Electrolux EDR 1000 User manual

DRYERS
ALLARMS & DIAGNOSTIC

SOI/ADL 2009-10 2/63 599 72 40-73
©Electrolux Italy S.p.A.
Corso Lino Zanussi, 30
I - 33080 Porcia –PN -
Fax: + 39 0434 394096
SOI
Edition: 09-2009 Rev 0.0
599 72 40-73
TD Electronic
Platform Collection
Dryer
Condense / Vented

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INDEX
1DIAGNOSTICS on dryer EDR 1000 / EDR 2000 / EDR2000 JEWEL / EDR 2000 CLUB DISPLAY............5
1.1 Access to diagnostics..............................................................................................................................5
1.2 Exiting the diagnostics system................................................................................................................5
2Allarms ...........................................................................................................................................................6
2.1 ALARMS EDR 1000................................................................................................................................6
2.1.1 Displaying the alarms to the user.....................................................................................................6
2.1.2 Alarm display during normal operation.............................................................................................7
2.1.3 Reading the alarm codes..................................................................................................................7
2.1.4 Displaying the alarm code................................................................................................................7
2.1.5 Example of display of alarm code ....................................................................................................8
2.1.6 Rapid reading of the alarm codes ....................................................................................................8
2.1.7 Cancelling the last alarm memorized...............................................................................................8
2.1.8 Notes concerning certain alarm codes.............................................................................................8
2.2 ALARMS EDR 2000................................................................................................................................9
2.2.1 Displaying the alarms to the user.....................................................................................................9
2.2.2 Alarm display during normal operation.............................................................................................9
2.2.3 Reading the alarm codes..................................................................................................................9
2.2.4 Reading the alarm codes................................................................................................................10
2.2.5 Cancelling the last alarm memorized.............................................................................................10
2.2.6 Notes concerning certain alarm codes...........................................................................................10
2.3 ALARMS EDR 2000 JEWEL.................................................................................................................11
2.3.1 Displaying the alarms to the user...................................................................................................11
2.3.2 Alarm display during normal operation...........................................................................................11
2.3.3 Reading the alarm codes................................................................................................................11
2.3.4 Reading the alarm codes................................................................................................................12
2.3.5 Cancelling the last alarm memorized.............................................................................................12
2.3.6 Notes concerning certain alarm codes...........................................................................................12
2.4 ALARMS EDR 2000 CLUB DISPLAY...................................................................................................13
2.4.1 Displaying the alarms to the user...................................................................................................13
2.4.2 Reading the alarm codes................................................................................................................13
2.4.3 Quick reading of the alarm .............................................................................................................13
2.4.4 Cancelling the last alarm................................................................................................................14
2.4.5 Notes concerning certain alarm codes...........................................................................................14
2.5 Table of alarms EDR 1000 / EDR 2000 / EDR2000 JEWEL / EDR 2000 CLUB DISPLAY .................15
3DIAGNOSTICS ENV06 / ENV06 AEG / ENV06 CATALOGUE / ENV06 ACTION / ENV06 input ..............18
3.1 Acess to diagnostics .............................................................................................................................18
3.2 Exiting the diagnostics system..............................................................................................................18
4DIAGNOSTICS on ENV06 / ENV06 AEG CLOTHES REFRESHMENT.....................................................22
4.1 Acess to diagnostics .............................................................................................................................22
4.2 Exiting the diagnostics system..............................................................................................................22
5DIAGNOSTICS on ENV06 HP / ENV06 AEG HP........................................................................................25
5.1 Acess to diagnostics .............................................................................................................................25
5.2 Exiting the diagnostics system..............................................................................................................26
6ALARMS ENV06 dryers...............................................................................................................................28
6.1 Displaying the alarms to the user..........................................................................................................28
6.2 Alarm display during normal operation .................................................................................................28
6.3 Reading the alarm codes......................................................................................................................28
6.4 Displaying the alarm code on models with LCD ...................................................................................28
6.5 Displaying the alarm code in all models without LCD...........................................................................28
6.6 Cancelling the last alarm memorized....................................................................................................29
6.7 Notes concerning certain alarm codes...................................................................................................29
7ENV06 TUMBLE DRYERS ALARMS TABLE SUMMARY ...........................................................................30
8HEATER.......................................................................................................................................................35
9NTC sensor...................................................................................................................................................35
10 MOTOR.......................................................................................................................................................36
11 CANISTER FILLING PUMP........................................................................................................................36
12 COMPRESSOR ..........................................................................................................................................37
13 PTC Motor protection..................................................................................................................................37
14 FAN COOLING COMPRESSOR ................................................................................................................38
15 AIR CIRCULATION FAN.............................................................................................................................38

