electrolux

SOI/DT 2004-02 dmm 599 36 31 16

SERVICE MANUAL

WASHING

ELECTROLUX HOME PRODUCTS

ITALY S.p.A. Spares Operations Italy Corso Lino Zanussi, 30

Publication no.

I - 33080 PORCIA /PN 599 36 31-16 Fax +39 0434 394096 Edition: 2004-02-23

EN

WASHING MACHINES

WITH TIMER 13220950…/13220951…

FUNCTIONALITY

VD54 - VD55 ELBI

Production ZP (Porcia-Italy)

SOI/DT 2004-02 dmm 2/23 599 36 31 16

SOI/DT 2004-02 dmm 3/23 599 36 31 16

CONTENT 1 GENERAL FEATURES .................................................................................................................................4 2 WASHING PROGRAMMES..........................................................................................................................5

2.1 Possible programmes of the models with VD54 function ......................................................................5 2.2 Possible programmes of the models with VD55 function ......................................................................6 2.3 PUSH-BUTTONS FUNCTIONS.............................................................................................................7

2.3.1 ON/OFF...........................................................................................................................................7 2.3.2 Half load..........................................................................................................................................7 2.3.3 Super-rinse......................................................................................................................................7 2.3.4 Extra rinse.......................................................................................................................................7 2.3.5 Economy .........................................................................................................................................7 2.3.6 90º Cotton .......................................................................................................................................7 2.3.7 Temperature selection 30° - 40° - 60° - 90°....................................................................................7 2.3.8 Cold wash .......................................................................................................................................7 2.3.9 Rinse hold .......................................................................................................................................7 2.3.10 No spin ............................................................................................................................................7 2.3.11 Spin reduction .................................................................................................................................7

2.4 Spin speed selector................................................................................................................................8 3 WASHING PROGRAMMES VD54 FUNCTIONALITY..................................................................................9 4 WASHING PROGRAMMES VD55 FUNCTIONALITY............................................................................... 10 5 TIMER DIAGRAM....................................................................................................................................... 11 6 SPIN CYCLE DIAGRAMS.......................................................................................................................... 12

6.1 Spin C2R............................................................................................................................................. 12 6.2 Spin C2................................................................................................................................................ 12 6.3 Spin C1................................................................................................................................................ 12

7 SAFETY FEATURES ................................................................................................................................. 13 7.1 Anti-unbalancing during spinning........................................................................................................ 13

7.1.1 Description of spin phases with possible intervention of the safety device ................................. 13 7.2 Drum motor protection system............................................................................................................ 14 7.3 Drain protection system ...................................................................................................................... 14 7.4 Power failure during spin cycle ........................................................................................................... 14

8 TECHNICAL CHARACTERISTICS............................................................................................................ 15 8.1 Hybrid timer ......................................................................................................................................... 15 8.2 Timer operating principle..................................................................................................................... 15

8.2.1 Washing programme control........................................................................................................ 16 8.2.2 Configuration of timer functions ................................................................................................... 16

8.3 Description of the main functions........................................................................................................ 17 8.3.1 Door closure................................................................................................................................. 17 8.3.2 1st level water fill.......................................................................................................................... 17 8.3.3 2nd level water fill ........................................................................................................................ 17 8.3.4 Heating......................................................................................................................................... 18 8.3.5 Economy/90° push-button............................................................................................................ 18 8.3.6 Drain............................................................................................................................................. 19 8.3.7 “Half load” push-button ................................................................................................................ 19 8.3.8 Drum rotation motor ..................................................................................................................... 19

9 DIAGRAM OF THE VERSIONS FOR EACH MODEL ............................................................................... 20 9.1 Diagram key ........................................................................................................................................ 21

10 TROUBLESHOOTING............................................................................................................................ 22 11 TIMER CONNECTORS .......................................................................................................................... 23

SOI/DT 2004-02 dmm 4/23 599 36 31 16

1 GENERAL FEATURES The VD54/VD55 timers produced by ELBI, are used in certain washing machines models. ♦ Front-loading washing machines produced in Spain (Alcala de Henares) (ESA) ♦ Top-loading washing machines produced in France (Revin) (FFH) ♦ Front-loading compacted in Sweden (Torsvik) (TN) ♦ Front-loading washing machines produced in Italy (Porcia) (ZP)

FUNCTIONS VD54 VD55

WASHING SYSTEM: - traditional - with “Eco-ball”

- traditional - with “Eco-ball”

TYPE OF RINSE:

traditional: - 4 rinses in cotton

cycles - 3 rinses in synthetics,

delicates and wool

traditional: - 3 rinses in cotton

cycles - 3 rinses in synthetics,

delicates and wool WATER FILL: cold cold POWER SUPPLY 220 -240V / 10A 50Hz 220 -240V / 10A 50Hz

Ignition system: - versions with ON/OFF switch - versions with ignition by means of the timer knob

(push-pull)

Control of water level in tub: - versions with 2 levels by means of pressure switch - versions with 1 level by means of pressure switch

Washing temperature: Fixed or adjustable

Temperature control: - versions with adjustable thermostat - versions with fixed thermostat

Heating element 1950 W (max) Type of motor: commutator Final spin speed (rpm): 600, 800, 900, 1000, 1200

SOI/DT 2004-02 dmm 5/23 599 36 31 16

2 WASHING PROGRAMMES

2.1 Possible programmes of the models with VD54 function

Models with fixed temperatures Models with adjustable temperatures COTTON - LINEN Wash

(ºC) Rinses COTTON - LINEN Wash (ºC) Rinses

1 WHITES WITH PREWASH 60/95 * 4

WHITES and COLOUREDS WITH PREWASH

30÷95 4

2 WHITES 60/95 * 4 WHITES and COLOUREDS 30÷95 4

3 COLOUREDS-FAST 60 4 DELICATE COLOUREDS 30÷60 4

4 DELICATE COLOUREDS 40 4 SHORT SPIN 30÷40 4

5 RINSES .... 4 RINSES .... 4 6 CONDITIONER .... 1 CONDITIONER .... 1 7 SPIN .... .... SPIN .... .... SYNTETICS – MIXED Fabrics SYNTETICS – MIXED Fabrics

8 WHITES WITH PREWASH 60 3


30÷60 3

9 WHITES 60 3 WHITES and COLOUREDS 30÷60 3

10 COLOUREDS 40 3 .... .... .... 11 RINSES .... 3 RINSES .... 3 12 CONDITIONER .... 1 CONDITIONER .... 1

DELICATE - WOOL Fabrics DELICATE- WOOL Fabrics 13 DELICATES 40 3 DELICATES 30÷40 3 14 WOOL 40 3 WOOL 40 3 15 RINSES .... 3 RINSES .... 3 16 CONDITIONER .... 1 CONDITIONER .... 1 17 SHORT SPIN .... .... SHORT SPIN .... .... 18 DRAIN .... .... DRAIN .... ....

* Programme obtained with push-button 90°

SOI/DT 2004-02 dmm 6/23 599 36 31 16

2.2 Possible programmes of the models with VD55 function Models with fixed temperatures Models with adjustable temperatures COTTON - LINEN Wash

(ºC) Rinses COTTON - LINEN Wash (ºC) Rinses

1 WHITES WITH PREWASH 60/95 * 3


30÷95 3

2 WHITES 60/95 * 3 WHITES and COLOUREDS 30÷95 3

3 FAST-COLOUREDS 60 3 DELICATE COLOUREDS 30÷60 3

4 DELICATE COLOUREDS

40 3 SHORT CYCLE 30÷40 3

5 RINSES …. 4 RINSES …. 4 6 CONDITIONER …. 1 CONDITIONER …. 1 7 SPIN …. …. SPIN …. …. SYNTETICS – MIXED Fabrics SYNTETICS – MIXED Fabrics

8 WHITES WITH PREWASH 60 3


30÷60 3

9 WHITES 60 3 WHITES and COLOUREDS 30÷60 3

10 COLOUREDS 40 3 .... …. …. 11 RINSES …. 3 RINSES …. 3 12 CONDITIONER …. 1 CONDITIONER …. 1

DELICATES - WOOL Fabrics DELICATES - WOOL Fabrics 13 DELICATES 40 3 DELICATES 30÷40 3 14 WOOL 40 3 WOOL 40 3 15 RINSES …. 3 RINSES …. 3 16 CONDITIONER …. 1 CONDITIONER …. 1 17 SHORT SPIN …. …. SHORT SPIN …. 1 18 DRAIN …. …. DRAIN …. …. * Programme obtained with push-button 90°

SOI/DT 2004-02 dmm 7/23 599 36 31 16

2.3 PUSH-BUTTONS FUNCTIONS

2.3.1 ON/OFF - Switches the appliance on and off (only some models)

2.3.2 Half load - For VD4 functionality reduces the no. of rinses from 4 to 3 in COTTON cycles; - For VD55 functionality reduces the no. of rinses from 3 to 2 in COTTON cycles

2.3.3 Super-rinse - Increases the water fill in two rinses of the COTTON cycles (with 2 levels)

2.3.4 Extra rinse - Increases one rinse in the COTTON programmes (from 3 to 4 VD55 functions)

2.3.5 Economy - Reduces the washing temperature at 60º in 95º COTTON cycles (the programme duration remains

unaltered)

2.3.6 90º Cotton - In models with thermostats at fixed temperatures: performs the heating phase in COTTON cycles (n. 1 and

2) at 90º instead of 60ºC.

2.3.7 Temperature selection 30° - 40° - 60° - 90° - In models with fixed temperatures these push-buttons are used to select the washing temperature.

2.3.8 Cold wash - In models with fixed-temperature thermostats, disconnects the power supply from the heating elements.

2.3.9 Rinse hold - Stops the appliance leaving water in the tub at the end of the final rinse (in SYNTHETICS, DELICATES and

WOOL cycles). If a jumper is fitted between timer contacts H2.1 and H2.2, this option can also be selected for COTTON cycles.

- When the push-button is pressed again, the programme is completed with the drain and spin phase.

2.3.10 No spin - It excludes all spin phases

2.3.11 Spin reduction - It reduces the final spins as shown in the table below. It can be of 2 types depending on how it is connected

to the electronic control.

COTTON (rpm’) SYNTETICS-WOOL-DELICATES (rpm)

Final spin 600 800 900 1000 1200 540 740 Push-button type 1 380 400 500 600 600 380 400 Push-button type 2 300 300 300 300 300 300 300

SOI/DT 2004-02 dmm 8/23 599 36 31 16

2.4 Spin speed selector It is possible to select the speed of the final spins, as shown in the table below, by means of a 8-position commutator (it does not affect the intermediate speeds).

SYNTETICS-WOOL-

DELICATES (rpm)

COTTON (rpm) VD54/VD55

VD54 VD55 1 0 0 0 0 0 0 0 2 300 300 300 300 300 300 300 3 340 350 400 500 500 340 350 4 380 400 500 600 600 380 400 5 420 500 600 700 700 420 500 6 460 600 700 800 800 460 600 7 500 700 800 900 950 500 700 K

nob

posi

tion

8 600 800 900 1000 1200 540 740

SOI/DT 2004-02 dmm 9/23 599 36 31 16

3 WASHING PROGRAMMES VD54 FUNCTIONALITY

SOI/DT 2004-02 dmm 10/23 599 36 31 16

4 WASHING PROGRAMMES VD55 FUNCTIONALITY

MOTOR

SOI/DT 2004-02 dmm 11/23 599 36 31 16

5 TIMER DIAGRAM

SOI/DT 2004-02 dmm 12/23 599 36 31-16

6 SPIN CYCLE DIAGRAMS

6.1 Spin C2R - COTTON rinses intermediate spins in VD54

functionality - DELICATES and WOOL final spins in VD54

functionality

6.2 Spin C2 - COTTON rinses intermediate spins in VD55

functionality - DELICATES and WOOL final spins in VD55

function

6.3 Spin C1 - COTTON final spin in VD54 and VD55

functionalities

SOI/DT 2004-02 dmm 13/23 599 36 31-16

7 SAFETY FEATURES

7.1 Anti-unbalancing during spinning The control of the balance is performed during the movement of the drum at a speed of 85 rpm. i.e. before the spin cycle. If the load is particularly unbalanced, the safety device intervenes and the drum rotates three times at a speed of 55 rpm. in order to distribute the load and then it is checked again. If the load remains unbalanced, this procedure is repeated again; the number of attempts is limited to the max. time of every spin phase (500 or 700 sec.). After this period, the timer passes to the next step and the spin cycle is skipped.

