This service manual is provided by Electrolux Technical Support Europe.
Dishwasher Overview
A front view of a white, freestanding dishwasher. The control panel is located on the top edge of the door, featuring various buttons and a digital display.
AEG Control Panel
A detailed view of the AEG dishwasher control panel. It features a series of circular buttons and indicator lights, along with a 7-segment digital display showing '1.99' and 'LAUFZEIT' (running time).
Left Side Buttons (Programs):
- ◯ EIN AUS (ON OFF)
- ◯ INTENSIV 70° (INTENSIVE 70°)
- ◯ AUTO 65° (AUTO 65°)
- ◯ AUTO BIO 50° (AUTO BIO 50°)
- ◯ NORMAL 65° (NORMAL 65°)
- ◯ NORMAL BIO 50° (NORMAL BIO 50°)
- ◯ SPAR BIO 50° (ECONOMY BIO 50°)
- ◯ QUICK 40° (QUICK 40°)
- ◯ VOR-SPÜLEN (PRE-RINSE)
Right Side Indicators (OKO FAVORIT sensorlogic):
- ◯ VORSPÜLEN (PRE-RINSE)
- ◯ REINIGEN (CLEAN)
- ◯ SPÜLEN (RINSE)
- ◯ KLARSPÜLEN (FINAL RINSE)
- ◯ TROCKNEN (DRY)
- ◯ ENDE (END)
- ◯ SALZ (SALT)
- ◯ KLARSPÜLER (RINSE AID)
- ◯ WASSER (WATER)
- ◯ SIEB (FILTER)
- ◯ TÜR (DOOR)
- ◯ SPRÜHARM (SPRAY ARM)
Below the indicators, 'TURBOTROCKNEN' (TURBO DRYING) and 'MADE IN GERMANY' are visible.
AEG Hausgeräte GmbH
Muggenhofer Straße 135
D-90429 Nürnberg
Germany
Fax +49 (0)911 323 1420
TSE - N
Edition: 03.00
Publ.-Nr.: 599 50 69 23
685
EN
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
This service manual applies to the electronic control Easytronic Plus with all technical equipment that is currently available.
For example, for the Electrolux ASF 2688-w model.
For models without rotary slide, turbidity sensor, upper/cover spray arm or spray arm blocking detection, the information concerning the service is valid as well.
For example, for the Electrolux ASF 2645-w model.
The previous electronic control Easytronic has been updated, so that the information concerning the service is valid in this connection, too.
Information on repair and technical data conform to those of the dishwasher series 1995.
These dishwashers are described in the Service Manual Easytronic, Publ.-No. 599 50 69 24.
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
The structure of these fully electronic dishwashers of highest comfort class described in this manual is equivalent to that of series 1995. Pages 292 1372 01 - 27 of this Service Manual describes the series of 1995.
The electronic Easytronic plus control is a further development of the Easytronic and has additional functions. This Service Manual deals only with the Easytronic plus and the additional components.
Disassemble the Base Panel
Shift the base panel to the left and remove it.
Dishwasher Front Views
Two images showing the front view of a freestanding dishwasher. The first image shows the dishwasher with its base panel in place. The second image shows the dishwasher with its base panel shifted to the left, indicating how it is removed.
Electronic Speed Identification for the Upper Sprayarm
The speed identification consists of a magnetic sensor (Hall generator) which is actioned by a magnet in the upper sprayarm.
The recording of less than 4 revolutions causes the fault display "sprayarm blocked".
Circulation Pump with Rotary Slide
The circulation pump is driven by a single-phase asynchronous motor with an auxiliary winding. The auxiliary winding is connected by a 4mF capacitor. The rotational speed is controlled by a tachymetric generator. There are three speeds for washing: 1600 rpm, 2000 rpm, 2800 rpm, capacity 30 W.
Circulation Pump and Rotary Slide Diagram
A schematic diagram illustrating the components related to the circulation pump and rotary slide:
- A component labeled "rotary slide drive with positioning contact" is shown at the top.
- Below it, a "rotary slide" mechanism is depicted.
- At the bottom, a "circulation pump" is shown, connected to the rotary slide mechanism.
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
At the pressure connecting piece of the circulation pump there is a rotary slide which guarantees the water supply to the upper sprayarm alternating with the lower sprayarm and the ceiling shower and/or the ceiling sprayarm. During the heating phase only the upper sprayarm is operating.
Ceiling Sprayarm
The new cutlery basket is placed at the upper dishwasher basket. The ceiling sprayarm sprays the water directly onto the cutlery basket and guarantees an excellent washing result with the cutlery placed in that basket.