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16 Checking the efficiency of the heat pump...................................................................................................38
17 STEAMER...................................................................................................................................................39
18 List of PNC..................................................................................................................................................40
18.1 List of PNC - ELC for dryer EDR 1000 NEW......................................................................................40
18.2 List of PNC - ELC for dryer EDR 2000 NEW......................................................................................40
18.3 List of PNC - ELC for dryer EDR 2000 JEWEL...................................................................................42
18.4 List of PNC - ELC for dryer EDR 2000 CLUB DISPLAY.....................................................................43
18.5 List of PNC - ELC for dryer ENV06 / ENV06 AEG / ENV 06 CATALOGUE / ENV06 ACTION / ENV06
INPUT...........................................................................................................................................................45
18.6 List of PNC - ELC for dryer HEAT PUMP ENV06 / ENV06 AEG.........................................................60
18.7List of PNC - ELC for dryer CLOTHES REFRESHMENT ENV06 / ENV06 AEG................................60

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1 DIAGNOSTICS on dryer EDR 1000 / EDR 2000 / EDR2000 JEWEL / EDR
2000 CLUB DISPLAY
1.1 Access to diagnostics
EDR 1000
EDR 2000
EDR 2000 JEWEL
EDR 2000 CLUB DISPLAY
1. The appliance must be switched OFF.
2. Press START/PAUSE and the option buttons simultaneously.
3. Holding these two buttons down, switch the appliance ON by turning the programme selector knob one
position clockwise.
4. Continue to hold down the buttons until the LEDs begin to flash and the buzzer sounds (about 5
seconds).
1.2 Exiting the diagnostics system
To exit the diagnostics system, turn the programme selector knob to zero to switch the appliance OFF, then
switch it ON and OFF again.
Selector
position
Components activated
Operating
conditions
Function checked
1
All the LEDs light in sequence.
When a button is pressed, the corresponding
LED lights and the buzzer sounds.
Always activated.
Operation of the user
interface.
2
Floating switch.
Canister fill pump.
Door closed. Max.
time 30 sec. Sump
full (0.7 litres
approx.)
Operation of the
floating switch and
canister fill pump.
3
Motor triac and relay.
Canister fill pump always powered.
Door closed. Max.
time 10 min.
Pump 30 sec.
Controls
counterclockwise
drum rotation.
4
Triac motor in stepping operation.
Door closed. Max.
time 10 min.
Control of clockwise
drum rotation (low
speed for visual
inspection of drum
shell assembly).

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5
Higher-power (1400W) heating element.
Motor triac for ventilation.
Door closed. Max.
time 10 min.
Heater unit (half
power).
6
Both branches of the heater unit.
Motor triac for ventilation.
Door closed. Max.
time 10 min.
Heater unit (full
power).
7
Conductimetric sensor. This check has duration
of 4 sec. (1 sec. to create the short circuit).
The phase/warning LEDs flash during this
period. If the result is correct at the end, the
LEDs remain lit; if not, the LEDs flash and alarm
E32 is displayed.
Door closed.
Short circuit
between the two
drum shells.
Control of the
conductimetric sensor
when shortcircuited.
8
Conductimetric sensor. This check has duration
of 4 sec. The phase/warning LEDs flash during
this period. If the result is correct at the end, the
LEDs remain lit; if not, the LEDs flash
continuously.
Door closed.
Control of the
conductimetric
sensor when the
circuit is open.
9
Door opening Triac. After 2 attempts, if the door
does not open, an alarm is displayed.
Coil of the door interlock.
Door closed
After two seconds
the triac activates.
Operation of the door
opening
10
Floating switch.
Canister fill pump.
Door closed
Tempo max. 30
sec.
Operation of the
floating switch (sump
empty)
11
Reading/cancellation of the last alarm code
Turn the knob till position 11, paying attention
not to stop at position 7, because error E32 may
occur.
---
---
12-13-14-15
All the LEDs light in sequence.
When a button is pressed, the corresponding
LED lights and the buzzer sounds.
Always activated
Operation of the user
interface.
2 Allarms
2.1 ALARMS EDR 1000
2.1.1 Displaying the alarms to the user
Operation of the alarms is configurable according to the model. Some or all of the alarms may be
displayed to the user.
Normally, all alarms except E44, E52, E63, E94, EB2 are displayed to the user.
When an alarm condition occurs, the drying cycle may be interrupted or paused; in some cases, for the sake
of safety, a forced cooling cycle is performed. In this case, the electronic board, if possible, disconnects the
power relay from the heater unit and powers the motor of the drum cooling fan. The cycle remains active until
the user switches off the appliance.

