -...
  • Page 11 - 11 -...
  • Page 12 - 12 -...
  • Page 13 5. Water Course Scheme Inlet valve Circulation pump Salt container Flow heater Air break Non-return valve salt container Regeneration water dosage Drain pump Regeneration valve Overflow safety level Non-return valve Safety inlet hose Safety overflow Spray arms Base tray Roof-mounted shower Inlet to sump from regeneration dosage Float switch chamber...
  • Page 14 5.1 All-Around Water Protection Aqua-Control Inlet Hose The inlet hose has a double-wall construction. The inner hose is equipped with a flow restrictor built into the tap connection, and has a flow rate of 4 litres per minute. The inlet valve (1) is located in the base of the dishwasher.
  • Page 15 5.2 Water Inlet The water flows into the regeneration dosage chamber (7) via inlet valve (1), over air break (2), into regeneration dosage chambers (3) into softener (8). At this point the water divides. 1/4 of the water enters the tub through the vent (23). 3/4 of the water enters the sump (24) through hose (6). The level control chamber built into the sump operates the pressure switch (15).
  • Page 16 s tatic water dynamic water max. 4 load load r epetitions to level with level contr ol T imeout 1 T imeout 2 speed target- s peed ˜ 5 S ek. 10 S ek. 5 S ek. 20 S ek. 1600 time in S ek.
  • Page 17 speed 2800 var iable s peed 1600 20 S ec. high,r high,r high,r s tar t-r outine time in s ec. -function = time (high s peed) + r andom time high,r water in L dynamic pulse was h level pr ess ur e s witch point water level...
  • Page 18 5.3 Draining During the wash cycle the water is pumped out at various stages. First the draining water cleans the filters (16). The filters are open at the bottom which allows any soilage to be rinsed off sufficiently. There is a non-return valve (20) at the inlet connection to the drain pump (19). This valve prevents the water Inlet valve Circulation pump Salt container...
  • Page 19 dr ain pump 1 dr aining s equence with var iable timing level check! (var iable) (var iable) (var iable) 'UDLQ &\FOH )LUVW GUDLQLQJ EHIRUH HYHU\ ZDVK F\FOH  VHF  VHF  VHF 'UDLQLQJ DIWHU WKH ZDVK F\FOHV  VHF  VHF  VHF - 19 -...
  • Page 20 6.1. Inputs and outputs: keys, LEDs and lamps Arrangement and designation The control class EDW2000 replaces the previous control classes Easytronic and Easytronic plus. For this reason there will be variants of appliances with combinations of display and PAA (program run display) in the output area (right side of the appliance). 3 possible variants have been represented in the outlines below. In this connection, the subdivision into "program selection, option selection, SZV, RLA, RAA and HWA"...
  • Page 21 6.2. General information Equipment in the panel area (see description page B 1) Variant-depending existing equipment: w Up to 10 keys (S2 to S11) for the selection of programs or options with the corresponding LEDs. The alternatively available "SZV" key can only be programmed to the two keys (S10 or S11) of the output module.
  • Page 22 LD13 LD19 LD10 Ein/Aus LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 LD18 LD24 LD13 LD19 LD10 LD14 LD20 6.3. Input philosophy: program selection 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 Ein/Aus LD18 LD24...
  • Page 23 LD13 LD19 LD10 Ein/Aus LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 LD18 LD24 LD13 LD19 LD10 6.4.1. Input philosophy: select start time LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 Ein/Aus LD18...
  • Page 24 LD13 LD19 LD10 Ein/Aus LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 LD18 LD24 LD13 LD19 LD10 6.4.2. Input philosophy: select start time LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 Ein/Aus LD18...

  • Page 25: Cycle Start

    6.5. Input philosophy: program run Cycle start 3 seconds after the last key actuation respectively after the set start time has run down, the selected washing cycle will start automatically when the door has been closed. From that moment it is no more possible to select a time preselection resp. a program option.
  • Page 26 LD13 LD19 LD10 Ein/Aus LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 LD18 LD24 LD13 LD19 LD10 6.6. Input philosophy: delete program LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 Ein/Aus LD18 LD24...
  • Page 27 LD13 LD19 LD10 Ein/Aus LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 LD18 LD24 LD13 LD19 LD10 6.7.1. Input philosophy: alter program LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 LD12 Ein/Aus LD18 LD24...
  • Page 28 LD13 LD19 LD10 Ein/Aus LD14 LD20 LD15 LD21 1. 9 9 LD11 LD16 LD22 LD17 LD23 LD12 LD18 LD24 LD13 LD19 LD10 6.7.2. Input philosophy: alter program LD14 LD20 1. 9 9 LD15 LD21 LD11 LD16 LD22 LD17 LD23 Ein/Aus LD12 LD18 LD24...
  • Page 29 6.8. Input philosophy - interrupt program Interrupt program Using the ON/OFF key S1 you can interrupt the program as long as you want. The same is valid for an interruption by opening the door. There is no deleting function integrated in the ON/OFF key S1. If the cycle is interrupted by using the ON/OFF key, all displays go out.