Spray Arm and Cutlery Basket Diagram
A diagram showing a top-down view of a spray arm assembly, with nozzles, and a separate illustration of a cutlery basket. The spray arm is designed to direct water onto the cutlery in the basket.
Turbidity Sensor
The turbidity sensor function is only activated in cycles "AUTO 65° and AUTO BIO 50°".
Function:
The input voltage with the turbidity sensor may be between 6 V and 11.4 V. (The measurements are described in detail in the chapter “Measuring Points at the Electronic Control (in the base)"). For clear water the output voltage must always be 4.3 V. If that value differs due to soiling of the turbidity sensor after a longer operational period, the Easytronic plus recontrols the input voltage with the turbidity sensor automatically until the output voltage is 4.3 V. This happens during the final rinse cycle. If the 4.3 V is not achieved within 8 seconds, the fault “C5” is stored in the fault memory. If the output voltage falls below 3 V in the prewash cycle and below 3.8 V in the intermediate rinsing cycle, turbid water will be detected. With the service test routine the turbidity sensor will be calibrated to 3.5 V not with water but with air. That corresponds to 4.3 V with water.
Output Voltage Prewash Diagram
A line graph illustrating output voltage during prewash. The X-axis represents voltage, and the Y-axis represents water condition. A line starts from "turbid water" at 3V and extends to "clear water" at 4.3V, indicating the expected voltage range for different water turbidity levels during the prewash phase.
Output Voltage Intermediate Diagram
A line graph illustrating output voltage during intermediate rinse. A line starts from "turbid water" at 3.8V and extends to "clear water" at 4.3V, indicating the expected voltage range for different water turbidity levels during the intermediate rinsing phase.
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Cycle Table
Appliance with 8 cycles, e.g. FAVORIT 82800 SENSORLOGIC, FAVORIT 80800 SENSORLOGIC
Control Panel Layout for 8-Cycle Appliances
Two diagrams showing control panels for AEG FAVORIT 82800 SENSORLOGIC and 80800 SENSORLOGIC models. Both panels feature a row of program selection buttons on the left and a digital display (showing '199 LAUFZEIT') and status indicators on the right. The layout is similar to the one described on page 1, with specific program names:
- Programs: AUTO 65°, AUTO 50°, INTENSIVE 70°, NORMAL 65°, NORMAL / BIO 50°, ECO 50°, QUICK 40°, PREWASH.
- Indicators: VORSPÜLEN, REINIGEN, SPÜLEN, KLARSPÜLEN, TROCKNEN, ENDE, SALZ, KLARSPÜLER, WASSER, SIEB, TÜR, SPRÜHARM.
Appliance with 6 cycles, e.g. FAVORIT 60700 vi SENSORLOGIC
Control Panel Layout for 6-Cycle Appliances
A diagram showing a control panel for an AEG FAVORIT 60700 vi SENSORLOGIC model. This panel has fewer program buttons compared to the 8-cycle models, but a similar digital display and status indicators.
- Programs: INTENSIVE 70°, AUTO SPAR 50°, AUTO 65°, ECO 50°, QUICK 40°, PREWASH.
- Indicators: Similar to the 8-cycle models, including OKO FAVORIT, KLARSPÜLER, etc.
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
“Superwash” or “Soaking” Function (Option)
Can be selected for which cycles?
- Using the separate option key, which is placed on the right side of the appliance (output side), it is possible to select in addition the "soaking" and "superwash" function respectively for following cycles:
- intensive 70°
- intensive 65°
- normal 65°
For all other cycles this function is not possible.
How does this option affect the cycle run?
Description of Cycle Differences
- Essential changes in the prewashing
- Hot prewash with temperature increase: Temperature will be increased from 40°C to 55°C.
- A two-times soaking phase of 5 minutes each will be inserted. Between these phases the circulation pump will shortly be actioned. During that time the soiling will be dissolved or soaked.
- Additional prewash times of a total of 7 minutes will be inserted. In doing so the temperature of 55°C will be kept by a possible re-heating.
- With selected option, the "prewash" cycle will be extended by approx. 18-20 minutes.
- Essential changes in the washing
- Additional 6 minutes of washing with heating to a maximum of 55°C.
- Additional 20 minutes of washing at a controlled temperature of 70°C (resp. 65°).
- With selected option, the "prewash" cycle will be extended by approx. 26 minutes.
- The option does not intervene the cycle run of final rinse and drying. With "normal 65°C" however, the 2nd intermediate rinsing already included in the intensive cycle will be inserted additionally.