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2.1.2 Alarm display during normal operation
The system displays the family of alarms to the user by a repeated
flashing sequence of the ANTI-CREASE/END OF CYCLE LED (0.4
seconds on, 0.4 seconds off, with a 2.5 second pause between
sequences).
The buzzer emits a series of "bips" in synchronization with the flashing
of the LED.
For example, in the case of alarm E53, the cycle would be interrupted and the ANTI-CREASE/END OF
CYCLE LED would flash repeatedly in the sequence shown in the table.
The five flashes indicate the first of the two numbers in the alarm code E53 (the alarms relative to the same
function are grouped into families).
End of cycle
LED
Time (sec)
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
2.5
Value
1
2
3
4
5
Pause
Configuration errors (E93) are indicated by all the LEDs flashing.
2.1.3 Reading the alarm codes
To read the last alarm code memorized in the EEPROM of the electronic
board, proceed as follows:
•Access diagnostics mode (see paragraph 9.1)
Turn the programme selector knob clockwise to the eleventh position
2.1.4 Displaying the alarm code
The alarm code is displayed by a repeated sequence of flashing of the
ANTI-CREASE/END OF CYCLE LED (0.4 seconds on, 0.4 seconds off,
with a pause of 2.5 seconds between sequences). The buzzer emits a
series of "bips" in synchronization with the flashing of the LED.
N.B.:
•The first letter of the alarm code "E" (error) is not displayed, since it is common to all codes.
•The families of alarm codes are expressed in hexadecimal. Therefore;
Ais represented by 10 flashes
Bis represented by 11 flashes
Fis represented by 15 flashes
•Configuration errors are displayed by the flashing of all the LEDs (user interface not configured).
ANTI-CREASE/END OF CYCLE LED: indicates the first
number of the alarm code (family)
START/PAUSE LED: indicates the second number of the
alarm code (number within the family category).

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2.1.5 Example of display of alarm code
In the event of, for example, alarm E53 (problems with the motor triac), the code will be displayed as follows:
the sequence of five flashes of the ANTI-CREASE/END OF CYCLE LED indicates the first of the two
numbers in the alarm code E"5"3, which represents the family and is displayed to the user.
the sequence of three flashes of the START/PAUSE LED indicates the second number E5"3".
Time (sec)
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
2.5
End of cycle
LED
Value
1
2
3
4
5
Pause
Pause LED
Value
1
2
3
Pause
2.1.6 Rapid reading of the alarm codes
The last alarm code memorized can be displayed even if the appliance is in normal operating mode (e.g.
while the drying programme is being performed):
Press START/PAUSE and any one of the option buttons simultaneously for at least two seconds. The
LEDs switch off, then display the flashing sequence that identifies the alarm code.
The alarm sequence continues to flash as long as the two buttons are held down.
The reading system is as described in paragraph 10.2.1.
The appliance continues the cycle while the alarm codes are being displayed. If the appliance is in
programme selection mode, the options previously selected are stored in memory.
2.1.7 Cancelling the last alarm memorized
It is good practise to cancel the alarm code from memory:
•After reading the alarm, to check whether it is repeated during the diagnostics cycle.
•After effecting repairs to the appliance, to check whether it is repeated during testing.
1. Access diagnostics mode and turn the programme selector knob to the eleventh position (alarm
reading).
2. Press START/PAUSE and any one of the option buttons simultaneously.
3. Hold down the START/PAUSE and option buttons for about 5 seconds.
2.1.8 Notes concerning certain alarm codes

