VESTEL ANGELO FNPC12, ANGELO FNAC31, ANGELO FNAC13, ANGELO FNAC21, ANGELO FNAC41 Service Training

SEMI-INTEGRATED FULLY-INTEGRATED

FREE-STANDING

DISHWASHERS TRAINING DOCUMENT

- 1 -

Vestel dishwashers are categorized into four series Angelo / Petra / Semi-Integrated and
Fully-Integrated.
Angelo / Petra / Semi_Integrated series have different panel versions. Fully-Integrated models
have built in adjustment mechanism and hinge spring adjustment mechanism.

A

NGELO SERIES

ANGELO classified;

• FNAC11

• FNPC12

• FNAC13

• FNAC21

• FNAC31

• FNAC41

They are produced 6 different versions.

PETRA SERIES

ETRA classified;

P

• FNPC11

• FNPC12

• FNPC13

• FNPC21

They are produced 4 different versions.

- 2 -

SEMI-INTEGRATED SERIES

Semı-Integrated classified;

• SNSC11

• SNSC13

• SNSC31

• SNSC41

They are produced 4 different versions.

FULLY-INTEGRATED SERIES

ully –Integrated classified;

F

• INRD13

• INRD21

• INRD41

They are produced 3 different versions.

- 3 -

C11 C12 C13 C21 C31 C41

Models

General Features

Place-Settings Capacity 12 12 12 12 12 12

Colour White White White White White White

Programmes 2 3 4 6 7 9

Prewash - Yes Yes Yes Yes Yes

Economic 50°C Yes Yes Yes Yes Yes Yes

Normal - - - Yes Yes -

Automatic- Delicate 30-50°C - - - - - Yes

Automatic Normal 50-60°C - - - - - Yes

Automatic Intensive 60-70°C - - - - - Yes

Super/Intensıve program 65°C Yes Yes Yes Yes Yes -

Extra Intensıve program70° C
(Prewash+Intensıve 65°)

Hygiene 60°C - - - - - Yes

SNSC11 SNSC13 SNSC31 SNSC41

IND13 IND21 IND41

- - - Yes Yes -

Extra Hygiene 70°C (Prewash + Hygiene 60°C) - - - - - Yes

Quick program 30' 40°C - - Yes Yes Yes Yes

Delicate program 40°C - - - - Yes -

Super Program 55' 60°C - - - - - Yes

Functions

Tablet detergent - - - - - Yes

Prewash - - - Yes Yes Yes

1/2 Load - - - - Yes Yes

Indicators

Rinse-Aid Indicator - - - Yes Yes Yes

Salt Indicator - - - Yes Yes Yes

Fallowing Programme Indicator Yes Yes Yes Yes Yes Yes

Set the Time - - - Yes Yes Yes

Remaining Time Indicator - - - - - Yes

Child Lock - - - Yes Yes Yes

Baskets

Top basket height adjustment while it is full - - - - Yes Yes

Top basket height adjustment while it is empty - - - Yes - -

Lower Basket Folding Racks - - 2 pieces 4 pieces 4 pieces 4 pieces

Lower Basket Handle - - - Plastic Plastic Plastic

Upper Basket Handle - - - - - Plastic

Sensor - - - - Yes

Drying System Normal Normal Normal Normal Normal

Drying with

Fan

- 4 -

WATER AND ENERGY CONSUMPTIONS OF PROGRAMMES

FNAC11 - FNPC11- SNSC11

Water Consumption

Program Time (min )

Economic 50°C 150 15,7 1,05
Intensive 65°C 110 17,2 1,55

( lt )

FNAC12 - FNPC12

Water Consumption

Program Time ( dk )

Prewash 15 4,5 0,02
Economic 50°C 150 15,7 1,05

Intensive 65°C 110 17,2 1,55

( lt )

FNAC13 - FNPC13 - SNSC13 - INRD13

Water Consumption

Program Time ( min )

Prewash 15 4,5 0,02
Quick 40°C 30 12,4 0,68

Economic 50°C 150 15,7 1,05

Intensive 65°C 110 17,2 1,55

( lt )

Energy

Consumption( kWh )

Energy

Consumption( kWh )

Energy

Consumption( kWh )

FNAC21 - FNPC21 - INRD21

Water Consumption

Program Time ( min )
Prewash 15 4,5 0,02

Quick 40°C 30 12,4 0,68
Economic 50°C 150 15,7 1,05

Normal 55°C 95 16,5 1,1

Intensive 65°C 110 17,2 1,55

( lt )

Energy

Consumption( kWh )

FNAC21 - FNPC21 - INRD21(With Prewash Option Selected)

Water Consumption

Program Time ( min )
Quick 40°C + Prewash 45 16,9 0,7

Economic 50°C+ Prewash 165 20,2 1,07

Normal 55°C + Prewash 110 21 1,12
Extra Intensive 150 25,7 1,57

( lt )

Energy

Consumption( kWh )