7.1.1 Description of spin phases with possible intervention of the safety device (anti-foam or water in tub) During the spin phases, the electronic control verifies the pressure switch condition (1st level), which must be on “empty” position. (see spin cycle diagrams page 12) Phase 1

During this phase, the pressure switch is on “full” and the motor functions for 3 min (4”ON/12”OFF). Phase 2

Spin C2R and C2 The pressure switch is on “empty”, the motor rotation is 4”ON/6”OFF for 90” with a total of 9 movements.

The last movement is performed in the opposite direction of the spin. If during this period the pressure swtich return to “full” the safety device intervenes and the electronic

control cuts power to the motor. When the motor stops, the sequence restarts from the beginning of the phase.

Spin C1 The pressure switch is on “empty”, the motor rotation is 4”ON/6”OFF for 120” with a total of 12

movements. The last movement is performed in the opposite direction of the spin. If during this period the pressure swtich return to “full” the safety device intervenes and the electronic

control cuts power to the motor. When the motor stops, the sequence restarts from the beginning of the phase.

Phase 3

Spin C2R and C2 The distribution of the load and the measurement of the unbalancing are performed with motor rotations at

a speed of 300 rpm, 450 rpm and 450 rpm alternating every 30” with a motor rotation at a speed of 90 rpm.

In this phase no safety device controls the pressure switch.

Spin C1 The distribution of the load and the measurement of the unbalancing are performed with motor rotations at

a speed of 450 rpm for 10”, adding 50” at a speed of 90 rpm. In this phase no safety device controls the pressure switch.

Phase 4

During this phase the motor the motor reaches the spin speed gradually (C2R/540rpm, C2/ 740rpm and C1/1200rpm).

If during the increase of the spin speed the pressure switch contact returns to ”full” for 11” (with a motor speed higher than 100 rpm), the electronic control cuts power to the motor, a drain phase is performed for 1 minute and the sequence restarts from the beginning of the phase 2. This can occur for a max. time of 500” (for C2R-C2) or 700” (for C1), after that the timer passes to the following step.

LEV_0 = pressure switch “empty” LEV_1 = pressure switch “full” A reading time of pressure switch on full B drain phase with motor stopped C restarts from the beginning

SOI/DT 2004-02 dmm 14/23 599 36 31-16

7.2 Drum motor protection system In case of the following faults:

tachometric generator interrupted tachometric generator short-circuited power Triac open triac short-circuited rotor blocked motor protector or motor windings open

The electronic control makes three attempts to supply power to the motor; if the malfunction is still present three further attempts are performed after a 20 minute pause. No more power is supplied to the motor since the relay contacts are open. During these attempts the drum reaches a speed of about 260 rpm.

7.3 Drain protection system If after three minutes of the drain phase the pressure switch contacts do not close in “empty” position (faulty drain pump), the timer advances to the next position.

7.4 Power failure during spin cycle If a power failure occurs during a spin cycle, when the power is restored, the spin cycle is performed from the beginning. In case a second power failure occurs, the spin phase is skipped.

SOI/DT 2004-02 dmm 15/23 599 36 31-16

8 TECHNICAL CHARACTERISTICS

8.1 Hybrid timer

1. Electronic control 2. Microprocessor 3. Timer motor 4. Electromechanic timer

8.2 Timer operating principle

ELECTROMECHANIC TIMER ELECTRONIC CONTROL

DOOR SAFETY SOLENOID VALVE PRESSURE SWITCH PUMPS HEATING ELEMENT HEATING THERMOSTATS

G M

WASHING MACHINE COMPONENTS

MOTOR POWER

CODES OF THE OPERATIONS

SOI/DT 2004-02 dmm 16/23 599 36 31-16

8.2.1 Washing programme control The timer, through the closure of a series of contacts (8T/8B, 7T/7B, 14T), transmits to the electronic control (16) the codes that define what operations are performed in the various steps. The electronic board controls the washing cycle depending on the appliance configuration and on the selected options (push-buttons and selector):

checks the closure of the pressure switch

powers the timer motor (18) through a TRIAC to control the direction and time of the drum rotation and to advance to the various steps.

8.2.2 Configuration of timer functions 16 Electronic control JC Connector which determines the timer functions

• VD54 if there is no connection between X2.1 – X2.2: - 4 rinses in cotton cycle - cotton rinses intermediate spins and synthetics, delicates and wool

final spins at a speef of 540 rpm.

• VD55 if there is a connection between X2.1 – X2.2: - 3 rinses in cotton cycle - cotton rinses intermediate spins and synthetics, delicates and wool final spins at a speef of 740 rpm.

JH This connector is used together with the “rinse hold” push-button.

• If there is no connection between H2.1 – H2.2, when the the rinse hold push-button is pressed it is performed in the SYNTHETICS, DELICATES and WOOL cycles.

• If there is a connection between H2.1 – H2.2 this function is performed also at the end of the rinses in the COTTON cycles.

JA, JB Connectors which determine, in the different models, the transmission relation between motor pulley/drum pulley and the speed of the final spin.

JC JB JA Transmission relation

Maximum speed

X 0 0 1/18 600 X 0 1 1/18 800 0 1 0 1/14 900 X 1 1 1/14 1000 1 1 0 1/14 1200

X = it may be featured or not 1 = featured 0 = not featured

SOI/DT 2004-02 dmm 17/23 599 36 31-16

8.3 Description of the main functions

8.3.1 Door closure The door safety device is powered through the closure of contacts of the main switch 2 (in some models) and of the contact B4.4 – A2.2 (18) of the timer. A few seconds after the switching on, the door is locked and the device contact (4) closes thus powering the appliance (contact 5-4). 1. Interference suppressor 2. ON/OFF push-button (some models) 3. Pilot lamp 4. Door safety device

8.3.2 1st level water fill The water fill solenoid valve (7) is powered in the following way: For all models - 1st level pressure switch contact (5) closed on

“empty” (contacts 11-12) - Timer contact closure (6) N6.5–N6.4 - Solenoid valve (7) - Pressure switch A-O (9) (contacts 31-32), drain

pump winding (8). Models with one level - At some steps the power supply occurs through

the closure of the contact N6.4-N6.3 Control of pressure switch closure The control of the position of the pressure switch (“empty” or “full”) is detected by the electronic board (16) by means of a “sensing” line (Lev.)

8.3.3 2nd level water fill To fill water at 2nd level, the solenoid valve (7) is powered in the following way: - 2nd level pressure switch contact (6) closed on

“empty” (contacts 31-32). - Closure of timer contact (6) N6.3- N6.4 - Solenoid valve (7) - Pressure switch A-O (9) (contacts 31-32), drain

pump winding (8).

SOI/DT 2004-02 dmm 18/23 599 36 31-16

8.3.4 Heating

8.3.4.1 Heating with adjustable thermostat The heating element (10) is powered in the following way: - 1st level pressure switch (5) closed on “full” (11-

14) - Closure of timer contact (15) A2.1-B4.2 - Safety pressure switch (12) closed on “full” (24-

21). - Adjustable or fixed 90° thermostat normally

closed (11) Warning This timer is “thermogradual”, therefore the heating time of water is predetermined. Through the adjustable thermostat it is possible decrease the prefixed temperature of the selected cycle, but the performing time does not change.

8.3.4.2 Heating with variodriver The VARIODRIVER can be mounted on some models. It is an electronic component which controls the water temperature more accurately. - 1st level pressure switch (5) closed on “full” (11-14) - Closure of timer contact A2.1-B4.2 (15) - Closure of contacts 1-2 of the variodriver (28) for

all the heating phase. The temperature is controlled by the NTC sensor (29) and when the desired temperature is reached the variodriver opens the contacts 1-2.

- Safety pressure switch (12) closed on “full” (21-24)

8.3.5 Economy/90° push-button In some models with fixed temperatures it is possible that the heating element is powered through a two-temperature thermostat: - A 90° thermostat normally closed (11) - A 60° thermostat normally closed (15) - A push-button (14) which can be of 2 types:

• E: this push-button is normally closed; if it is pushed the heating temperature of 90° cotton cycles will be reduced to 60°C.

• 90°: this push-button is normally open and the heating temperature of cotton cycles will be limited to 60°C; if it is pushed will be increased to 90°C.

SOI/DT 2004-02 dmm 19/23 599 36 31-16

8.3.6 Drain The drain pump is powered: normally through the contact P5.1-W2.2 of the timer (10) and the contact 32-31 of the pressure switch A-O (9). At 18 step, by the half load push-button if featured and by the contact P5.1-W2.1 of the timer (10)

8.3.7 “Half load” push-button If pressed, the drain with spin at step 18 is not performed, thus saving a water fill in cotton rinses.

8.3.8 Drum rotation motor 16 Electronic control 24 Tachometric generator 25 Motor protector 26 Stator 27 Rotor The motor is powered by the electronic control through a relay; the rotation speed is regulated on the basis of the signal emitted by the tachometric generator.

SOI/DT 2004-02 dmm 20/23 599 36 31 16

9 DIAGRAM OF THE VERSIONS FOR EACH MODEL

.

SOI/DT 2004-02 dmm 21/23 599 36 31 16

9.1 Diagram key

1 Interference suppressor 2 ON/OFF push-button 3 Pilot lamp 4 Door safety device 5 Pressure switch (1st level) 6 Pressure switch (2nd level) 7 Cold water solenoid valve 8 Drain pump 9 Pressure switch (anti-overflow)

10 Washing heater 11 Adjustable thermostat 12 Pressure switch (anti-boiling) 13 60°C Thermostat 14 Economy push-button 15 Motor timer 16 Electronic control 17 Speed regulator 18 Spin reduction push-button (type 1)

19 Spin reduction push-button (type 2) 20 No spin push-button 21 Rinse hold push-button 22 Super-rinse push-button 23 Half load push-button 24 Tachometric generator 25 Motore protector 26 Stator 27 Rotor

The numbers inside the circles represent the timer cams A Connection for models without ON/OFF push-button (push-pull)

B Connection for models with ON/OFF push-button

C Connection for models with 2-level pressure switch

D Connection for models with 1-level pressure switch

E Connection for models without anti-overflow pressure switch

F Connection for models without Economy push-button - 90° and 60°C thermostat

SOI/DT 2004-02 dmm 22/23 599 36 31 16

10 TROUBLESHOOTING TYPE OF FAULT POSSIBLE CAUSE

PILOT LAMP OFF: Supply cable; interference suppressor, (main switch), interference suppressor-timer wiring (B4.4- B4.1), timer (B4.4- A2.2) WASHING MACHINE DOES

NOT START PILOT LAMP ON: door delayer, door delayer- timer wiring (A2.2-N6.2-N6.1), timer

IT DOES NOT FILL WATER

Tap closed; insufficient pressure; solenoid valve; solenoid valve-timer (N6.4-N6.6) wiring; 1st lev. Pressure switch; pressure switch hydraulic circuit; pressure switch-timer (N6.5) wiring; drain pump winding interrupted; drain pump-timer (P5.1-P5.3) wiring; timer (N6.5-N6.4)