How to add detergent?
- It is possible to add detergent twice.
- Quantity: 30 g each or 1 tablet for the start.
- Fill the detergent in the door for the hot "superwash" prewash.
- Fill it in the detergent dispenser for the "superwash" cycle.
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Cycle Functions
Start-Time Preselection (SZV)
- The start-time preselection can only be activated before the cycle starts with the switched-on appliance.
- An activated start-time is confirmed by a red LED “SZV”.
- It can be selected scrolling by each pushing the key: The time is indicated by a 2-digit 7-segment display (1 - 2 - ... - 19 - 0 - 1 - ...).
- 6 seconds after last pushing the key the timer of the preselection time will be started, if an effective washing cycle has been selected.
- The preselection time can be changed at any time during the whole start-time countdown.
- 6 seconds after the time preselection has count down the selected washing cycle will start.
- If no washing cycle was selected, the adjusted SZV (start-time preselection) value will stay and flash until an effective cycle has been selected. After a cycle has been selected additionally, the cycle LED, the PAA and the 7-segment display will still flash for 6 seconds (possible time for a change) and will light permanently afterwards. The start-time preselection is now activated. The PAA will go out until the cycle starts.
- The start-time can be cancelled alone or along with the cycle.
Display of Remaining Time
- The remaining time indicates the expected running time of the selected cycle combination.
- The display is indicated in minutes.
- The display of the remaining cycle running time is indicated by a 7-segment display.
- The display is 2 1/2-digit. This means a maximum of “199” minutes can be displayed. With times more than 199 minutes the time 199 is indicated until the cycle running time is below that figure. Only from that time the remaining time will be updated again automatically.
- After switching on the appliance without having selected a washing cycle the 7-segment display and the running time LED will remain dark.
- If a washing cycle has been selected, the LED "running time" gives a red light, the 7-segment display flashes and will light permanently from the cycle start.
- The indicated times are to be taken from a table which is adjusted to the particular process steps. A correction factor depending on the load is considered when calculating the running time.
- If the door is opened during the washing or final rinse phase, this may for technical reasons result in "jumps” of the running time display when closing the door again.
- Digit “1” (= 1 min) shortly before the end of the cycle will be indicated as long as the appliance is still “working”. Digit “0” will be indicated only at the actual end of the cycle, as soon as the control got into the final state.
Information: The 7-segment display among others also indicates the fault display. (see chapter "Table of Fault Displays")
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Display of Cycle Run
There are depending on variants:
- The cycle run is displayed by 6 LEDs arranged vertically.
- Following cycle steps will be indicated: "prewash" - "wash" - "rinsing" - "final rinse" - "drying" - "end".
- The indicated cycle steps are adjusted to the process run.
- Selecting a cycle key, but before the actual cycle start, all cycle steps included in the cycle run will be indicated simultaneously.
- After the cycle start only the LED relating to the corresponding working process will still light.
- The switching from one cycle step to the next one is made step-by-step.
- "End” is only indicated at the actual end of the cycle, when the control got into the final state.
Status Display
- LED display salt
- "on" when salt must be refilled
- goes out after salt addition
- LED display rinse-aid
- "on" when rinse-aid must be refilled
- goes out after rinse-aid addition
- LED display water
- "on" with missing or insufficient water fill
- see chapter Operation 10 - "C1"-fault
- LED display sieve
- "on" (if counter has reached 20) at the end of the cycle
- goes out after the start of a new cycle - counter is reset to 0
- LED display door
- "on" with door opened during the cycle run
- goes out when door is closed
- LED display sprayarm
- "on" with blocked middle sprayarm
- additional acoustic signal
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Energy Label AAA
In order to be able to lead the optimum value “AAA”, among others following features have to exist and/or conditions to be made.
Drying by Fan
- To get a very good drying result a fan drying is absolutely necessary.
Positioning of Sprayarm
- At the end of the final rinse the middle sprayarm is in a defined position.
- This is to avoid that water will drop to the dry dishes and worsen the drying result when drawing out the upper basket.
Intelligent Monitoring of Heating
- A connection will be made between the required heating time during washing and final rinse and the running times in the individual cycle phases.
- If the adjusted maximum heating time should not be sufficient to heat up to the required temperature, the heating will be interrupted in this step. This may happen e.g. by a very cold water fill or dishes.
- The still missing temperature will be compensated by an additional cycle running time which is determined in a table. Thus the cycle phase period of "washing”, “final rinse" or "drying" could be extended.
- This is to guarantee that the energy value required for AAA will not be exceeded, but at the same time will not worsen the washing result.