FNAC31 - FNPC31 - SNSC31

Water Consumption

Program Time ( min )

Prewash 15 4,2 0,02
Quick 40°C 30 10,9 0,65

Delicate 40°C 70 13,8 0,79

Economic 50°C 165 13,4 1,05
Normal 55°C 105 14,7 1,5

Intensive 65°C 110 16,4 1,55

Extra Intensive 150 20,1 1,9

- 5 -

( lt )

Energy

Consumption( kWh )

FNAC31 - FNPC31 - SNSC31 (With Half Load Option Sele

Water Consumption

Program Time ( min )

Prewash 15 4,2 0,02
Quick 40°C 30 10,9 0,72

Delicate 40°C 62 10 0,80

Economic 50°C 155 9,6 1,03
Normal 55°C 97 10,5 1,13

Intensive 65°C 88 11,8 1,27
Extra Intensive 122 15,5 1,59

( lt )

cted)

Energy

Consumption( kWh )

FNAC41 - FNPC41 -SNSC41- INRD41

Water Consumption

Program Time ( min )

Prewash 15 4,2 0,02

Automatic Delicate 30-50°C 64 - 92 10.6 - 17.7 0.60 - 0.80

Automatic Normal 50-60°C 100 - 127 10.9 - 18.5 1,03 – 1,28
Automatic Intensive 60-70°C 111 - 183 13.3 - 24.6 1.25 – 1,78

Quick 40°C 30 11 0,71

Economic 50°C 170 13,5 1,05
Super 55 min 60°C 55 11 0,93
Hygiene 60°C 119 15 1,55
Extra Hygiene 161 22,7 1,75

( lt )

Energy

Consumption( kWh )

FNAC41 – FNPC41 -SNSC41- INRD41 (With Half Load Option Selected)

Water Consumption

Program Time ( min )

Prewash 15 4,2 0,02

Automatic Delicate 30-50°C 62 – 81 9.9 - 13.7 0.79 – 0.94

Automatic Normal 50-60°C 85 - 107 10.5 - 14.3 1.1 - 1.28
Automatic Intensive 60-70°C 113 - 163 11.9 - 19.9 1.20 - 1.77

Quick 40°C 30 11 0,72

Economic 50°C 153 9,8 1,03
Super 55 min 60°C 55 11 1,07

Hygiene 60°C 95 10,5 1,25
Extra Hygiene 130 18,2 1,38

( lt )

Energy

Consumption( kWh )

Not: The values declared above are the values obtained under laboratory conditions

according to the relevant standards.

These values can change depending on environment and product’s usage conditions.

(network tension, water input temperature and environment)

- 6 -

NAME PLATE

- 7 -

SETTING THE WATER HARDNESS

T

est strip;

The washing effectiveness of your machine depends on the softness of the tap water. For
this reason, your machine is equipped with a system that reduces the hardness in mains
water supply. The washing effectiveness will increase when the system is correctly set. To
make the system setting, use the testing strip, if it is available, and find the hardness of the
mains water supply.

- 8 -

For Free Standing and Semi- Integrated Models;

a

) Move the programme selector knob to the 0(reset) position while your machine is not in

operation.

b) Press the Start/Pause button and keep it pressed down. Meanwhile, energise the machine
by pressing the Power On/Off button.

c) Keep Start/Pause button pressed until program monitor lights are on and off.

d) After the lights have flashed, release the Start/Pause button.

Your machine displays the latest entered water hardness setting.You can adjust the
levels by pressing Start/Pause button according to the table of Water Hardness Level
Settings. You can adjust tle levels by pressing “+” and “-“ buttons placed on display in
FNAC31 and FNAC41 models.

- 9 -

Water

Hardness

Level

C11, C12, C13

Water Hardness Level Indicators

German

Hardness

dH

French

Hardness

dF

British

Hardness

dE

HARDNESS LEVEL

INDICATORS

1 0-5 0-9 0-6

2 6-11 10-20 7-14

3 12-17 21-30 15-21

4 18-22 31-40 22-28

5 23-31 41-55 29-39

6 32-50 56-90 40-63

- 10 -

Water

Hardness

Level

C21, C31

Water Hardness Level Indicators

German

Hardness

dH

French

Hardness

dF

British

Hardness

dE

HARDNESS LEVEL

INDICATORS

1 0-5 0-9 0-6

2 6-11 10-20 7-14

3 12-17 21-30 15-21

4 18-22 31-40 22-28

5 23-31 41-55 29-39

6 32-50 56-90 40-63

- 11 -

Water

Hardness

Level

C41

Water Hardness Level Indicators

German

Hardness

dH

French

Hardness

dF

British

Hardness

dE

HARDNESS LEVEL

INDICATORS

1 0-5 0-9 0-6

2 6-11 10-20 7-14

3 12-17 21-30 15-21

4 18-22 31-40 22-28

5 23-31 41-55 29-39

6 32-50 56-90 40-63

- 12 -

Fully-Integrated Models;
I

NRD 13

a) Press the Program selector button and keep it pressed down while your machine is not in
operation,

b) Meanwhile, energise the machine by pressing the On/Off button.

c) Keep Program selector button pressed until “P1– P2 – P3 – P4– End” lights are on andoff.

d) After the “P1– P2 – P3 – P4– End” have flashed, release the Program selector button.