IT DOES NOT FILL WATER AT 2ND LEVEL

2nd lev. Pressure switch; pressure switch-timer (N6.3) wiring; timer (N6.3-N6.4) Solenoid valve blocked IT FILLS WATER

CONTINUOUSLY Pressure switch; pressure switch hydraulic circuit IT FILLS WATER CONTINUOUSLY (without reaching the level)

Drain tube too low; leakage of hydraulic circuit

INCORRECT WATER LEVEL Pressure switch; pressure switch hydraulic circuit

IT DOES NOT HEAT Heating element; anti-boiling pressure switch; thermostats; cablaggio heater-thermostats-pressure switches-timer (A2.1-B4.2-B4.3-B4.1) wiring; timer (A2.1-B4.2-B4.3)

INCORREC TEMPERATURE Thermostats; variodriver; timer

MOTOR NEVER STARTS Motor (stator; rotor; motor protector; brushes); motor-timer (M7.4-M7.5-M7.6-M7.7) wiring; timer

MOTOR TURNS AT A SPEED OF 260 RPM THREE TIMES, AND THEN IT STOPS FOR 20 MINUTES. IT TURNS OTHER THREE TIMES AND THEN STOPS DEFINITIVELY (the cycle continues)

Motor (tachometric generator); tachometric generator -timer (M7.2-M7.3) wiring; timer

MOTOR TURNS ONLY ONE WAY

Timer

ONLY THE SPIN CYCLE DOES NOT OPERATE

Timer; wiring (S4.1-S4.4;S4.1-S4.3); spin speed selector; spin reduction push-button; no spin push-button

MOTOR DOES NOT PERFORM THE CORRECT SPEED

Timer wiring J5.1-J5.4; J5.2-J5.3 (see specific wiring diagram of the model); wiring (S4.1-S4.4; S4.1-S4.3); spin speed selector; spin speed reduction; timer

MOTOR DOES NOT TURN REGULARLY

Motor; timer

TIMER DOES NOT ADVANCE Timer CYCLE IS NOT CORRECT Timer CYCLE OPTIONS INCORRECT Check the different push-buttons and the relative wirings; timer

SOI/DT 2004-02 dmm 23/23 599 36 31 16

11 TIMER CONNECTORS

HU Kiadvány száma 599 73 01-25 Rev.00 05/2010 MS

1/1

SZERVIZJELENTÉS FELÜLTÖLTŐS MOSÓGÉP

ÚJ AJTÓZÁR-KÁBELKÖTEG A FELÜLTÖLTŐS MOSÓGÉPEKHEZ

PROBLÉMA LEÍRÁSA: Kiegészítő kábelköteg alkalmazása az ajtózár és a fő áramköri lap között annak érdekében, hogy ne kelljen a teljes kábelköteget cserélni a szerelőnek, és a szervizmérnök számára is kielégítő megoldás legyen

ÉRINTETT MODELLEK: Az ENV06 elektronikával rendelkező összes felültöltős mosógép modell. Melyek az alábbi ajtózárak egyikével rendelkeznek: IDOLO "azonnali nyitás"

- 146 11 74 00 3 - 146 11 74 01 1 - 146 11 74 02 9 - 146 11 74 03 7 - 146 11 74 04 5

PTC "késleltetett nyitás" Bitron Rold

- 129 74 79 03 0 - 129 74 79 04 8 - 129 74 79 05 5

MEGOLDÁS: A teljes kábelköteg helyett csak az elektronikus egységgel ellátott kiegészítő kábelköteget kell cserélni. Az alábbi táblázatban megadjuk, melyik kábelköteget melyik ajtózártípushoz kell használni.

Ajtózár modell Kábelköteg cikkszáma Kijelző

IDOLO 146 92 65 01 9 Kijelzővel és anélkül

146 92 94 01 9 Kijelzővel PTC 146 92 64 01 2 Kijelző nélkül

A kiegészítő kábelköteg 2010 május óta szerepel az alkatrész listán, és az új modelleken.

��

��

��

� ��!��#��!�� $�

��

��

��%�!��%#��&�'��&�� "��(�!�%��(

��

!��

"�� #$%#$&'#&() ��*�� #$%#$&'#*(* ��$�� #$%*%$*'*(+ ��$��,!#'''��

-�� $#.�/�/��

��

��

��

� ��!��#��!�� $�

� ��

��

� ��

� ��

��%��&��%��"�� !��'�%&��(

�� !��

"� ��#��#�� !��

$��

��"��

%�� &'�&"(�")* ��+��&'�&"(�+)+ ��&��&'+'&+(+), ��&��$�(((��

-��&�.�/�/��!��

Service-Bulletin

DGS-TDS-N © Electrolux01.08.07

599 530 217Washing machines EN

Toploader1. Noises at the side panel

Cause: Side panels are vibrating and become loose.

Measure: Remove side panels and stick in 3 foam parts each, No. 146277000/7.

foam part

2. Transfer of vibrations through the floor

Cause: Vibrations on the floor may be transferred during the spinning cycle.

Measure: Put the washer onto rubber dampers (No. 5028378200/6) in the front (below both feet) andat the rear (below both rollers)..

Service-Bulletin

DGS-TDS-N © Electrolux01.08.07


ToploaderClip for drain pump broken

Cause: One of the clips in the socket for fixing the drain pump is broken.

Measure: Fix the drain pump to the socket with an additional screw (No. 602019001/0).

Washer without water protection system:

Clip

Washer with water protection system:

Screw

Screw

Service-Bulletin

DGS-TDS-N © Electrolux

01.12.05


ToploaderAir gap left and right between upper part and front panel.

Cause: Toleranzprobleme.

Measure: Remove the left and right side panel.Remove the left and right screw.Press together upper part and front panel.

Bend both brackets at the front panel to the inside and tighten them again with the screws.Fasten the left and the right side panel.Tighten both upper screws with a attenuation part ref. 129307201/1.

© AEG Hausgeräte GmbHMuggenhofer Straße 135D-90429 NürnbergGermany

Fax +49 (0)911 323 1420

HV844-N

SERVICE MANUAL

Publ.-Nr.:599 51 32 96685

WASHING

Edition: 12.01

EN

Washing machines,Toploader

Range 40 cmTimer Appliances

- 2 -HV844-N 12.01 R.B. 599 51 32 96 EN

Contents

A) SAFETY PRECAUTIONS ............................................................................. 3B) PURPOSE OF THIS MANUAL ..................................................................... 3C) PRESENTION OF APPLIANCES ................................................................. 3D) DIMENSIONS ............................................................................................... 4E) HYDRAULIC CIRCUIT .................................................................................. 5 - 6

1) “standard” washing system.................................................................. 52) “direct spray”-washing system ............................................................. 5

a) advantages of the “direct spray”-washing system ...................... 6b) principle ...................................................................................... 6

3) “ECO”-washing system........................................................................ 7a) advantages of the “ECO”-washing system ................................. 7b) principle ...................................................................................... 7

F) STRUCTURE ................................................................................................ 8 - 131) cabinet ................................................................................................. 82) internal

a) CARBORANâ tub ....................................................................... 9CARBORANâ tub bearings ........................................................ 9

b) base ........................................................................................... 10c) control panel ............................................................................... 10d) distribution system...................................................................... 11e) distribution adjustement ............................................................. 11f) water injectors ............................................................................ 12g) electrical components position ................................................... 12

G) ACCESS TO THE COMPONENTS .............................................................. 13 - 221) control panel ........................................................................................ 132) side panel ............................................................................................ 143) front panel ............................................................................................ 144) base panel ........................................................................................... 155) door lock .............................................................................................. 15 - 166) housing lid ........................................................................................... 167) functional support of the components .................................................. 178) water distributor cover and water distributor ........................................ 179) water distributor ................................................................................... 1710) drain pump........................................................................................... 1811) circulation pump .................................................................................. 1812) motor ................................................................................................... 1813) bearings ............................................................................................... 1914) left and right weight .............................................................................. 19 - 2015) drum self positioning DSP ................................................................... 2016) NTC-sensor ......................................................................................... 2117) supressor ............................................................................................. 22

- 3 -HV844-N 12.01 R.B. 599 51 32 96 EN

A) SAFETY PRECAUTIONS

Before intervention on any internal components, always remove the power plug from thesocket.

When possible, the ohmic resistance of the components should be measured rather thanmaking direct measurements of voltage and current.

Some parts of the mechanical structure of the appliance could be dangerous; it isnecessary to take care in order to avoid injuries.

B) PURPOSE OF THIS MANUAL

This manual is to provide technicians, who have already a basic knowledge of repairing washingmachines, with general information concerning this new range of products.

For more detailed information refer to:

- electrical diagram- programming- timer diagram- spart parts list

C) PRESENTATION OF APPLIANCES

This new range of washing machines consists of:

- A CARBORANâ base including the filter body on which different components are fixed(drain pump, circulation pump, inlet valve, module and suspension).

- A tub of CARBORANâ and a drum of stainless steel with a capacity of 42 liters.

On the tub there are compensating weights, one left and one right, and electricalcomponents such as heating element, thermostat, motor and cables.

- A cabinet including four side panels:• right, left and front panels electrogalvanized and thermolacquered;• rear panel electrogalvanizedOn this construction the tub is hanging up by four springs.

- A top of “polypropylene”, a housing lid on which the water inlet tray is fixed, a functionalsupport including the control panel with the electrical components and the waterdistributor.

- 4 -HV844-N 12.01 R.B. 599 51 32 96 EN

D) DIMENSIONS

- 5 -HV844-N 12.01 R.B. 599 51 32 96 EN

E) HYDRAULIC CIRCUIT

1) “STANDARD” washing system

2) “DIRECT SPRAY” washing system

1 - cold water2 - air-break3 - distributor4 - hot water (GB)5 - product box6 - compression chamber7 - durit-hose8 - filter body9 - drain pump10 - drain hose11 - ventilation of fluff filter housing

1 - cold water2 - air-break3 - distributor4 - hot water (GB)5 - product box6 - compression chamber7 - durit-hose8 - filter body9 - circulation pump10 - linkage piece11 - drain pump12 - drain hose13 - direct Spray hose14 - direct Spray cupel

- 6 -HV844-N 12.01 R.B. 599 51 32 96 EN

1 - “direct spray” inlet connectingpiece

2 - injection hole in the drum3 - tub4 - bearing5 - deflecteur

a) Advantages of the “Direct Spray” function

The “direct spray” function with a spraying system in the middle of the drum offers ahigh performance of washing and rinsing to the user with a low consumption of waterand energy.

“Direct Spray” principle:

- During the filling the circulation pump function permits to moisten quickly thewashing and thus to optimize the amount of water following the quantity andkind of washing.

- During the washing cycle the circulation of washing water permits a continuousspraying. This operation combined with the mechanical effect of the drumrotation permits to obtain a very high performance of wash.

- The circulation with foam control will also be used during the rinsing cycles tooptimize the water consumption.

b) Principle

The circulation pump brings the wash water from the drum to the left bearing, thenthis water is injected through the holes in the drum (2).

- 7 -HV844-N 12.01 R.B. 599 51 32 96 EN

3) ”ECO”-washing system

a) Advantages of the “ECO” function

Due to the „ECO“ washing systems, with the ECO-ball in the durit-hose, the userachieves a high washing and rinsing result with a low consumption of detergent.

The detergent does not fall down as far as to the drain area during the filling cycle,but remains on the ECO-ball usable for the washing cycle.

b) Principle

During the filling cycle, a part of the water is conducted through the hose (9) into thefluff filter housing.

The water level in the fluff filter housing increases until the ECO-ball floats up in thedurit hose and locks the way to the tub (see figure).