Miscellaneous
- Sprayarms with an optimized arrangement of nozzles, in addition a third sprayarm instead of a ceiling shower.
- Cutlery deposit and optimized dishwasher baskets.
- Optimized process technology.
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Fuzzy Detection of Load
Water Temperature vs. Time Graph for Load Detection
A graph showing water temperature over time, illustrating fuzzy load detection. The X-axis represents time in seconds, and the Y-axis represents water temperature. Two main curves are shown:
- Steep temperature rise = half load: A steeper upward sloping line indicating faster heating.
- Flat temperature rise = full load: A less steep upward sloping line indicating slower heating.
Below the temperature curves, a heating status bar shows "heating on" and "heating off" phases, with "measuring phase 1" and "measuring phase 2" indicated.
Cycles with Active Fuzzy Detection:
- intensive 70° and intensive 65°
- auto 65° and auto bio 50°
- normal 65° and normal bio 50°
- eco 65°C and eco bio 50°
- normal/eco 65° and normal/eco bio
- AAA cycle (eco)
- option "superwash" (together with cycles intensive 70° / 65° and normal 65°)
Cycle Phases Being Actively Affected by the Fuzzy Detection of Load:
(Changes when detecting half and/or empty load)
- Reduced duration of washing (depending on the particular cycle, between 4 and 6 minutes).
- Drop of 2nd rinsing with all intensive cycles.
- Reduced duration of rinsing (approx. by 2 minutes).
- Temperature reduction by 5°C in the final rinse in appliances with an active drying (exception: 50° cycles).
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Cycle Functions
Easytronic plus enables the realization of all following cycles. At the time being there are dishwashers with a selection of 8 washing cycles and one manufacturing test routine.
Easytronic plus for appliances with rotary slide
Variant 1 - With Fan
No. | Cycle | Fuzzy detection load | Option superwash eligible | Turbid sensor | Prewash | Wash | 1st inter-med. rinsing | 2nd inter-med. rinsing | Final Rinse | Drying | Comment |
---|---|---|---|---|---|---|---|---|---|---|---|
1 | superwash | ✓ | ✓ | --- | 55°C+soak. | 70°C+time | cold | cold* | 70°C | 24min fan | eligible as option |
2 | intensive 70° | ✓ | ✓ | --- | 40°C | 70°C | cold | cold* | 70°C | 24min fan | |
3 | intensive 65° | ✓ | ✓ | --- | 40°C | 65°C | cold | cold* | 70°C | 24min fan | |
4 | normal 65° | ✓ | ✓ | --- | cold | 65°C | cold | --- | 70°C | 24min fan | |
5 | auto 65° | ✓ | ✓ | ✓ | (cold) | 65°C | cold | cold** | 70°C | 24min fan | with turbidity function |
6 | normal/eco 65° | ✓ | --- | --- | cold ½ | 65°C | cold | --- | 70°C | 24min fan | norm. with 1½ prewash |
7 | eco 65° | ✓ | --- | --- | --- | 65°C | cold | --- | 70°C | 24min fan | |
8 | normal bio 50/60° | ✓ | --- | --- | cold | 50/60°C | cold | --- | 65°C | 24min fan | |
9 | eco 50° | ✓ | --- | ✓ | cold | 55°C/var. | cold | --- | 60°C var. | var. fan | bio with time extens. |
10 | auto bio 50/60° | ✓ | ✓ | ✓ | (cold) | 50/60°C | cold | cold** | 70°C | 24min fan | with turbidity function |
11 | normal/eco bio | ✓ | --- | --- | cold ½ | 50/60°C | cold | --- | 65°C | 24min fan | norm. 1½ with prewash |
12 | eco bio 50/60° | ✓ | --- | --- | --- | 50/60°C | cold | --- | 65°C | 24min fan | |
13 | quick normal | --- | --- | --- | 55°C ½ | 60°C | quick hot | --- | 60°C | 12min fan | quick normal cycle |
14 | quick 50°(party) | --- | --- | --- | --- | 50°C | quick | --- | 55°C | --- | quick/party cycle |
15 | quick 40°(party) | --- | --- | --- | --- | 40°C | quick | --- | 55°C | --- | quick/party cycle |
16 | prewash extra | --- | --- | --- | cold | --- | --- | --- | --- | --- | |
17 | manuf. rout. 1 | --- | --- | --- | rinsing out | --- | 50°C | --- | regen. | --- | test routine |
18 | manuf. rout. 2 | --- | --- | ✓ | rins.out+ turbid.sensor | --- | 50°C | --- | regen. | --- | test rout.with turbidity sensor |
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Easytronic plus for appliances without rotary slide
Variant 2 - With Fan
No. | Cycle | Fuzzy detection load | Option superwash eligible | Turbid sensor | Prewash | Wash | 1st inter-med. rinsing | 2nd inter-med. rinsing | Final Rinse | Drying | Comment |