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Configuration alarm E93: When configuration alarms are displayed (when the appliance is switched
on), the appliance is inoperative and all the LEDs light. It is not possible to access diagnostics mode;
the only possible operation is that of switching off the appliance (selector knob on position "0").
Alarms EB1-EB2-EB3: In the event of problems with the power supply, the appliance remains in
alarm mode until the voltage and frequency are restored to within the normal limits or the appliance is
switched off (selector knob on position "0"). Alarm family "B" is displayed and it is not possible to
access diagnostics mode nor to use the "rapid alarm display" function. The complete alarm can be
read only when the abnormal condition has terminated.
2.2 ALARMS EDR 2000
2.2.1 Displaying the alarms to the user
Operation of the alarms is configurable according to the model. Some or all of the alarms may be
displayed to the user.
Normally, all alarms except E61, E97, EB2 are displayed to the user.
When an alarm condition occurs, the drying cycle may be interrupted or paused; in some cases, for the sake
of safety, a forced cooling cycle is performed. In this case, the electronic board, if possible, disconnects the
power relay from the heater unit and powers the motor of the drum cooling fan. The cycle remains active until
the user switches off the appliance.
2.2.2 Alarm display during normal operation
The system displays the family of alarms to the user. If for
example we consider E53 alarm (problems with the motor
TRIAC) the display will show as follows:
•First digit: letter “E” (error)
•Second-third digit: the no. “5 0“,i.e. the family of alarm
E53)
The same number is displayed by a repeated flashing sequence of ANTI-CREASE/END OF CYCLE LED
(0,4 seconds on, 0,4 seconds off with a 2,5 second pause between sequences); in the case of alarm E53,
The five flashes indicate the first of the two numbers in the alarm code E53 (the alarms relative to the same
function are grouped into families).
The buzzer emits a series of "bips" in synchronization with the flashing of the LED.
Configuration errors (E93) are indicated by all the LEDs flashing and it is not possible access the
diagnostics cycle.
2.2.3 Reading the alarm codes
To read the last alarm code memorized in the EEPROM of
the electronic board, proceed as follows:
Access diagnostics mode (see paragraph 9.1)
Turn the programme selector knob clockwise to the
eleventh position. (Turn the knob till Position 11,
paying attention not to stop in Position 7, because error
32 could occur).
Displaying the alarm code
•First digit: letter “E”
•Second digit: the family of the alarm
•Third digit: the number of the alarm

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The alarm code is displayed by a repeated sequence of flashing of the ANTI-CREASE/END OF CYCLE LED
(0.4 seconds on, 0.4 seconds off, with a pause of 2.5 seconds between sequences). The buzzer emits a series
of "bips" in synchronization with the flashing of the LED.
ANTI-CREASE/END OF CYCLE LED: indicates the first number of the alarm code (family)
START/PAUSE LED: indicates the second number of the alarm code (number within the family
category).
If no alarm conditions occurred “E00” is displayed.
2.2.4 Reading the alarm codes
The last alarm code memorized can be displayed even if the appliance is in normal operating mode
(e.g. while the drying programme is being
performed): Press 6 (start/pause) and 4
simultaneously for at least 5 seconds: the display
shows the last alarm. The alarm sequence continues
to flash as long as the two buttons are held down.
The appliance continues the cycle while the alarm
codes are being displayed. If the appliance is in
programme selection mode, the options previously
selected are stored in memory.
2.2.5 Cancelling the last alarm memorized
It is good practise to cancel the alarm code from memory:
•After reading the alarm, to check whether it is repeated during the diagnostics cycle.
•After effecting repairs to the appliance, to check whether it is repeated during testing.
2.2.6 Notes concerning certain alarm codes
Configuration alarm E93: When configuration alarms are displayed (when the appliance is switched
on), the appliance is inoperative and all the LEDs light. It is not possible to access diagnostics mode; the
only possible operation is that of switching off the appliance (selector knob on position "0").
1
. Access diagnostics mode and turn the
programme selector knob to the eleventh
position (alarm reading)
2
. Press buttons
6
(start/pause) and
4
simultaneously.
. Hold down buttons
3
6
and
4
(about 5 seconds).
. Once the alarm has been cancelled,
4
E00
is
displayed.