ECO-ballDurit hose

The further existing water pressure is passed on through the hose (12) into the tub.

When selecting the drain pump, the ECO-ball is drawn downwards because of theunderpressure, the water in the tub can be drained.

1 - Cold water2 - Air-break3 - Distributor4 - Hot water (GB)5 - Product box6 - Compression chamber7 - Durit-hose with ECO-ball8 - Filter body9 - Drain pump9 - Hose for ECO-ball10 - Drain hose11 - Ventilation of fluff filter housing12 - Hose for ECO-ball13 - Hose for water excess pressure14 - Control opening of water excess

pressure

- 8 -HV844-N 12.01 R.B. 599 51 32 96 EN

F) STRUCTURE

1) Cabinet

1 - base2 - base panel3 - flap for fluff filter4 - front panel5 - left panel6 - cover7 - product box

8 - control panel9 - water distributor10 - functional support11 - upper part12 - right panel13 - rear panel14 - cover water distributor15 - spring

- 9 -HV844-N 12.01 R.B. 599 51 32 96 EN

1 - bearing2 - left weight3 - tub side panel4 - tub gasket

5 - drum6 - tub7 - right weight8 - pulley

2) Internal

a) CARBORAN®-tub

Both bearings are screwed on the tub (1).

The bearing (7) is pressed into a metallic insert.

The bearing is sealed as follows:

- The gaskets (6) to the shaft are set into the bearing body. The bearing seat permits toobtain a perfect concentricity between the bearing (7) and the gasket (6), whichguarantees a perfect sealing.

- The bearing seat on the tub is sealed by a gasket (2).

1 - tub2 - static gasket3 - bearing body4 - metallic insert of bearing5 - threading of bearing body6 - dynamic gasket7 - bearing

CARBORAN®-tub bearing

- 10 -HV844-N 12.01 R.B. 599 51 32 96 EN

b) Base

1 - base2 - rear roller3 - fixation for shock absorber4 - cold water inlet valve (Europa)5 - hot water inlet valve (GB)6 - electronic

7 - drain pump8 - connection drain/circulation pump

(following model)9 - circulation pump (following model)10 - front roller kit11 - filter body included in the base12 - adjustable feet

c) Control panel

1 - on-off switch2 - functional support3 - secondary support4 - distribution arm pivot5 - knob body6 - key7 - disk8 - panel support9 - knob10 - distribution cam11 - distribution arm12 - distribution cover13 - water distribution cam14 - distribution draw back spring15 - water distributor support16 - water distributor17 - potentiometer or thermostat18 - timer or distributor19 - potentionmeter

- 11 -HV844-N 12.01 R.B. 599 51 32 96 EN

d) Distribution system

1 - timer cam2 - distribution arm pivot3 - distribution arm4 - water distributor guide5 - detergent dispenser6 - water distributor7 - water injector8 - timer

The distribution cam (1) is fixed to the timer (8). The cam profile has four positions whichcorresponds to the relvant water compartment for :

Prewash / Bleach / Main Wash / Conditioner

The distribution arm (3) engages with cam profile (1) which, engages with the water distributorcam (4), and rotates the water distributor (6). Water passes through the injector (7) and isdirected into the required detergent dispenser compartment.

e) Water distributor adjustment

The distribution linkage can be adjusted as follows:

- Set the timer on a „Prewash“ filling step.

- Set the eccentric distributor pivot on the third notch (see figure). Check that the water isentering the correct compartment of the dispenser.

- Note : on electronic appliances, the distributor will be powered to position 5 (see figure)

- If necessary adjust the eccentric pivot

- 12 -HV844-N 12.01 R.B. 599 51 32 96 EN

f ) Water injectors

The majority of appliances have a „Cold water“ injector only, models for the UK market areequiped with „Hot and Cold „ injectors.

These injectors are pushed into the top frame, sealing is with an ”O” ring .

g ) Layout of electrical components

1 - switch2 - potentiometer or adjustable thermostat if appliances equiped with „Start delay“3 - potentiometer or adjustable thermostat or „Start delay“ clock4 - timer or distributor5 - pressure switch (1 or 2 depending on model )6 - door lock7 - module8 - fixed or adjustable thermostat (NTC)9 - heating element10 - thermistor (tub / filter housing)11 - motor12 - circulation pump13 - drain pump14 - cold water inlet valve15 - hot water inlet valve (GB)16 - supressor

- 13 -HV844-N 12.01 R.B. 599 51 32 96 EN

G / ACCESSIBILITY

1 ) Control panel

a ) Dismantling

1 - Depress the push button.2 - Unclip the 2 side lugs.3 - Lift the control panel at the front.4 - Release from the 2 rear lugs.5 - Remove the panel.

Removal of the control panel will give access to the following:

- Control knobs- Indicator discs (depending on model)- Support cross member- Dispenser linkage

b ) Reassembly

- Remove the knobs.- Re-locate control panel.- Locate and clip in the knob.n.

- 14 -HV844-N 12.01 R.B. 599 51 32 96 EN

2) Side panel

1 - Unscrew the 4 rear fixation screws.

Warning: Do not forget the two washers when assembling. They confirm the earthconnection of the side panels.

2 - Pull the side panel to the back in order to disassemble the upper anchoring and thethree points of front anchoring.

3 - Then remove the side panel.

3) Front panel

Warning: For easier handling it is necessary to put a block under the motor.

Remove the right and left side panel.

1 - Unscrew the two lower sidefixation screws.

2 - Unscrew the two lowerfixation screws.

3 - Unscrew the two upper sidefixation screws.

4 - Remove the front panel.

- 15 -HV844-N 12.01 R.B. 599 51 32 96 EN

1 - Remove the side panels.2 - Remove the cover cap.3 Remove the screw.4 - Unlock the safety clip and5 - unlock it to the left by pushing the

door lock.

Warning: During the assembling of the base panel take care that the side clips are in place.

5) Door lock

a) Disassembling

1 - Remove the side panels.2 - Press down the middle clip.3 - Pull the side of the base panel to the

outside and, using a screwdriver,press the locking part to the back.Press down the clip tilting the basepanel to the front at the same time.

4) Base panel

- 16 -HV844-N 12.01 R.B. 599 51 32 96 EN

1 - Put the door lock in front of theslides.

2 - Lock it by pushing to the right.3 - Turn in the screw.4 - Put the cover cap on.

b) Assembling

Warning: Take care that the clip (A) is correctly locked and that the splash protection is inplace.

6) Cover

1 - Open the cover.2 - Move out both fixing pins using a

screwdriver.3 - Remove the cover.

Warning: Put the water inlet tray or a cloth on the drum that the fixing pins cannot fall intothe appliance when removing.

- 17 -HV844-N 12.01 R.B. 599 51 32 96 EN

7) Functional support

The removal of the functional support permits the access to:

- Connections of components;- on/off key;- water distributor;- key;- signal lamp;- timer;- pressure switch;- supressor

a) Disassembling

1 - Remove the control panel.2 - Unscrew the 3 fixation screws

from the functional support.3 - Remove the functional support.

b) Assembling

Put on the functional support and fix it with 3 screws.Warning: Take care to the wiring when assembling.

8) Water distributor cover and water distributor

Removal of the additional support panel allows access to the push buttons.

1 - Remove the support cross member.2 - Remove the distributor cover.3 - Extract the distribution guide.

1 - Remove the additional support panel.2 - Remove the push buttons - connecting

piece between potentiometer and knob(depending on model).

3 - Remove the potentiometer (depending onmodel).

4 - Take off the clip to enable the removal ofthe distribution lever pivot.

5 - Remove clip from metal parts of supportcross member.

9 ) Water distributor support

- 18 -HV844-N 12.01 R.B. 599 51 32 96 EN

10) Drain pump

1 - Remove the left side panel.2 - Tilt the appliance to the back.3 - Unlock the clips for pump and connection part (following appliance).4 - Pull out the pump from the rear.

If (when you disassemble the drain pump or the connection part of drain pump/circulationpump), one of its fixation clips has been broken, use the screws with reference no.6020190-01/0.

11) Circulation pump

Proceed as described above.

Warning: Take care after reassembling to the correct position of the “direct spray” hose.

12) Motor

a) Disassembling

1 - Remove the left and right side panel.2 - Remove the drive belt.3 - Pull off the earth connection and the motor plug.4 - Remove the 3 fixation screws.5 - Take out the motor.

- 19 -HV844-N 12.01 R.B. 599 51 32 96 EN

13) Bearings

a) Disassembling/Assembling

Left bearing

1 - Remove the left side panel.2 - Remove the drum screw.3 - Loosen the bearing (open sense)

with a spanner as shown in thefigure, ET-no. 899 2980018-48/5

During assembling take care to the correct position of the round gasket. Clean thedrum shaft, grease the shaft-sealing ring, screw the bearing to the tub (closedsense). Screw in the drum screw with pulley.

Right bearing

1 - Remove the right side panel.2 - Remove the drum screw with pulley.3 - Remove the pulley.4 - Remove the earth connection of the

drum.5 - Loosen the bearing (open sense)

with a spannerET-no. 8992980018-48/5.

During assembling take care to the correct position of the round gasket. Clean thedrum shaft, grease the shaft-sealing ring, screw the bearing to the tub (closedsense). Slip on and screw the pulley.

Note: These bearings are auto-fastening, therefore do not fasten them too strong.

14) Left and right weight

a) Disassembling / Assembling

The whole tub can be equipped with 3 kinds of weights:

- weight of concrete- weight with a “polypropylene” housing- weight of iron

Right weight

1 - Remove the right side panel.

2 - Remove the foam damper.

3 - Untighten and remove the 4 screws for the fixation of the weight, whichhave a different length depending on the kind of weight.

- 20 -HV844-N 12.01 R.B. 599 51 32 96 EN

Left weight

1 - Remove the left side panel.

2 - Remove the foam damper.

3 - Remove the direct spray hose.

4 - Untighten the 4 screws for the fixation of the fixing device and remove thisdevice.

The weights are assembled in reverse order.

15) Drum self positioning DSP

a) Disassembling


2 - Remove the drive belt and the pulley.

3 - Unscrew the 2 screws from the DSP.

- 21 -HV844-N 12.01 R.B. 599 51 32 96 EN

16) NTC-sensor

a) Version 1 NTC-sensor in the durit-hose

NTC-sensor

Disassembling / Assembling


2 - Remove the NTC-sensor from the durit hose

3 - Insert the new NTC-sensor with silicone in the durit hose

b) Version 2 NTC-sensor in the heating element

NTC-sensor



2 - Heatingelement loosen.

3 - Remove the NTC-sensor careful

4 - Press in the NTC sensor and retighten the heating element.

- 22 -HV844-N 12.01 R.B. 599 51 32 96 EN

17) Supressor

a) Version 1 Rear panel, bottom right

Supressor



2 - Disassemble the supressor

3 - When assembling the new supressor, reinstall the foil properly.

b) Version 2 Rear panel, top left

Supressor


1 - Remove the control panel.

2 - Unscrew the 3 fixation screws from the functional support.

3 - Remove the functional support.