---|---|---|---|---|---|---|---|---|---|---|---|
1 | superwash | ✓ | ✓ | --- | 55°C+soak. | 70°C+time | cold | cold* | 70°C | 24min fan | eligible as option |
2 | intensive 70° | ✓ | ✓ | --- | 40°C | 70°C | cold | cold* | 70°C | 24min fan | |
3 | intensive 65° | ✓ | ✓ | --- | 40°C | 65°C | cold | cold* | 70°C | 24min fan | |
4 | normal 65° | ✓ | ✓ | --- | cold | 65°C | cold | --- | 70°C | 24min fan | |
5 | auto 65° | ✓ | ✓ | ✓ | (cold) | 65°C | cold | cold** | 70°C | 24min fan | with turbidity function |
6 | normal/eco 65° | ✓ | --- | --- | cold ½ | 65°C | cold | --- | 70°C | 24min fan | norm. with 1½ prewash |
7 | eco 65° | ✓ | --- | --- | --- | 65°C | cold | --- | 70°C | 24min fan | |
8 | normal bio 50/60° | ✓ | --- | --- | cold | 50/60°C | cold | --- | 65°C | 24min fan | |
9 | eco 50° | ✓ | --- | ✓ | cold | 55°C/var. | cold | --- | 60°C var. | var. fan | bio with time extens. |
10 | auto bio 50/60° | ✓ | ✓ | ✓ | (cold) | 50/60°C | cold | cold** | 70°C | 24min fan | with turbidity function |
11 | normal/eco bio | ✓ | --- | --- | cold ½ | 50/60°C | cold | --- | 65°C | 24min fan | norm. 1½ with prewash |
12 | eco bio 50/60° | ✓ | --- | --- | --- | 50/60°C | cold | --- | 65°C | 24min fan | |
13 | quick normal | --- | --- | --- | 55°C ½ | 60°C | quick hot | --- | 60°C | 12min fan | quick normal cycle |
14 | quick 50°(party) | --- | --- | --- | --- | 50°C | quick | --- | 55°C | --- | quick/party cycle |
15 | quick 40°(party) | --- | --- | --- | --- | 40°C | quick | --- | 55°C | --- | quick/party cycle |
16 | prewash extra | --- | --- | --- | cold | --- | --- | --- | --- | --- | |
17 | manuf. rout. 1 | --- | --- | --- | rinsing out | --- | 50°C | --- | regen. | --- | test routine |
18 | manuf. rout. 2 | --- | --- | ✓ | rins.out+ turbid.sensor | --- | 50°C | --- | regen. | --- | test rout.with turbidity sensor |
Variant 4 - Without Fan
No. | Cycle | Fuzzy detection load | Option superwash eligible | Turbid sensor | Prewash | Wash | 1st inter-med. rinsing | 2nd inter-med. rinsing | Final Rinse | Drying | Comment |
---|---|---|---|---|---|---|---|---|---|---|---|
1 | superwash | ✓ | ✓ | --- | 55°C+soak. | 70°C+time | cold | cold* | 70°C | 24min fan | eligible as option |
2 | intensive 70° | ✓ | ✓ | --- | 40°C | 70°C | cold | cold* | 70°C | 24min fan | |
3 | intensive 65° | ✓ | ✓ | --- | 40°C | 65°C | cold | cold* | 70°C | 24min fan | |
4 | normal 65° | ✓ | ✓ | --- | cold | 65°C | cold | --- | 70°C | 24min fan | |
5 | auto 65° | ✓ | ✓ | ✓ | (cold) | 65°C | cold | cold** | 70°C | 24min fan | with turbidity function |
6 | normal/eco 65° | ✓ | --- | --- | cold ½ | 65°C | cold | --- | 70°C | 24min fan | norm. with 1½ prewash |
7 | eco 65° | ✓ | --- | --- | --- | 65°C | cold | --- | 70°C | 24min fan | |
8 | normal bio 50/60° | ✓ | --- | --- | cold | 50/60°C | cold | --- | 70°C | 24min fan | |
9 | eco 50° | ✓ | --- | ✓ | cold | 55°C/var. | cold | --- | 60°C var. | variable | bio with time extens. |
10 | auto bio 50/60° | ✓ | ✓ | ✓ | (cold) | 50/60°C | cold | cold** | 70°C | 24min fan | with turbidity function |
11 | normal/eco bio | ✓ | --- | --- | cold ½ | 50/60°C | cold | --- | 70°C | 24min fan | norm. 1½ with prewash |
12 | eco bio 50/60° | ✓ | --- | --- | --- | 50/60°C | cold | --- | 70°C | 24min fan | |
13 | quick normal | --- | --- | --- | 55°C ½ | 60°C | quick hot | --- | 60°C | 12min fan | quick normal cycle |
14 | quick 50°(party) | --- | --- | --- | --- | 50°C | quick | --- | 55°C | --- | quick/party cycle |
15 | quick 40°(party) | --- | --- | --- | --- | 40°C | quick | --- | 55°C | --- | quick/party cycle |
16 | prewash extra | --- | --- | --- | cold | --- | --- | --- | --- | --- | |
17 | manuf. rout. 1 | --- | --- | --- | rinsing out | --- | 50°C | --- | regen. | --- | test routine |
18 | manuf. rout. 2 | --- | --- | ✓ | rins.out+ turbid.sensor | --- | 50°C | --- | regen. | --- | test rout.with turbidity sensor |
* = execution depending on load detection
** = execution depending on turbidity value
Dishwasher Service Information
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Short List of Operational and Service Functions
Easytronic Plus Control Panel Buttons