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Alarms EB1-EB2-EB3: In the event of problems with the power supply, the appliance remains in alarm
mode until the voltage and frequency are restored to within the normal limits or the appliance is switched
off (selector knob on position "0"). Alarm family "B" is displayed and it is not possible to access
diagnostics mode nor to use the "rapid alarm display" function. The complete alarm can be read only
when the abnormal condition has terminated.
2.3 ALARMS EDR 2000 JEWEL
2.3.1 Displaying the alarms to the user
Operation of the alarms is configurable according to the model. Some or all of the alarms may be
displayed to the user.
Normally, all alarms except E94, EB2 are displayed to the user.
When an alarm condition occurs, the drying cycle may be interrupted or paused; in some cases, for the sake
of safety, a forced cooling cycle is performed. In this case, the electronic board, if possible, disconnects the
power relay from the heater unit and powers the motor of the drum cooling fan. The cycle remains active until
the user switches off the appliance.
2.3.2 Alarm display during normal operation
If the DISPLAY is not featured the alarm display is indicated by the flashing of the LEDs.
The system displays the family of alarms to the user.
If for example we consider E53 alarm (problems with
the motor TRIAC) the display will show as follows:
•First digit: letter “E” (error)
•Second-third digit: the no. “5 0“,i.e. the family of
alarm E53)
The same number is displayed by a repeated flashing sequence of ANTI-CREASE/END OF CYCLE LED
(0,4 seconds on, 0,4 seconds off with a 2,5 second pause between sequences); in the case of alarm E53,
The five flashes indicate the first of the two numbers in the alarm code E53 (the alarms relative to the same
function are grouped into families).
The buzzer emits a series of "bips" in synchronization with the flashing of the LED.
Configuration errors (E93) are indicated by all the LEDs flashing and it is not possible access the
diagnostics cycle.
2.3.3 Reading the alarm codes
To read the last alarm code memorized in the
EEPROM of the electronic board, proceed as
follows:
Access diagnostics mode (see paragraph
9.1)
Turn the programme selector knob
clockwise to the eleventh position (Turn the
knob to the position 11, paying attention not to
stop at position 7, because error 32 may occur
32).
Displaying the alarm code
•First digit: letter “E”
•Second digit: the family of the alarm
•Third digit: the number of the alarm

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The alarm code is displayed by a repeated sequence of flashing of the ANTI-CREASE/END OF CYCLE LED
(0.4 seconds on, 0.4 seconds off, with a pause of 2.5 seconds between sequences). The buzzer emits a series
of "bips" in synchronization with the flashing of the LED.
ANTI-CREASE/END OF CYCLE LED: indicates the first number of the alarm code (family)
START/PAUSE LED: indicates the second number of the alarm code (number within the family
category).
If no alarm conditions occurred “E00” is displayed.
2.3.4 Reading the alarm codes
The last alarm code memorized can be displayed even if the appliance is in normal operating mode (e.g.
while the drying programme is being performed):
Press 6(start/pause) and 4 simultaneously for at
least 5 seconds: the display shows the last alarm.
If the display is not featured the displaying is
indicated by the flashing of the END OF CYCLE /
START-PAUSE LEDs.
The alarm sequence continues to flash as long as
the two buttons are held down.
The appliance continues the cycle while the alarm
codes are being displayed. If the appliance is in
programme selection mode, the options previously selected are stored in memory.
2.3.5 Cancelling the last alarm memorized
It is good practise to cancel the alarm code from memory:
•After reading the alarm, to check whether it is repeated during the diagnostics cycle.
After effecting repairs to the appliance, to check whether it is repeated during testing.
4. Access diagnostics mode and turn the
programme selector knob to the eleventh
position (alarm reading) Turn the knob to the
position 11, paying attention not to stop at position
7, because error 32 may occur 32.
5. Press buttons 6(start/pause) and 4
simultaneously.
6. Hold down buttons 6and 4(about 5
seconds).
7. Once the alarm has been cancelled, E00 is
displayed.
2.3.6 Notes concerning certain alarm codes

Configuration alarm E93: When configuration alarms are displayed (when the
appliance is switched on), the appliance is inoperative and all the LEDs light. It is not
possible to access diagnostics mode; the only possible operation is that of switching
off the appliance (selector knob on position "0").