4 - Disassemble the supressor

GENERAL FEATURES

Supply voltage ...................................................... 230 VDimensions (height,width,depth) ................. 85/40/60 cmDryclothes loading capacity .............................. 4,5/5 kgDrum rotation speed (washing/spinning)55/600-1050 r.p.m

WATER LOAD CAPACITY (WITHOUT CLOTHES) :Level I ....................................................................... 9 lLevel II ......................................................................16 lAnti-overflow level .....................................................43 l

WATER PRESSURE :Maximum/minimum .................................. 0,8/0,05 MPa

CONSUMPTIONS (COTTON 60°) :see energie label

TECHNICAL PARTICULARS :

DRAIN PUMP :Maxi head .......................................................... 100 cmMini head .............................................................70 cmDelivery rate ...................................................... 25 l/minPower absorbed .................................................... 30 WWinding resistance ................................... 150-200 ohm

HEATING ELEMENT :Power absorbed ................................................ 1950 WResistance ......................................................... 27 ohm

CYCLING PUMP :Delivery rate ..................................................... 12 l/minPower absorbed .................................................... 18 WWinding resistance .......................................... 200 ohm

WATER VALVE:Delivery rate ..................................................... 5,5 l/minCoil resistance ............................................... 4300 ohm

PRESSURE SWITCH :Level I .................................................. 120/70 WC mmLevel II ................................................ 170/110 WC mmAnti-overflow level ............................... 350/290 WC mm

TEMPERATURE PROBE (NTC) .......... 21 kohm at 25°C

TIMER (with speed regulation module) :Identification mark ............................... 124921430-VD55Identification mark ............................... 124288450-VD55

DOOR INTERLOCK:Type ............................................................... voltmetricInternal door locking ................................................. 6 sInternal door release ......................................... 40-120 s

ADJUSTABLE THERMOSTAT :Range .......................................................... 0/87°C N.C

THERMOSTAT :Temperature ................................................... 60° C N.C

COLLECTOR MOTOR :Ratio ......................................................................... 18Insulation class ........................................................ B/FPower absorbed : washing .................................. 140 WPower absorbed : spinning .................................. 370 WWashing speed .............................................. 990 r.p.mSpinning speed ................................ 10800/14400 r.p.mRotor : coil resistance (8-9) .............................. 1,8 ohmStator : coil resistance (5-10) .............................. 2 ohmTACHOGENERATOR :Coil resistance (3-4) ........................................ 500 ohm

Ratio ......................................................................... 14Insulation class ........................................................ B/FPower absorbed : washing .................................. 345 WPower absorbed : spinning .................................. 470 WWashing speed .............................................. 770 r.p.mSpinning speed ................................ 12600/14700 r.p.mRotor : coil resistance (8-9) .............................. 1,9 ohmStator : coil resistance (5-10) ........................... 1,7 ohmTACHOGENERATOR :Coil resistance (3-4) ........................................ 135 ohm

SPEED SELECTOR :Range ............................................ 0-600/0-1050 tr/min

CONNECTION :Water supply connection ............................... 1,5 m longWater discharge connection height mini70 / maxi 100 cmTotal power ....................................................... 2300 W

TECHNICAL SPECIFICATIONS

TOP LOAD / STAINLESS STEEL DRUM AND CARBORAN TUB

updated 18/06/2003

599 70 65-97 1/6

SZERVIZKÖZLEMENY MOSÁS

2520 - 2530

TACHOMETRIKUS GENERÁTOROK ÉS KOMMUTÁTORHOZ HASZNÁLT KEFÉK / MOSÓGÉPEKBEN ÉS SZÁRÍTÓKBAN HASZNÁLT ASZINKRON MOTOROK

ÖSSZEGZÉSE, 02. Rev. A 650 - 1800 ford./perc centrifugálási sebességű modellekben használt kommutátor motorok gyártója: • SOLE / ACC / NIDEC • FHP • CESET • BSH • ECM • WELLING Ezen motorok mindegyike beszerelhető gyárilag ugyanabba a modellbe. Ezért előfordulhat, hogy az azonos modellekhez cserealkatrészként különböző gyártók által készített motorokat bocsátanak rendelkezésre, az eredeti helyett. Az eredeti motor a fent felsorolt, különböző gyártóktól származó motorokkal teljes mértékben cserélhető. Mindegyik motortípushoz rendelkezésre állnak a megfelelő tachometrikus generátorok és kefék. Mivel nem lehet meghatározni a cserealkatrész-szám alapján, hogy az adott készülékbe milyen motort szereltek, javasoljuk, hogy ellenőrizze magát a gyártót: Ilymód megkaphatja a megfelelő cserealkatrész-számot a kefékhez és generátorokhoz. Ha kétségei vannak, a motor adattábláján megtalálja a gyártási kódot (124xxxxxx_132xxxxxx_147xxxxxx). Az alábbi táblázat a pontos alkatrészszámokat valamint a motortekercsek ellenállás értékét tartalmazza .

Beszállító Tachometrikus generátor alkatr.sz. Kefe alkatr.sz.

504 Ω tekercses változat:

5020 48 73-00/9

Gyártva 1992 júliusig (sorozatszám. 230...)

fehér támogatás: 5068 17 42-00/8

SOLE /

ACC /

NIDEC 184 Ω tekercses

változat: 5022 90 52-00/1

1992 augusztustól (sorozatszám. 231...)

fekete támogatás: 5022 65 88-00/7

Gyártva 1997-ig: 5021 25 04-00/0

1990 augusztusig (sorozatszám. 036...)

5068 04 90-00/5

FHP

Gyártás kezdete 1997/98:

5024 01 54-00/0

1990 szeptembertől (sorozatszám. 037...)

400 60 20-34/3 (leváltja a következő

alkatr.számot 5022 17 78-00/9)

CESET 5023 20 55-00/9

5021 63 97-00/5

HU Kiadványszám. 599 70 65-97 02. Rev. 11/2010 dmm

599 70 65-97 2/6

Kommutátor motorok - Összegzés

UNIVERZÁLIS MOTOROK (10-érintkezős csatlakozódobozzal) Tekercsellenállás (Ω) Alkatrészszámok. (*)

Motorkód Márka Típus V/Hz Centrifugálási sebesség

Tárcsa Ø mm ½ mező

(1-5/10) Állórész

(5-10) Forgórész

(8-9) Tacho (3-4)

Tachometrikus generátor Kefe

12403680.. SOLE/ACC/NIDEC 20584014 220-240/50 650-850 21,5 nem 1,48÷1,71 1,67÷1,92 504±7% 50204873009 50226588007 12403690.. SOLE/ACC/NIDEC 20584027 220-240/50 1000-1500 25,26 0,59±7% 1,18±7% 2,2±7% 184±7% 50229052001 50226588007 12405280.. FHP UO 112 G40 220-240/50 850-1000 21,26 nem 1,7±7% 1,95±7% 135±7% 50240154000 4006020343 12405282.. FHP UO 112 G40 220-240/50 850-1000 21,26 nem 1,7±7% 1,95±7% 135±7% 50240154000 4006020343 12405290.. FHP UOZ 112 G63 220-240/50 1000-1500 25,26 0,55±7% 1,1±7% 2,15±7% 135±7% 50240154000 4006020343 12405390.. FHP UOZ 112 G63 220-240/50 1000-1200 21,26 0,52±7% 1,2±7% 1,75±7% 135±7% 50240154000 4006020343 12405480.. CESET MCA38/64.148/ZN1 220-240/50 850-1000 21,5 nem 1,07±7% 2,28±7% 68,7±7% 50232055009 50216397005 12405481.. CESET MCA38/64.148/ZN5 230-240/50 850-1000 21,5 nem 1,86±7% 2,46±7% 68,7±7% 50232055009 50216397005 12406500.. FHP U 112 G63 220-240/50 1000 25,26 nem 0,98÷1,34 1,97÷2,27 135±7% 50240154000 4006020343 12406510.. SOLE/ACC/NIDEC 20584028 220-240/50 1000 25,26 nem 1,09÷1,26 2,04÷2,34 184±7% 50229052001 50226588007 12408470.. CESET MCA30/64.148/ZN4 220-240/50 600-850 16,4 nem 1,95±7% 2,57±7% 68,7±7% 50232055009 50216397005 12408471.. CESET MCA30/64.148/ZN4 220-240/50 600-850 16,4 nem 1,95±7% 2,57±7% 68,7±7% 50232055009 50216397005 12421230.. SOLE/ACC/NIDEC 20584513 230-240/50 1150 21,5 nem 1,07±7% 1,6±7% 184±7% 50229052001 50226588007 12421390.. SOLE/ACC/NIDEC 20584514 230-240/50 1150 21,5 0,89±7% 1,77±7% 2,14±7% 184±7% 50229052001 50226588007 12421391.. SOLE/ACC/NIDEC 20584514 230-240/50 1150 21,5 0,89±7% 1,77±7% 2,14±7% 184±7% 50229052001 50226588007 12423100.. SOLE/ACC/NIDEC 20584020 220-240/50 1000 21,5 nem 1,03÷1,17 1,62÷1,87 184±7% 50229052001 50226588007 12427070.. SOLE/ACC/NIDEC 20584024 220-240/50 1000-1200 21,5 0,55±7% 1,1±7% 1,75±7% 184±7% 50229052001 50226588007 12427071.. SOLE/ACC/NIDEC 20584024 220-240/50 1000-1200 21,5 0,55±7% 1,1±7% 1,75±7% 184±7% 50229052001 50226588007 12427073.. SOLE/ACC/NIDEC 20584024 220-240/50 1000-1200 21,5 0,55±7% 1,1±7% 1,75±7% 184±7% 50229052001 50226588007 12427170.. SOLE/ACC/NIDEC 20580052 230-240/50 1000 19 nem 1,65±7% 1,8±7% 504±7% 50204873009 50226588007 12427270.. CESET MCA38/64.148/ZN3 220-240/50 1000 19 nem 1,07±7% 2,28±7% 68,7±7% 50232055009 50216397005 12427780.. SOLE/ACC/NIDEC 205880052 230-240/50 850-1000 21,5 nem 1,65±7% 1,8±7% 504±7% 50204873009 50226588007 12430180.. CESET MCA61/64.148/ZN10 230-240/50 1000-1600 25,26 0,37±7% 1,5±7% 1,8±7% 68,7±7% 50232055009 50216397005 12430470.. FHP U0Z 112 G63 220-240/50 1600 25,26 1,1±7% 2,92±7% 1,63±7% 135±7% 50240154000 4006020343 12430471.. FHP U0Z 112 G63 220-240/50 1600 25,26 1,1±7% 2,92±7% 1,63±7% 135±7% 50240154000 4006020343 12430472.. FHP U0Z 112 G63 220-240/50 1600 25,26 1,1±7% 2,92±7% 1,63±7% 135±7% 50240154000 4006020343 12430600.. SOLE/ACC/NIDEC 20584303 230-240/50 600-850 16,4 nem 1,65±7% 1,8±7% 184±7% 50229052001 50226588007 12430610.. FHP UO 112 G40 230-240/50 650-850 16,4 nem 1,7±7% 1,95±7% 135±7% 50240154000 4006020343 12430620.. CESET MCA38/64.148/ZN9 230-240/50 600-850 16,4 nem 1,75±7% 2,3±7% 68,7±7% 50232055009 50216397005 12430980.. SOLE/ACC/NIDEC 20584087 230/50 1600 25,26 0,47±7% 1,3±7% 1,72±7% 184±7% 50229052001 50226588007 12430990.. FHP UZ 112 G63 230-240/50 1150 21,26 nem 1,12±7% 1,75±7% 135±7% 50240154000 4006020343 12439100,, FHP UZ 112 G63 230-240/50-60 1150 21,26 nem 1,09±7% 1,5±7% 135±7% 50240154000 4006020343 12439101.. FHP UZ 112 G63 230-240/50 1150 21,26 nem 1,09±7% 1,5±7% 135±7% 50240154000 4006020343 12458150.. CESET MCC61/64.148/ZN9 230-240/DC 1000-1600 25,26 0,37±7% 1,8±7% 1,64±7% 68,7±7% 50232055009 50216397005 12461790.. SOLE/ACC/NIDEC 20584603 240/50 1600 25,26 0,56±7% 1,43±7% 1,72±7% 184±7% 50229052001 50226588007 12461791.. SOLE/ACC/NIDEC 20584603 240/50 1600 25,26 0,56±7% 1,43±7% 1,72±7% 184±7% 50229052001 50226588007 12466020.. FHP UOZ112 G55 220-240/50 1000-1200 21,26 0,62±7% 1,23±7% 1,6±7% 135±7% 50240154000 4006020343 12461792.. SOLE/ACC/NIDEC 20584603 240/50 1600 25,26 0,56±7% 1,43±7% 1,72±7% 184±7% 50229052001 50226588007 12466021.. FHP U112 G55 220-240/50 1000 21,26 nem 1,23±7% 1,6±7% 135±7% 50240154000 4006020343 12467840.. FHP UOZ112 G63 240/50 1400 25,26 0,63±7% 1,35±7% 2,6±7% 135±7% 50240154000 4006020343