A schematic representation of the Easytronic Plus control panel buttons, arranged in two rows. The top row shows buttons labeled 1, 4, 7, and a group of 9 small circles (1-9). The bottom row shows buttons labeled 2, 5, 8, 3, 6, 9.
Function | with key(s) before pushing key 1 (on/off) | display | afterwards: selection, start or change of function with key | display |
---|---|---|---|---|
select hardness | key 2 + 3 | LED 2 and 3 flashing | key 3 (LED 3 flashing) | The hardness value can be changed by pushing key 3 (LED 3 flashing). First confirmation actions the display of the currently selected value. Condition of delivery: „H3". Function scrolling - see point 6 / Display will be actualized properly. |
buzzer cutoff for cycle end | key 2 + 3 | LED 2 and 3 flashing | key 2 (LED 2 flashing) | The buzzer can be switched on and off respectively by pushing key 2 (LED 2 flashing). First confirmation actions the display of the currently selected value. Condition of delivery: „b1". Display b0 and LED end off = buzzer off. Display b1 and LED end flashing = buzzer on. |
manufacturing test routine | key 2 + 4 | LED 2 and 4 flashing | key 4 | LED 4 flashing, cycle start via 7-segment display and PAA LED |
single actuators selection | key 2 + 5 | LED 2 and 5 flashing | key 2 | LED 2 and 5 flashing |
output service fault memory | key 2 + 5 | LED 2 and 5 flashing | key 4 | LED 2, 4 and 5 flashing 7-segment display coded (PAA with VGA) |
cancel service fault memory display test | key 2 + 5 | LED 2 and 5 flashing | key 5 | All key LEDs are flashing in change with the LEDs of PAA and other displays on the right. |
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
List of Fault Displays - Display C
Valid for Easytronic plus control parts with I/O-variants (input/output) Easytronic plus, Easytronic, VGA
Fault | Display 7-segment | Display PAA - LEDs | acoustic display no. of squealings | Fault output visible for customers** (PAA) | Fault output visible for customers** (7-seg.) | Fault output visible for customers** (AK) | Inquiry fault memory (service) (PAA) | Inquiry fault memory (service) (7-seg.) | Inquiry fault memory (service) (AK) | output via information display (if, depending on variants) | short description | what happens? |
---|---|---|---|---|---|---|---|---|---|---|---|---|
communication error | C0 | washing | X | X | X | X | X | X | X | Is realized, when no data can be received and/or sent between input module and control part after the 10th attempt. | Appliance stands still and is on hold until communication is ok again. | |
water tap closed | C1 | end | once | X | X | X | X | X | X | LED water only VGA. If LED water exists, only acoustically, no 7-segment and PAA display for customers | Switch point of pressure switch is not reached within 60 sec. at the latest. | Cycle LED flashes, cycle is stopped and can be continued by pushing the cycle key. Acoustic signal is interrupted by opening the door. |
drain pump | C2 | drying | twice | X | X | X | X | X | X | only VGA | Reset point of pressure switch is not reached within 120 sec. at the latest. Cycle will be stopped. | Cycle LED flashes, cycle is stopped and can be continued by pushing the cycle key. Acoustic signal is interrupted by opening the door. |
aqua control | C3 | drying end | 3 times | X | X | X | X | X | X | only VGA | Drain pump is working although it is not selected by electronic board. | Cycle stops and restarts automatically after end of fault. Acoustic signal is interrupted by opening the door. |
C4 | final rinse | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
turbidity sensor | C5 | final rinse end | 5 times | X | X | X | X | X | X | only VGA | The turbidity signal necessary for calibration is not reached within 8 sec. | Turbidity detected. Cycle run is adapted accordingly. |
C6 | final rinse drying | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
heating | C7 | final rinse drying end | 7 times | X | X | X | X | X | X | only VGA | During heating no temperature increase by a minimum of 1.5K is recorded within 3 min. | Cycle will be continued until the end without the heating function! |
NTC sensor | C8 | intermediate rinsing | 8 times | X | X | X | X | X | X | only VGA | NTC short circuit or interruption. | Cycle will be continued until the end without the heating function! |