  • Page 30 6.9.1. Input philosophy - displays (part 1) All displays are designed as LED displays and are available depending on the appliance variant. If available depending on variant, start-time preselection and run time are indicated via a display. for that see the figures of input and output parts page B 1 / "Inputs and outputs" Displays for program selection and options Ä...
  • Page 31 6.9.2. Input philosophy - displays (part 2) All displays are designed as LED displays and are available depending on the appliance variant. for that see the figures of the input resp. output parts page B 1 / "Inputs and outputs" Information displays Ä...
  • Page 32 6.10. Short survey of all customer, service and aftersales service functions vertical key arrangement horizontal key arrangement LD13 LD19 LD13 LD19 LD10 LD10 Ein/Aus LD14 LD20 LD14 LD20 LD15 LD21 1. 9 9 LD15 LD21 1. 9 9 LD11 LD11 LD16 LD22 LD16...
  • Page 33 Generally, no wash cycle may be selected when calling the customer functions! ATTENTION: In case of reduced key assemblies be sure to observe Description Page B 1. 6.11. Service function / setting of water hardness: General information Calling / changing / saving the "electronic" hardness range value w Setting and changing the water hardness range is executed in Calling the function "set water hardness"...
  • Page 34 Generally, no wash cycle may be selected when calling the customer functions! ATTENTION: In case of reduced key assemblies be sure to observe Description Page B 1. 6.12. Customer function / deactivation of rinse-aid addition: General information Calling / changing / saving the rinse-aid addition deactivation Calling the function "deactivate rinse-aid addition"...
  • Page 35 Generally, no wash cycle may be selected when calling the customer functions! ATTENTION: In case of reduced key assemblies be sure to observe Description Page B 1. 6.13. Customer function / deactivation of signal sound: General information Calling / changing / saving the signal sound deactivation Calling the function "deactive signal sound"...
  • Page 36 6.14.1. Service function / readout of fault memory and single actuator selection: General information Calling above-mentioned service function (appliances with display) w Calling the service functions is executed in all designs Calling the functions On/Off resp. key arrangements analogously. "readout of fault memory" and "single actuator selection" w For that you always have to use keys S1, S2, S3 and S4 Press keys S2 and S4 simultaneously and ...
  • Page 37 6.14.2. Service function / readout of fault memory and single actuator selection: General information Calling above-mentioned service function (appliances without display) w Calling the service functions is executed in all designs Calling the functions On/Off resp. key arrangements analogously. "readout of fault memory" and "single actuator selection" w For that you always have to use keys S1, S2, S3 and S4 Press keys S2 and S4 simultaneously and ...
  • Page 38 6.15. Service function / LED test with integrated deletion of the fault memory: General information Calling above-mentioned service function w Calling the service functions is executed in all designs Calling the functions On/Off resp. key arrangements analogously. "LED test with integrated deletion of the fault memory" w For that you always have to use keys S1, S2, S3 and S4 independent of their variant-depending program load.
  • Page 39 6.16. Service function / manufacturing test routine: General information Calling above-mentioned service function w Calling the service functions is executed in all designs Calling the function "manufacturing test routine" On/Off resp. key arrangements analogously. w For that you always have to use keys S1, S2, S3 and S4 Press keys S2 and S4 simultaneously and ...
  • Page 40 6.17. Service function / disconnection pulse wash General information Calling above-mentioned service function w Calling the Service Functions is similar with all designs Calling the function "Switch OFF Pulse Wash" On/Off or key arrangements. w Always use the keys S1, S2, S3 and S4 independently Simultaneously press S2 and S4 and ...
  • Page 41 6.18. Service function / additional rinsing process General information Calling above-mentioned service function w Calling the Service Functions is similar with all designs Calling the function "Additional Wash Cycle" On/Off or key arrangements. w Always use the keys S1, S2, S3 and S4 independently Simultaneously press S2 and S4 and ...
  • Page 42 Overview Errors Displayed Applicable for EDW1500 / 1503 (VGA) -- EDW1100 / 1003 (VGA) -- EDW2000 Display Display Error Display Call Acoustic Error Output via Short Explanation What happens? visible for Error Memory Indication Name Indicator Lamp Screen END LED Customer** (Service) No.of Beeps...
  • Page 43 List of Possible Error Causes Code Possible error causes Water tap is closed or faulty No water pressure, pressure too low or changing Screen in front of inlet valve clogged Flow governor at inlet valve faulty No or not enough water let in Inlet valve faulty Inlet valve deenergized (faulty wiring or no activation by electronics) Inlet hose bent...
  • Page 46 C07-01 EDW2000 - Dokumentation / Programmtechnik 1. The New Options Selection by using option key - "3 in 1" General information If you add option "3 in 1" to a wash cycle ..water hardness setting is automatically adjusted to lowest grade (water hardness 1) device-internally.