599 70 65-97 3/6


Motorkód Márka Típus V/Hz Centrifugálási sebesség


(1-5/10) Állórész

(5-10) Forgórész

(8-9) Tacho (3-4)


12470100.. SOLE/ACC/NIDEC 20580056 230-240/50 600-850 16,4 nem 2,00±7% 1,8±7% 504±7% 50204873009 50226588007 12470102.. SOLE/ACC/NIDEC 20580056 230-240/50 600-850 16,4 nem 2,00±7% 1,8±7% 504±7% 50204873009 50226588007 12471900.. FHP UOZ112 G63 200/60 1000-1200 21,26 0,5±7% 1,01±7% 1,82±7% 135±7% 50240154000 4006020343 12474470.. FHP UOZ112 G63 230/50 850-1400 25,26 0,59±7% 1,35±7% 2,2±7% 135±7% 50240154000 4006020343 12483510.. CESET MCA61/64.148/ZN4 230-240/50 1400 25,26 0,6±7% 1,88±7% 1,78±7% 68,7±7% 50232055009 50216397005 12483520.. CESET MCA61/64.148/ZN3 230-240/50 1200 21,5 0,6±7% 1,88±7% 1,78±7% 68,7±7% 50232055009 50216397005 12492030.. SOLE/ACC/NIDEC 20584027 220-240/50 1050-1200 21,5 0,59±7% 1,18±7% 2,2±7% 184±7% 50229052001 50226588007 12494610.. CESET MCA52/64.148/ZN4 230-240/50 1000 21,5 nem 1,3±7% 1,9±7% 68,7±7% 50232055009 50216397005 13205550.. CESET MCA61/64.148/ZN14 230-240/50 1200 21,5 nem 1,13±7% 1,78±7% 68,7±7% 50232055009 50216397005 13207990.. FHP UOZ 112 G70 230/50 1600 25,26 0,41±7% 1,26±7% 1,75±7% 135±7% 50240154000 4006020343 13211010.. FHP UOZ 112 G63 210-230/60 1150 21,26 0,53±7% 1,00±7% 1,75±7% 135±7% 50240154000 4006020343 13219502.. BSH 1BA6755 230-240/50 1150 21,5 nem 1,67±7% 1,62±7% --------------- --------------- --------------- 13222780.. SOLE/ACC/NIDEC 20584615 220/60 1400 25,26 0,48±7% 0,96±7% 1,72±7% 184±7% 50229052001 50226588007 13230360.. ECM UAH522300-82R01 230-240/50 1000-1200 21,5 0,73±7% 1,46±7% 2±7% 91±7% --------------- 50216397005 13230570.. ECM UAH382300-51R01 230-240/50 850 16,4 nem 1,95±7% 2,3±7% 91±7% --------------- 50216397005 13252870.. SOLE/ACC/NIDEC 20584024 220-240/50 1000 21,5 0,55±7% 1,1±7% 1,77±7% 184±7% 50229052001 50226588007 13252960.. SOLE/ACC/NIDEC 20580052 220-240/50 1000 21,5 nem 1,65±7% 1,8±7% 504±7% 50204873009 50226588007 13252970.. SOLE/ACC/NIDEC 20584087 230/50 1600 25,26 0,45±7% 1,25±7% 1,72±7% 184±7% 50229052001 50226588007 14711100.. SOLE/ACC/NIDEC 20584616 200-240/50 1000 19 0,61 1,23 1,72 184±7% 50229052001 50226588007

(*) jelenleg gyártásban lévő alkatrészszámok Megjegyzések a tekercseléssel kapcsolatban:

Ellenőrizze a csatlakozókat (huzalozást) és, hogy nincsenek-e kilógó vagy megtört érintkezők. Ellenőrizze, nincsenek-e vízre vagy mosóporrautaló jelek vagy ilyen lerakodások, illetve vizsgálja meg azok okait Ellenőrizze a földelt tekercseket / alkatrészeket (illetve a gyenge földelésűeket) egy minimum 40 MΩ teljesítményű

teszterrel, az egyes érintkező és a ház (vörös ∞) között. Ellenőrizze mindegyik tekercselést a táblázat alapján.

P=motorvédő R=forgórész S=állórész T=tachometrikus

Csatlakozódoboz ½ mező Állórész Forgórész Tacho 1-5/10 5-10 8-9 3-4

599 70 65-97 4/6

UNIVERZÁLIS MOTOROK (7-érintkezős csatlakozódobozzal)

Tekercsellenállás (Ω) Alkatrészszámok. (*) Motorkód Márka Típus V/Hz Centrifugális

sebesség Tárcsa Ø mm ½ mező

(1-2/5) Állórész

(2-5) Forgórész

(3-4) Tacho (6-7)


12405481.. CESET MCA38/64.148/ZN5 230-240/50 850-1000 21,5 nem 1,86±7% 2,46±7% 68,7±7% 50232055009 50216397005 12405482.. CESET MCA38/64.148/ZN5 230-240/50 850-1000 21,5 nem 1,86±7% 2,46±7% 68,7±7% 50232055009 50216397005 12408472.. CESET MCA30/64.148/ZN4 220-240/50 600-850 16,4 nem 1,95±7% 2,57±7% 68,7±7% 50232055009 50216397005 12408473.. CESET MCA30/64.148/ZN4 220-240/50 600-850 14,5 nem 1,95±7% 2,57±7% 68,7±7% 50232055009 50216397005 12421231.. SOLE/ACC/NIDEC 20584513 230-240/50 1150 21,5 nem 1,07±7% 1,6±7% 184±7% 50229052001 50226588007 12421392.. SOLE/ACC/NIDEC 20584514 230-240/50 1150 21,5 0,89±7% 1,77±7% 2,14±7% 184±7% 50229052001 50226588007 12421393.. SOLE/ACC/NIDEC 20584549 230/50 1400 25,26 0,67±7% 1,77±7% 2,14±7% 184±7% 50229052001 50226588007 12430601.. SOLE/ACC/NIDEC 20584303 230-240/50 600-850 16,4 nem 1,65±7% 1,8±7% 184±7% 50229052001 50226588007 12430611.. FHP UO 112 G40 230-240/50 650-850 16,4 nem 1,7±7% 1,95±7% 135±7% 50240154000 4006020343 12430621.. CESET MCA38/64.148/ZN9 230-240/50 600-850 16,4 nem 1,75±7% 2,3±7% 68,7±7% 50232055009 50216397005 12439102.. FHP UZ 112 G63 230-240/50-60 1150 21,26 nem 1,09±7% 1,5±7% 135±7% 50240154000 4006020343 12439103.. FHP UZ 112 G63 230-240/50 1150 21,26 nem 1,09±7% 1,5±7% 135±7% 50240154000 4006020343 12461792.. SOLE/ACC/NIDEC 20584603 240/50 1600 25,26 0,56±7% 1,43±7% 1,72±7% 184±7% 50229052001 50226588007 12466025.. FHP UOZ112G55 230-240/50 1150 21,5 0,62±7% 1,23±7% 1,65±7% 137±7% 50240154000 4006020343 12470103.. SOLE/ACC/NIDEC 20580056 230-240/50 600-850 16,4 nem 2,00±7% 1,8±7% 504±7% 50204873009 50226588007 12483501.. FHP U 112 G30 230-240/50 650-850 16,4 nem 2,07±7% 2,85±7% 137±7% 50240154000 4006020343 12494611.. CESET MCA52/64.148/ZN4 230-240/50 1000 21,5 nem 1,3±7% 1,9±7% 68,7±7% 50232055009 50216397005 13205551.. CESET MCA61/64.148/ZN14 230-240/50 1200 21,5 nem 1,13±7% 1,78±7% 68,7±7% 50232055009 50216397005 13207991.. FHP UOZ 112 G70 230/50 1600 25,26 0,41±7% 1,26±7% 1,75±7% 135±7% 50240154000 4006020343 13211011.. FHP UOZ 112 G63 210-230/60 1150 21,26 0,53±7% 1,00±7% 1,75±7% 135±7% 50240154000 4006020343 13219506.. BSH 1BA6755 230-240/50 1150 21,5 nem 1,6±7% 1,73±7% 15,1±7% --------------- --------------- 13222781.. SOLE/ACC/NIDEC 20584615 220/60 1550 25,26 0,48±7% 1,05±7% 1,72±7% 184±7% 50204873009 50226588007 13230361.. ECM UAH522300-82R02 230-240/50 1000-1200 21,5 0,73±7% 1,46±7% 2±7% 91±7% --------------- 50216397005 13230362.. ECM UAH522300-82R04 230-240/50 1000-1200 18,5 0,68±7% 1,46±7% 2±7% 91±7% --------------- 50216397005 13230571.. ECM UAH382300-51R03 230-240/50 850 16,4 nem 1,95±7% 2,3±7% 91±7% --------------- 50216397005 13230572.. ECM UAH382300-51R03 230-240/50 850 16,4 nem 1,95±7% 2,3±7% 91±7% --------------- 50216397005 13230573.. ECM UAH382300-51R03 230-240/50 850 14,5 nem 1,95±7% 2,3±7% 91±7% --------------- 50216397005 13241520.. WELLING HXG52B01 230-240/50 1200 21,5 nem 0,91±7% 2,24±7% 103±7% 405505049/8 405505048/0 13241522.. WELLING HXG52A07 230-240/50 1200 21,5 0,8±7% 1,62±7% 2,24±7% 103±7% 405505049/8 405505048/0 13252872.. SOLE/ACC/NIDEC 20584024 220-240/50 1000 21,5 0,55±7% 1,1±7% 1,77±7% 184±7% 50204873009 50226588007 13252874.. SOLE/ACC/NIDEC 20584456 220-240/50 1000-1200 18,5 0,58±7% 1,15±7% 1,77±7% 184±7% 50204873009 50226588007 13252961.. SOLE/ACC/NIDEC 20580052 220-240/50 1000 21,5 nem 1,65±7% 1,8±7% 504±7% 50204873009 50226588007 13252971.. SOLE/ACC/NIDEC 20584087 230/50 1400 25,26 0,45±7% 1,25±7% 1,72±7% 184±7% 50204873009 50226588007 13260340.. CESET MCA52/64.148/ZN22 230-240/50 1000 21,5 nem 1,62±7% 1,9±7% 68,7±7% 50232055009 50216397005 13260350.. CESET MCA61/64.148/ZN35 230-240/50 1400 25,26 0,65±7% 1,65±7% 1,78±7% 68,7±7% 50232055009 50216397005 13271260.. SOLE/ACC/NIDEC 20584631 230/50 1400-1600 25,26 0,67±7% 1,86±7% 1,72±7% 184±7% 50204873009 50226588007 13271270.. SOLE/ACC/NIDEC 20584553 230-240/50 1000-1200 21,5 1,05±7% 2,1±7% 2,14±7% 184±7% 50204873009 50226588007 13271271.. SOLE/ACC/NIDEC WU126T55E01 230-240/50 1400 25,26 0,85±7% 2,1±7% 2,14±7% 184±7% 50204873009 50226588007 13271280.. BSH 1BA6765-0ZD 230-240/50 1400-1600 25,26 0,45±7% 1,05±7% 1,56±7% 15,1±7% --------------- --------------- 13273760.. SOLE/ACC/NIDEC WU126T55E00 230-240/50 1400 21,5 0,56±7% 1,4±7% 1,6±7% 184±7% 50204873009 50226588007 13275100.. SOLE/ACC/NIDEC WU126T35E00 230-240/50 850 14,5 nem 2,2±7% 1,8±7% 184±7% 50204873009 50226588007