tacho | C9 | intermediate rinsing end | 9 times | X | X | X | X | X | X | only VGA | With a selected circulation pump no tacho signal will be received for 25 sec. | The circulation pump will be driven without control. With flow-type heater appliances the heating will be cut off after 5 sec. This function will then be controlled in every step. |
circulation pump triac short circuit | CA | intermediate rinsing drying | 10 times | X | X | X | X | X | X | only VGA | Tacho signals are detected although the circulation pump is not selected. | Cycle will end and water flows until the switch point of the pressure switch. |
rotary slide | Cb | intermediate rinsing end | 11 times | X | X | X | X | X | X | only VGA | a) The required position of the rotary slide is not reached within 4.3 min. b) The rotary slide position changes without selecting the rotary slide. | Cycle continues. Heating will be cut off with flow-type heater appliances. |
servo door lock (only VGA) | CE | washing drying end | 14 times | X | X | X | only VGA | X | --- | --- | ||
programming error with forming variant | Cf | washing end | 15 times | X | X | X | only VGA | X | Check sum in EEPROM is not correct. Is only detected after switching on! Wrong I/O variant programmed. I/O component does not match the control component. | No program selection possible. On/Off-LED on. No program selection possible. On/Off-LED on / On/Off-LED flashes with VGA. | ||
fault I/O variant (input/output) | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- |
AK = with Easyplus, if option existing and programmed and/or always with VGA
= if 7-segment existing, no PAA display of fault
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
List of Fault Displays - Display C (continued)
Fault | Display 7-segment | Display PAA - LEDs | display acoustic no. of squealings | Fault output visible for customers** (PAA) | Fault output visible for customers** (7-seg.) | Fault output visible for customers** (AK) | Inquiry fault memory (service) (PAA) | Inquiry fault memory (service) (7-seg.) | Inquiry fault memory (service) (AK) | output via information displays (if, depending on variants) | short description | what happens? |
---|---|---|---|---|---|---|---|---|---|---|---|---|
sprayarm | A0 | prewashing washing | --- | X | X | X | X | X | X | LED sprayarm | Fault detected if sprayarm upside and a minimum of 4 revolutions is not detected after 35 sec. | Fault output until rotational speed of sprayarm is detected or if no selection was made. |
A1 | prewashing end | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
A2 | prewashing drying | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
A3 | prewashing drying end | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
A4 | prewashing final rinse | steady tone if sprayarm is positioned upside | X | X | X | X | X | X | --- | --- | --- | |
A5 | prewashing final rinse end | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
overflooding device | A6 | prewashing final rinse end | --- | X | X | X | X | X | X | --- | Maximum fill time after filling to level is 104 sec. A fault will be detected if that time is exceeded. | Valve is no longer selected until the next drain step (drain to level). Level-dependent filling steps passed. During that time no heating selection. |
A7 | prewashing final rinse drying | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
A8 | prewashing final rinse drying end | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
A9 | prewashing intermediate rinsing | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
AA | prewashing intermediate rinsing end | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
Ab | prewashing intermediate rinsing drying | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
A사 | prewashing intermediate rinsing drying end | --- | --- | --- | --- | --- | --- | --- | --- | --- | ||
AK* | prewashing washing end | --- | --- | --- | --- | --- | --- | --- | --- | --- |
AK* = with Easy plus, if option existing and programmed
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Test Routine
time / seconds | level | temperature | pump | circulation pump | drying | comment (() = function possible) |
---|---|---|---|---|---|---|
variable | to reset point | on | pumping off | |||