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
Alarms EB1-EB2-EB3: In the event of problems with the power supply, the appliance
remains in alarm mode until the voltage and frequency are restored to within the normal
limits or the appliance is switched off (selector knob on position "0"). Alarm family "B" is
displayed and it is not possible to access diagnostics mode nor to use the "rapid alarm
display" function. The complete alarm can be read only when the abnormal condition has
terminated.
2.4 ALARMS EDR 2000 CLUB DISPLAY
2.4.1 Displaying the alarms to the user
Operation of the alarms is configurable according to the model. Some or all of the alarms may be displayed
to the user.
The following alarms are displayed to the user:
Please close the door (when the door is open and the button Start/Pause is pressed).
Please close condenser door (when the door is open and the button Start/Pause is pressed or the door is
opened during the drying cycle).
Please clean condenser filter (this information appears at the cycle no. 80).
All other alarms are not displayed to the user (the appliance is blocked).
The service engineer can display the alarm by entering the DIAGNOSTIC SYSTEM (see par. 13.1)
All alarms, except E94, EB2 are normally displayed to the user.
When an alarm condition occurs, the drying cycle may be interrupted or paused; in some cases, for safety
reasons, a forced cooling cycle is performed. In this case, the electronic board, if possible, disconnects the
power relay from the heater unit and powers the motor of the drum cooling fan. The cycle is active until the
user switches off the appliance.
2.4.2 Reading the alarm codes
To read the last alarm code memorized in the
EEPROM of the electronic board:
Access the diagnostic mode (see paragraph
13.1)
Turn the programme selector knob clockwise to
the eleventh position (turn the knob to position
11, paying attention not to stop at position 7, because
error 32 may occur).
If no alarm conditions occurred “E00” is displayed.
2.4.3 Quick reading of the alarm
It is possible to display the last alarm even if the appliance is in normal operation mode (for ex. during the
drying programme):
Press buttons 8 and 7 simultaneously for at least 5 seconds: the LCD display shows the last alarm. 
The alarm is displayed as long as the two buttons are held down.
The appliance continues the cycle while the alarm codes are being displayed. If the appliance is in
programme selection mode, the options previously selected are stored in memory.

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2.4.4 Cancelling the last alarm
It is good practise to cancel the alarm code from memory:
•After reading the alarm, to check whether it comes up again during the diagnostic
cycle. After carring out the repair, to check whether it comes up again during the
test cycle.
8. Access diagnostic mode and turn the programme
selector knob to the eleventh position (alarm
reading) Turn the knob to position 11, paying attention not
to stop at position 7, because error 32 may occur.
9. Press buttons 8and 7 simultaneously.
10. Hold them down (about 5 seconds).
11. Once the alarm has been cancelled, E00 is
displayed.
2.4.5 Notes concerning certain alarm codes

Configuration alarm E93: When configuration alarms are displayed (when the appliance is
switched on), the appliance stops. It is not possible to access diagnostics; the only operation
possible is to switch off the appliance (selector knob on position "0").

Alarms EB1-EB2-EB3: In case of problems with the power supply, the appliance remains in
alarm mode until the voltage and frequency are restored to normal values or the appliance is
switched off (selector knob on position "0"). Alarm family "B" is displayed and it is not
possible to access diagnostic mode nor to use the "rapid alarm display" function. The
complete alarm can be read only when the abnormal condition has terminated.