599 70 65-97 5/6


Motorkód Márka Típus V/Hz Centrifugális sebesség


(1-2/5) Állórész

(2-5) Forgórész

(3-4) Tacho (6-7)


13275110.. CESET MCA38/64.148/ZN55 230-240/50 850 14,5 nem 2,12±7% 2,25±7% 68,7±7% 50232055009 50216397005 13277151.. WELLING HXG52A09 230-240/50 1400 21,5 0,7±7% 1,46±7% 1,82±7% 103±7% 405505049/8 405505048/0 13277152.. WELLING HXG52A09 230-240/50 1000-1200 18,5 0,7±7% 1,46±7% 1,82±7% 103±7% 405505049/8 405505048/0 13277580.. SOLE/ACC/NIDEC WU126T50E00 230-240/50 1000-1200 18,5 0,76±7% 1,53±7% 1,77±7% 184±7% 50204873009 50226588007 14711100.. SOLE/ACC/NIDEC 20584616 200-240/50 1000 19 0,61±7% 1,23±7% 1,72±7% 184±7% 50229052001 50226588007 14711101.. SOLE/ACC/NIDEC 20584616 200-240/50 1000 19 0,61±7% 1,23±7% 1,72±7% 184±7% 50229052001 50226588007 (*) jelenleg gyártásban lévő alkatrészszámok

Megjegyzések a tekercseléssel kapcsolatban:

Ellenőrizze a csatlakozókat (huzalozást) és, hogy nincsenek-e kilógó vagy megtört érintkezők. Ellenőrizze, nincsenek-e vízre vagy mosóporrautaló jelek vagy ilyen lerakodások, illetve vizsgálja meg azok okait Ellenőrizze a földelt tekercseket / alkatrészeket (illetve a gyenge földelésűeket) egy minimum 40 MΩ teljesítményű

teszterrel, az egyes érintkező és a ház (vörös ∞) között. Ellenőrizze mindegyik tekercselést a táblázat alapján.

P=motorvédő R=forgórész S=állórész T=tachometrikus

Csatlakozódoboz ½ mező Állórész Forgórész Tacho 1-2/5 2-5 3-4 6-7

599 70 65-97 6/6

HÁROMFÁZISÚ MOTOROK (8/5-érintkezős csatlakozódobozzal)

Tekercsellenállás (Ω) Alkatrészszámok. (*) Motorkód Márka Típus V/Hz Centrifugális

sebesség Tárcsa Ø mm Állórész

(4-5) Állórész

(4-6) Állórész

(5-6) Tacho (7-8) Tachometrikus generátor

13219300.. CESET CIM 2/55-132ZH 195/300 1800 25,26 5,4±7% 5,4±7% 5,4±7% 121±7% 50280023008 Tekercsellenállás (Ω)

Állórész (1-2)

Állórész (2-3)

Állórész (1-3) Tacho (4-5)

13247650.. SOLE/ACC/NIDEC 20585119 195/300 1800 25,26 5,4±7% 5,4±7% 5,4±7% 188±7% 50296236008 13238680.. ECM CZ-551950-51R01 195/300 1800 25,26 5,4±7% 5,4±7% 5,4±7% 91±7% --------------- 14710100.. CESET CIM 2/55-132ZH 195/300 1800 25,26 5,4±7% 5,4±7% 5,4±7% 121±7% 50280023008

(*) jelenleg gyártásban lévő alkatrészszámok Megjegyzések a tekercseléssel kapcsolatban:

Ellenőrizze a csatlakozókat (huzalozást) és, hogy nincsenek-e kilógó vagy megtört érintkezők.

Ellenőrizze, nincsenek-e vízre vagy mosóporrautaló jelek vagy ilyen lerakodások, illetve vizsgálja meg azok okait

Ellenőrizze a földelt tekercseket / alkatrészeket (illetve a gyenge földelésűeket) egy minimum 40 MΩ teljesítményű teszterrel, az egyes érintkező és a ház (vörös ∞) között.

Ellenőrizze mindegyik tekercselést a táblázat alapján. S=állórész T=tachometrikus

Revízió Dátum Leírás 01 06/2009 Beszállítói lista és táblázat frissítése 02 11/2010 Beszállítói lista és táblázat frissítése

Csatlakozódoboz (8-érintkezős) Csatlakozódoboz (5-érintkezős) Állórész Állórész Állórész Tacho Állórész Állórész Állórész Tacho

4-5 4-6 5-6 7-8 1-2 2-3 1-3 4-5

EMAAlkatrészlista

Háztartási mosógépek2510

PNC ELC Márkanév Modell Piac

913208741 00 Electrolux EWT1000 GR

Felültöltős mosógépek

Distriparts Deutschland GmbH Publikáció szám

Muggenhofer Straße 135 599526137

D-90429 Nürnberg 2007/11/27

Germany FFH

Fax +49 (0)911 323 1022

© Electrolux

- 2 -© Electrolux

Robbantott ábra szám: NHAB400D2

N8444X01

Mátrix PNC ELC Gyárt. Idő Modell

A 913208741 00 20060406 EWT1000

Poz. Anyagszám Mátrix Megnevezés

000 1463762011 A Használati utasítás,EWT1000,GR

001 1462003060 A Oldalfal,bal,fehér,WS

001 1462003078 A Oldalfal,jobbra,fehér,WS

001 1464077005 A Rázkódás elnyelő borítás,oldalfal

002 1297346031 A Szorító kapocs,fehér

007 50653866009 A Keréktartó

008 50653865001 A Grgõ

009 1296625021 A Fedél,emelő,fehér

010 1296340027 A Emelő

011 1246874026 A Kulcs

012 1240467058 A Láb

013 1240464030 A Lemez

016 1460671025 A Grgõ ,komplett,hátsó

017 1463405009 A Rázkódás elnyelő borítás,elülső fal

017 1463509008 A Elülső fal,komplett,fehér,M9,TOY,Traditional

018 1297249458 A Aggregáttér burkolat,Sirena

019 4071369294 A Lábazat,számára, -ért,szűkítő darab,PRE, ÖKO

020 1297231084 A Fnék ,fehér,görgõ

021 1464494028 A Rekeszajtó,bolyhszűrő,fehér

022 1051181004 A Csavar,5,5x38

023 1297234021 A Bolyhszűrő

024 3449106826 A Tömítõgyûrû

025 1462776004 A Fedél

028 1460475013 A Dugasz

030 1461226001 A Védőrács

031 1461435016 A Árnyékoló lemez

- 4 -© Electrolux

Robbantott ábra szám: NALPHA33

N8444X02


A 913208741 00 20060406 EWT1000


001 1462704097 A Rekesztartó

008 1297227207 A Programtárcsa,VD50/52

015 1297763482 A Fedél,komplett

015 1463772002 A Programkártya,GR

018 53188955883 A Flsõ elem ,komplett

020 1461605006 A Tömítõkeret,fedél

026 1461420091 A Öblítő kád,4N

028 1297330019 A Forgócsap

030 1460588005 A Fdél

040 1462417039 A Csapó fedél,fehér

042 1462194026 A Gomb

050 1464367018 A Persely

060 6047835019 A Lencse,piros

- 6 -© Electrolux

Robbantott ábra szám: NCARBCS5

N8444X03


A 913208741 00 20060406 EWT1000


001 4071374096 A Csapágy,bal,komplett

001 4071374104 A Csapágy,jobbra,komplett


003 1468158009 A Tömítés,V-22A

007 1467500011 A Csavar,M6x16

013 1051181004 A Csavar,5,5x38

020 1466419031 A Rgó ,hátsó

020 1466419049 A Rgó ,elülsõ (külsõ)

021 4071375796 A Cõ ,val-, vel,dob,CARBORAN, PA6203

022 53188955099 A Dobfedél,rozsdamentes acél

023 53188953193 A Dobbordázat,ellensúly

023 53188954431 A Dobbordázat

025 53188955107 A Csavar,felszerelés

036 4071356341 A Súly,jobbra,9,8kg

037 1462601004 A Kerettárcsa,DSP,D316mm

038 1240211209 A Heveder,gumi ,1280J5

039 1467503015 A Lemez,21x6,4x2,5

040 1467502017 A Csavar,M6x25

043 1292226030 A Akasztó

043A 3122008232 A Akasztó

045 1293280028 A Hangtompító

047 4071356358 A Súly,bal,12,8kg

048 1292844014 A Csavar,TORX 8x26

048A 1296963026 A Cavar ,ellensúly,hátsó,TORX 8x30

049 1466200019 A ,60N

051 1240041218 A Csavar,lengéscsillapító

052 4071374088 A Föld,val-, vel,vonal

999 4006060125 A Szállítási biztosítás

A rész nincs a képben

- 8 -© Electrolux

Robbantott ábra szám: NEAUS121

N8444X04


A 913208741 00 20060406 EWT1000


002 6040046036 A Tömítõkeret

003 1297415000 A Bevezető tömlő,komplett,1,5M

004 1297290049 A Emelő,vízkeménység

005 1297544072 A Vízkeménység

006 1461182006 A Tömítõkeret


008 1297344077 A Tető

009 1297211045 A Excenter

010 53186384003 A Feszítőgyűrű

011 4071374146 A Membrán,komplett,RV22,329.6x286.4mm

012 53186377007 A Feszítőgyűrű

014 1297373225 A Tartó

015 1297207019 A Beléptető szelep

020 1463102036 A Tömlő,val-, vel,golyó ,Öko

021 6000218013 A Csavar,K40x14

022 1466965058 A Tömlő,szelep ,fekete,lg830

023 1466634001 A Tömlő,szűkítő darab,szürke,lg1235

024 1297338038 A Légtelenítő tömlő,Öko

044 1461305003 A Tömlőtartó

044A 1465230017 A Tömlőtartó

044C 1465741039 A Tömlőtartó

045 1296316035 A Kifolyó tömlő,1.8M

045 8996464032706 A Hosszabbítás,kifolyó tömlő,2,70m

046 6045534010 A Tömlőtartó

049 1297542027 A Csapófedél,ajtózár

052 1294023146 A Légcsapda,1N

060 1296632118 A Bilincs,D:70

061 1296632100 A Bilincs,D:49

063 1296632092 A Bilincs,D:90

064 8996698041085 A Tömlőszorító/tömlőbilincs,20-32 mm

- 10 -© Electrolux

Robbantott ábra szám: NES20A3

N8444X05


A 913208741 00 20060406 EWT1000


000 1464549045 A Kábelbeépítés,komplett

002A 1249271014 A Kapcsoló,1T

003 1463053023 A Termosztát,szabályozható

004 1245195217 A Üzemi lámpa,piros,lg460mm

005 1322095116 A Iõkapcsoló ,VD55 ELBI

005A 1297401109 A Tkarófólia ,PGS

006 1461522284 A Nyomásellenőrző,2N

007 1462030113 A Bevezető szelep,5,5l

011 1240152031 A Tömítõkeret,termosztát

012 1297479048 A Ajtózár

013 1460332107 A Fûtõpatron,230V,1950W

014 1240528065 A Motor,230-240V,50Hz

015 1051181004 A Csavar,5,5x38

016 1322037118 A Ürítő szivattyú/kifolyó szivattyú/öblítő szivattyú,val-, vel,termokapcsoló,240V,50Hz,11W