10 | on | pumping off | ||||
8 | on | calibration of turbidity sensor | ||||
variable | filling to switch point level | filling | ||||
variable | to reset point | on | pumping off | |||
20 | on | pumping off | ||||
variable | filling to switch point level | filling | ||||
15 | filling (approx. 1 liter) | filling | ||||
5 | (dynamic filling) level controlled | 2400 rpm | (filling) / cirulating | |||
20 | (dynamic filling) level controlled | 2800 rpm | (filling / circulating) | |||
4 | pause | |||||
15 | (dynamic filling) level controlled | 2800 rpm | (filling) / recirculating | |||
4 | pause | |||||
15 | (dynamic filling) level controlled | 2800 rpm | (filling) / circulating | |||
variable | (dynamic filling) level controlled | 2800 rpm | (filling) / circulating rotary slide to position above | |||
5 | (dynamic filling) level controlled | 2800 rpm | (filling) / circulating addition of detergent | |||
variable (max. 1200 sec.) | (dynamic filling) level controlled to 50 °C or 1200 sec. | 2800 rpm | (filling) / circulating heating | |||
60 | 2800 rpm | circulating / rotary slide | ||||
variable | 2800 rpm | circulating / rotary slide to position above | ||||
5 | 2000 rpm | circulating | ||||
variable | 2800 rpm | upper sprayarm to position 220° | ||||
variable | to reset point | on | pumping off | |||
25 | on | pumping off | ||||
20 | pause | |||||
15 | on | on | pumping off | |||
210 | regeneration if necessary | |||||
variable | to reset point | on | pumping off |
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Single Actuator Selection
Carry out the call according to the list of operational and service functions. So the actuators are selected in accordance with the below described order for 5 seconds each. After having reached the last position the actuator selection starts from the beginning. The mode of single actuator selection will be left after 2 minutes or by switching off the appliance.
- inlet valve
- regenerating valve
- circulation pump (is operating in the previous series with 1000 rpm)
- rotary slide
- drain pump
- fan and flap turbo drying
- detergent dispenser
The heating is not switched on during the single actuator selection, as the heating would be damaged in appliances with flow-type heaters.
Dishwasher Specifications
Fully-Integrated, Integrated, Substructure, Upright Dishwashers with Flow-Type Heaters and Easytronic Plus
Measuring points at the electronic control (in the base)
Electronic Control Board Layout and Measuring Points
A detailed schematic diagram of the electronic control board, showing various connectors and internal components with their associated resistances and voltage ranges. The diagram is divided into sections for different connectors (7-pole, 4-pole, 3-pole) and their connections to the input module and front side of the board.
7-pole connector (KL5):
- Pin 1-2: Filling solenoid s11 (4 kΩ)
- Pin 3-4: Regenerating solenoid s9 (3 kΩ)
- Pin 5-6: Rotary slide drive 1-3 (9 kΩ)
- Pin 7-8: Positioning contact 1-2
- Pin 9-10: Upper sprayarm, lower sprayarm (0 Ω)
4-pole connector (S5, V2.1, V2.2, R2, M2.2, Q2, N2, T2, E5):
- Heating contactor c2 (6.7 kΩ)
- Tachymetric generator g1 (213 Ω)
- Reed switch salt b92 with missing salt (0 Ω)
- Pressure switch fN with level (0 Ω)
- Thermal sensor NTC
Front side of board 3-pole connector:
- Turbidity sensor:
- 1-2: 6-11.4 V
- 1-3: Clear water 4.3 V, Turbid water in prewash <3 V, Turbid water in intermediate rinsing <3.8 V
Measure all resistances with plugged-off connector.
7-pole connector | Pin | resistance | NTC temperature sensor temperature/resistance (only with fully electronic dishwashers) |
---|---|---|---|
Attention! With the 7-pole connector clamps 7 and 5 have the mains voltage. When measuring the resistance the mains plug must be absolutely unplugged or the fuse turned off. | 20 °C / 6032 Ω 25 °C / 4829 Ω 30 °C / 3891 Ω 40 °C / 2573 Ω 50 °C / 1741 Ω 55 °C / 1444 Ω 60 °C / 1204 Ω 65 °C / 1009 Ω 70 °C / 849 Ω | ||
circulation pump main winding m8 | 1 - 2 | 59 Ω | |
float switch f 16.2 | 3 - 4 | normal 0 Ω | |
float switch f 16.2 | 4 - 5 | normal ∞ Ω | |
drain pump m3 normal | 4 - 6 | 170 Ω | |
drain pump m3 float switch f 16.1 has reacted | 4 - 7 | 170 Ω |