2.5 Table of alarms EDR 1000 / EDR 2000 / EDR2000 JEWEL / EDR 2000 CLUB DISPLAY
Alarm
Description
Possible fault
Action/machine status
Reset
command
E00
No alarm
---
---
---
E21
Canister fill pump triac faulty
Wiring faulty. Electronic board faulty.
Cycle interrupted
OFF
E22
Triac "sensing" circuit for the canister fill pump faulty
Electronic board faulty.
Cycle interrupted
OFF
E31
Conductimetric sensor signal frequency too high.
Electronic board faulty.
Alarm activated only during diagnostics
---
E32
Conductimetric sensor signal frequency too low.
Wiring faulty. Brushes worn/faulty. Electronic
board faulty.
Cycle interrupted
OFF
E41
Power triac of door opening coil faulty.
Wiring faulty. Electronic board faulty.
Cycle interrupted
OFF
E42
Triac "sensing" circuit for powering the door opening
coil faulty
Electronic board faulty.
Cycle interrupted
OFF
E43
Incongruency of the “sensing” signal of the door
interlock
Door interlock faulty. Wiring faulty. Electronic
board faulty.
Cycle interrupted
OFF
E51
Motor power triac short-circuited.
Motor faulty. Wiring faulty. Electronic board faulty.
Cycle interrupted.
OFF
E52
Intervention of motor overheating safety cut-out.
Motor faulty. Intervention of motor overheating
cutout. Wiring faulty. Electronic board faulty.
Power to the heater unit and reversal of the
direction of rotation are interrupted. If the
problem does not re-occur, the alarm is
memorized and the cycle continues. If the
fault persists after several attempts to supply
power (about 35 min.), alarm E51 is
generated
OFF
E53
Motor triac "sensing" circuit faulty.
Electronic board faulty.
Cycle interrupted.
OFF
E54
Motor inoperational.
Excessive wash load. Voltage too low.
Motor/transmission system inoperative.
Cycle paused after several attempts at
powering the motor.
Start
E61
Insufficient heating (maximum time exceeded)
Heater unit faulty. Wiring faulty. NTC sensor
incorrectly calibrated/out of position. Electronic
board faulty.
Cycle paused.
Start
E62
Power relay to heater unit faulty
Heater unit faulty. Wiring faulty. Electronic board
faulty.
Forced cooling cycle.
OFF
E63
Intervention of auto-reset thermostat on the heater
unit.
Thermostat faulty (replace heater unit). Heater unit
faulty. Wiring faulty. Electronic board faulty.
Disconnects the power supply to the heater
unit. If the problem does not re-occur, the
alarm is memorized and the cycle continues.
If, after several attempts to restore power, the
fault persists, alarm E62 is generated.
OFF

E71
NTC sensor faulty.
NTC sensor faulty. Wiring faulty. Electronic board
faulty.
Forced cooling cycle.
OFF
E91
Error in the communication between electronic
board and control/display board
Wiring faulty. Electronic board faulty.
Control/display board faulty.
Cycle interrupted
OFF
SOI/ADL 2009-10 16/59 599 72 40-73
Alarm
Description
Possible fault
Action/machine status
Reset
command
E92
Incongruency in the communication between the
electronic board and the display board.
Electronic board not compatible with the display
board (part nos. not correct for the affected model)
Cycle interrupted
OFF
E93
Error in the configuration of the appliance.
EEPROM configuration incorrect.
Electronic board faulty.
Cycle interrupted with all LEDs flashing
OFF
E94
Error in the configuration of the drying cycle.
EEPROM configuration incorrect.
Electronic board faulty.
Cycle interrupted.
OFF
E95
Communication error between microprocessor and
EEPROM.
Electronic board faulty.
Cycle interrupted.
OFF
E97
Incongruency between selector and cycles
Configuration error
Cycle interrupted
OFF
EB1
Power frequency to appliance out of limits.
Problems with the power supply
(incorrect/interference). Electronic board faulty.
Cycle interrupted. If a stable power supply is
restored before the time-out has elapsed, the
cycle resumes.
OFF
EB2
Power voltage too low.
Problems with the power supply
(incorrect/interference). Electronic board faulty.
Cycle interrupted. If a stable power supply is
restored before the time-out has elapsed, the
cycle resumes.
OFF
EB3
Power voltage too low.
Problems with the power supply
(incorrect/interference). Electronic board faulty.
Cycle interrupted. If a stable power supply is
restored before the time-out has elapsed, the
cycle resumes.
OFF

SOI/ADL 2009-10 17/59 599 72 40-73

SOI/ADL 2009-10 18/63 599 72 40-73
3 DIAGNOSTICS ENV06 / ENV06 AEG / ENV06 CATALOGUE / ENV06
ACTION / ENV06 input
3.1 Acess to diagnostics
1. Press the defined combination key
(START + the nearest key on the left) and keeping them pressed 2.
Switch on the machine rotating the main selector in the 1st position CW.. In
the ENV06 INPUT press the ON / OFF push button
3. Within 5 second phases led blinks and buzzer sounds to give acknowledge of the operation.
ENV06
ENV06 AEG
ENV06 Catalogue
/ action
ENV06 INPUT
3.2 Exiting the diagnostics system
To exit from DIAGNOSTIC mode it’s sufficient to switch off the machine.
According to the machine configuration, it’s possible that the next machine switch on, the electric test cycle
will be activated. To stop it, switch off again the machine.
Moving the main knob in clockwise direction, the following tests will be done:
Position 1
User Interface Test
Purpose of test:
To test the functionality of all leds and switches
Activated components:
All LEDs and LCD (if present)
Behaviour
All led in sequence, pushing a button
correspondent led is lighted on, the key number
is showed on LCD and the buzzer sound. All LCD
icons blink together
Working conditions:
There is any control to run test (always active).