018 6040086032 A Tömlő,nyomásellenőrző

019 1297196030 A Vezetékátvezetõ,kábel

021 1460363011 A Csavar,K40x14

025 1463511012 A Rádió zavarszűrő,12A

028 1320503004 A Programválasztó kapcsoló,8P DREEF

035 1240151025 A Tömítõkeret,bevezető szelep

040 1297215053 A Takarókupak,bevezető szelep

WaschautomatenWashing-machineMachine à laver le linge

11.07 DGS-TDS-N R.B.

Motor, Moteur

© Electrolux

ET-Nr. Typ Kohle Tachometer, Spule Befestigung Ritzelref.-No. brush tachometer, coil fixing pulleyréf.-No. brosse tachymétrie, bobine piece fixation poulie

124 052 800/8 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 052 802/4 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 052 803 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 052 804 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 052 805 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 052 806 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 052 807 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 052 811 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3

124 052 900/6 UOZ112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 25,3124 052 905/5 UOZ112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 25,3124 052 906/3 UOZ112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 25,3124 052 907/1 UOZ112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 25,3124 052 910/5 UOZ112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 25,3124 052 911 UOZ112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 25,3124 054 821 MCA38/64-148/ZN5 5021 639 700/5 5023 205 500/9 21,5124 084 721 MCA30/64-148/ZN4 5021 639 700/5 5023 205 500/9 16,4

124 270 700/6 205 84.024 5022 658 800/7 5022 905 200/1 21,5124 270 702/2 205 84.024 5022 658 800/7 5022 905 200/1 21,5124 270 703/0 205 84.024 5022 658 800/7 5022 905 200/1 21,5124 270 704/8 205 84.024 5022 658 800/7 5022 905 200/1 21,5124 270 705 205 84.024 5022 658 800/7 5022 905 200/1 21,5124 270 706 205 84.024 5022 658 800/7 5022 905 200/1 21,5

124 270 707/1 205 84.024 5022 658 800/7 5022 905 200/1 21,5124 270 708/9 205 84.024 5022 658 800/7 5022 905 200/1 21,5124 270 709/7 205 84.024 5022 658 800/7 5022 905 200/1 21,5124 270 720 205 84.425 5022 658 800/7 5022 905 200/1 21,5

124 270 721/2 205 84.425 5022 658 800/7 5022 905 200/1 21,5124 304 703/0 UOZ112/g63 400 602 034/3 400 602 029/3 25,2124 304 704/8 UOZ112/g63 400 602 034/3 400 602 029/3 25,2124 306 100/7 U112/g40 400 602 034/3 400 602 029/3 16,4124 306 101/5 U112/g40 400 602 034/3 400 602 029/3 16,4124 306 102/3 U112/g40 400 602 034/3 400 602 029/3 16,4124 306 103/1 U112/g40 400 602 034/3 400 602 029/3 16,4124 306 104/9 U112/g40 400 602 034/3 400 602 029/3 16,4124 306 203/9 MCA38/64-148/ZN9 5021 639 700/5 5023 205 500/9 16,4124 306 204/7 MCA38/64-148/ZN9 5021 639 700/5 5023 205 500/9 16,4124 306 211 MCA38/64-148/ZN9 5021 639 700/5 5023 205 500/9 16,4

124 391 003/9 U112/g63 400 602 034/3 400 602 029/3 21,3124 660 200/5 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 201/3 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 202/1 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 203/9 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 204 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 205 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 206 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 207 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3

- 11 -© Electrolux



Motor, Moteur

© Electrolux


124 660 209 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 210/4 U112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 22124 660 211/2 U112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 22124 660 231 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 233 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 660 234 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3

124 660 251/8 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 21,3124 701 000/0 205 80.056 5022 658 800/7 5022 905 200/1 16,4124 701 002/6 205 80.056 5022 658 800/7 5022 905 200/1 16,4124 701 003/4 205 80.056 5022 658 800/7 5022 905 200/1 16,4124 701 004 205 80.056 5022 658 800/7 5022 905 200/1 16,4124 701 005 205 80.056 5022 658 800/7 5022 905 200/1 16,4

124 701 006/7 205 80.056 5022 658 800/7 5022 905 200/1 16,4124 701 007/5 205 80.056 5022 658 800/7 5022 905 200/1 16,4124 701 011 205 80.056 5022 658 800/7 5022 905 200/1 16,4

124 835 000/9 U112/g30 400 602 034/3 400 602 029/3 16,4124 835 001/7 U112/g30 400 602 034/3 400 602 029/3 16,4124 835 002/5 U112/g30 400 602 034/3 400 602 029/3 16,4124 835 003 U112/g30 400 602 034/3 400 602 029/3 16,4124 835 005 U112/g30 400 602 034/3 400 602 029/3 16,4

124 835 100/7 MCA61/64.148/ZN4 5021 639 700/5 5023 205 500/9 25,26124 835 101 MCA61/64.148/ZN4 5021 639 700/5 5023 205 500/9 25,26

124 835 102/3 MCA61/64.148/ZN4 5021 639 700/5 5023 205 500/9 25,26124 835 103 MCA61/64.148/ZN4 5021 639 700/5 5023 205 500/9 25,26124 835 104 MCA61/64.148/ZN4 5021 639 700/5 5023 205 500/9 25,26

124 835 105/6 MCA61/64.148/ZN4 5021 639 700/5 5023 205 500/9 25,26124 835 106/4 MCA61/64.148/ZN4 5021 639 700/5 5023 205 500/9 25,26124 835 107 MCA61/64.148/ZN4 5021 639 700/5 5023 205 500/9 25,26

124 946 103/7 MCA52/64-148/ZN4 5021 639 700/5 5023 205 500/9 21,5124 946 104 MCA52/64-148/ZN4 5021 639 700/5 5023 205 500/9 21,5124 946 105 MCA52/64-148/ZN4 5021 639 700/5 5023 205 500/9 21,5124 946 106 MCA52/64-148/ZN4 5021 639 700/5 5023 205 500/9 21,5124 946 107 MCA52/64-148/ZN4 5021 639 700/5 5023 205 500/9 21,5

124 946 108/6 MCA52/64-148/ZN4 5021 639 700/5 5023 205 500/9 21,5124 946 109/4 MCA52/64-148/ZN4 5021 639 700/5 5023 205 500/9 21,5124 946 111/0 MCA52/64-148/ZN4 5021 639 700/5 5023 205 500/9 21,5129 182 900/8 U112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 22129 183 000/6 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 17132 195 000 1BA6740 407 137 608/3 16,4132 195 001 1BA6740 407 137 608/3 16,4132 195 010 1BA6740 407 137 608/3 21,5132 195 040 1BA6755 407 137 608/3 21,5132 195 041 1BA6755 407 137 608/3 21,5

132 195 050/1 1BA6740 407 137 608/3 16,4132 195 070 1BA6755 407 137 608/3 21,5

132 195 080/8 1BA6740 407 137 608/3 21,5

- 12 -© Electrolux



Motor, Moteur

© Electrolux


132 303 600 UAH522300-82R01 21,5132 303 611 UAH522300-82R02 21,5

132 305 700/8 UAH382300-51R01 16,4132 305 701 UAH382300-51R01 16,4

132 305 711/5 UAH382300-51R01 16,4132 476 500 20585119 25,26

5022 080 000/2 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 22605 121 601/5 UOZ112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 25605 121 602/3 UOZ112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 22645 428 081 U112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 22645 428 095 U112/g40 400 602 034/3 400 602 029/3 899 645 428 358/2 17645 428 180 UOZ112/g63 400 602 034/3 400 602 029/3 899 645 428 358/2 22645 428 346 U112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 22645 428 443 UOZ112/g55 400 602 034/3 400 602 029/3 899 645 428 358/2 22

- 13 -© Electrolux

VD55JCUK4B

HU Kiadványszám: 599 72 08-09 Rev. 01 07/2010 PR

MINDEN TERMÉK

SERVICE BULLETIN

ESD MEGELŐZÉSE, REV. 01

Bevezetés Az elektrosztatikus kisülés (ESD) a különböző elektromos feszültségű testek közötti töltésátvitel. A statikus elektromosság 10.000 volt feletti magasfeszültséget halmozhat fel, alacsony páratartalmú környezetben pedig 30.000 voltnál is többet. Amikor két eltérő töltésű tárgy közelebb kerül, az elektronok hirtelen az egyik tárgyból a másikba áramolnak.

Az ESD-károsodás bármikor megtörténhet

Az ESD-károsodás a teljes munkafolyamat elektronikus kezelése során felmerülhet.

• Termékbeérkezés • Gyártás • Összeszerelés • Raktározás • Csomagolóanyag • Szállítás • Ügyfélszolgálat

ESD a területi ügyfélszolgálaton A területi szervizmunkánál felmerülhet az ESD-érzékeny eszközök, mint például háztartási készülékeink PCB-inek, kezelése. A gyakorlatban az ESD-megelőzést gyakran elhanyagolják. Az ESD elsődleges forrásai az emberek. Az ESD-töltések elkerülése érdekében a szerviznek az alább leírt utasításokat kell követnie.


ESD-szabályok a szervizek számára

• Tegyük fel, hogy minden aktív alkatrész ESD-érzékeny • Kezelje úgy az elektronikus alkatrészeket, mint a PCB ESD-védett területét

A beszerelési és programozási fázisok során az áramköri kártyákat a lehető legkisebb mértékben érintse. Az áramköri kártyát helyezze földelt felületre, és soha ne érintse meg a MOS-áramkört.

Ahol az áramköri modulokkal programozási célból kell dolgozni, statikus disszipatív szegélyt és kézelőt kell csatlakoztatni a földpotenciálhoz. A készüléken belül való kártyabeszerelés és programozás során, a szervizmérnöknek földelnie kell magát.

Az ESD-t megelőző szabályok betartása minden szerviz számára ajánlott!

Grounding plug

Grounding cord Wriststrap


GYAKORLATI TANÁCS Programozás esetén:

1. Először csatlakoztassa a DAAS-t a PCB-hez 2. Ezután helyezze az USB-csatlakozót a számítógépbe 3. Majd csatlakoztassa az USB-t az interfészeszközhöz 4. A programozási fázis során ne érintse meg a PCB-t (PCB-áramellátás)

Szoftverfrissítés esetén:

1. Először csatlakoztassa a DAAS-t a PCB-hez (ne érintse meg a PCB-t) – még mindig a készüléken 2. Ezután helyezze az USB-csatlakozót a számítógépbe 3. Majd csatlakoztassa az USB-t az interfészeszközhöz 4. A programozási fázis során ne érintse meg a PCB-t (PCB-áramellátás)

MEGJEGYZÉS: A földelés számára piacon szintén elérhetőek a „mobil ESD-szervizfelszerelések” és az „európai dugaszolócsatlakozók”: A 405506395/4 alkatrészszám elérhető a Distripartsnál mint “ESD szervizfelszerelés (ESD kit for Service)”. REVÍZIÓK:

Revízió Dátum Leírás 00 07/2009 Dokumentum létrehozása 01 07/2010 Fénykép módosítása a 2. oldal alján, és szöveg aktualizálása

2 3 41

2 3 41

��

��

�� " �� #�

�� " �� $��%��& ' �$�� (�� ) ��$�

��

��

��

�� !"!�#�$%!�� &� ��&�� '�� "�$ ��(�$%)�� &�� $ "� $*%$�'��

� ��

+ ��,�� $$�"$ ��*�%*��

electrolux

Documents