SOI/ADL 2009-10 19/63 599 72 40-73
Position 2
Condense Tank Switch and
Pump
Purpose of test:
To test the condense tank pump and switch
Activated components:
If the pump is full of water and the tank switch
recognises the condition, the pump is switched
on.
Behaviour:
Until the condense switch is on full position,
phase LEDs blink;
When the switch goes on void position the LEDs
are switched ON.
Working conditions:
Door closed (Time out 10 min.)
Position 3
Counter Clockwise drum
rotation
Purpose of test:
To test drum motor in counter-clockwise
direction.
Activated components:
Motor triac and relay of direction (for assembly
line request, in this position will be switched on
tank pump also).
Behaviour:
Phase LEDs are switched ON.
Working conditions:
Door closed (Time out 10 min).
Position 4
Reduced Clockwise drum
rotation
Purpose of test:
To test drum motor in clockwise direction.
Activated components:
Drum Motor triac. The motor performs a
lowspeed movement (for assembly line request).
Main Fan motor is activated on inverse direction
(to test direction relay)
Behaviour:
Phase LEDs are switched ON.
Working conditions:
Door closed (Time out 10 min).
Position 5
Heater ½ power
Clockwise drum rotation
Purpose of test:
To test the ½ heating power element.
Activated components:
High heating element, Drum Motor on direct
direction to give ventilation (full speed).
Behaviour:
The digits on LCD show NTC1 drying
temperature.
Phase LEDs are switched ON.
Working conditions:
Door closed (Time out 10 min.)
Position 6
Heater full power
Clockwise drum rotation
Purpose of test:
To test the ½ & full power-heating element.
Activated components:
Both heating elements, Drum Motor on direct
direction to give ventilation (full speed).
Behaviour:
The digits on LCD show NTC1 drying
temperature.
Phase LEDs are switched ON.
Working conditions:
Door closed (Time out 10 min.)

SOI/ADL 2009-10 20/63 599 72 40-73
Position 7 ( Dryer with CONDUCTIMETRIC sensor )
Conductimetric sensor.
Drum short circuit
Purpose of test:
To verify conductimetric sensor in short circuit
condition.
Activated components:
Conductimetric sensor reading.
Behaviour:
The step lasts 4 seconds (software configured).
During this time all phase LEDs blinks to give
information of acquisition phase. At the end of
step phase LEDs are switched OFF to give ok,
otherwise a sensor alarm is generated (if sensor
alarms are enabled, otherwise phase LEDs blinks
forever).
Working conditions:
Door closed. 1 second to create the short circuit
Position 7 ( Dryer TEMPEROMETRIC sensor )
Condense Tank Switch
Purpose of test:
To test the tank switch.
Activated components:
If the pump is full of water and the tank switch
recognises the condition, the pump is switched
on.
Behaviour:
Until the condense switch is on full position,
phase LEDs blink.
When the switch goes on void position the LEDs
are switched OFF.
Working conditions:
Door closed.
Position 8 ( Dryer with CONDUCTIMETRIC sensor )
Conductimetric sensor.
Drum open circuit
Purpose of test:
To verify conductimetric sensor in open circuit
condition.
Activated components:
Conductimetric sensor reading.
Behaviour:
The step lasts 4 seconds (software configured).
During this time all phase LEDs blinks to give
information of acquisition phase. At the end of
step phase LEDs are switched OFF to give ok,
otherwise they blink forever (no sensor alarm are
managed in this step).
Working conditions:
Door closed.
Position 8 ( Dryer TEMPEROMETRIC sensor )
Last alarm display and
Purpose of test: To see the allarm and reset it
possible reset
Behaviour: The LCD displays the alarm while the LED will
flash on the basis of alarm
Working conditions: Turn the knob till position 10, paying
attention not to stop to position 7, otherwise
error 32 may occur
Position 9 ( Dryer with CONDUCTIMETRIC sensor )
Condense Tank Switch
Purpose of test:
To test the tank switch.
Activated components:
If the pump is full of water and the tank switch
recognises the condition, the pump is switched
on.