Your machine displays the latest entered water hardness setting.

e) You can adjust the levels by pressing Program selector button according to the table of
Water Hardness Level Settings.

f)After adjusting the water hardness level, press on/off button to save settings in memory.

- 13 -

INRD 13

W

ater

Hardness

Level

German

Hardness

dH

French

Hardness

dF

British

Hardness

dE

HARDNESS LEVEL

INDICATORS

1 0-5 0-9 0-6

2 6-11 10-20 7-14

3 12-17 21-30 15-21

4 18-22 31-40 22-28

5 23-31 41-55 29-39

6 32-50 56-90 40-63

- 14 -

INRD21

a) Press the Program selector button and keep it pressed d
operation,

b) Meanwhile, energise the machine by pressing the O

c) Keep Program selector button pressed until “P1– P2 – P3 – P4– P5– 3h –6h– 9h– End”
lights are on and off.

d) After the “P1– P2 – P3 – P4– P5– 3h –6h– 9h– End” have flashed, release the Program
selector button.

Your machine displays the latest entered water hardness setting.

e) You can adjust the levels by pressing Program selector button according to the table of
Water Hardness Level Settings.

f) After adjusting the water hardness level, press on/off button to save settings in memory.

- 15 -

own while your machine is not in

n/Off button.

I

NRD21

Water

Hardness

Level

German

Hardness

dH

French

Hardness

dF

British

Hardness

dE

HARDNESS LEVEL

INDICATORS

1 0-5 0-9 0-6

2 6-11 10-20 7-14

3 12-17 21-30 15-21

4 18-22 31-40 22-28

5 23-31 41-55 29-39

6 32-50 56-90 40-63

- 16 -

I

NRD41

a) Press the Program selector button and keep it pressed down while your machine is not in
operation,

b) Meanwhile, energise the machine by pressing the On/Off button.

c) Keep Program selector button pressed until “SL” expression is on and off.

d) After the “SL” expression have flashed, release the Program selector button.

Your machine displays the latest entered water hardness setting.

e) You can adjust the levels by pressing Program selector button according to the table of
Water Hardness Level Settings.

f) After adjusting the water hardness level, press on/off button to save settings in memory..

- 17 -

INRD41

Water

H

ardness

Level

German

Hardness

dH

French

Hardness

dF

British

Hardness

dE

HARDNESS LEVEL

INDICATORS

1 0-5 0-9 0-6

2 6-11 10-20 7-14

3 12-17 21-30 15-21

4 18-22 31-40 22-28

5 23-31 41-55 29-39

6 32-50 56-90 40-63

- 18 -

Child Lock:

C21, C31 and C41 models

A

ctivate Child Lock: Press Start/Pause and Delay buttons simultaneously for 4 seconds. When

activated, 3h (washing) lamp flashes once. İn C41 model press “+” and “–” buttons on Remaining
time indicator simultaneously for 4 seconds. At this time, "CL" appears for 2 seconds on remaining
time indicator

Inactivate Child Lock: Press Start/Pause and Delay buttons simultaneously for 4 seconds. When
activated, 3h (washing) lamp flashes twice. In C41 model press “+” and “–” buttons again
simultaneously for 4 seconds. "CL" will blink for 2 times.

- 19 -

Delay Timer:

C21 and C31,

When you press delay button, 3h (washing) lamp flashes.If you continue pressing delay

button, 6h-9h-12h lamb will flash respectively for each press. If you select delay time and
press Start/Pause button, then you activate delay time.

C41

In these models you can select the delay
time by pressing “+” and “–” buttons on
display. For activating delay time press
Start /Pause button.

IND21

When you press delay button, 3h lamp flashes. If you continue pressing delay button, 6h-9h
lamb will flash . If you press delay button again ,after 9h lamb flashed , delay will reset. You
may select the delay time, after selecting the programme.

IND 41

When you press delay button,"1h" appears on program display. If you continue pressing
delay button, 1h-2h-...19h lamb will flash respectively for each pressing. You may select the
delay time, after selecting the programme. For changing or resetting delay time , adjust the
new time by pressing delay button. It will active according to the latest entered setting.

- 20 -

Program resetting;

F

or Free-Standing and Semi-Integrated Models,

a) Press Start/Pause button.

b) Turn the Program Selection Button to Reset.

c) Press once the Start/Pause button. The machine will drain the water in it for nearly 30

sec.When the end lamb is on, the program will have been cancelled.

- 21 -

Fully-Integrated Models,

IND13 ve IND21 Models,
a

) If you want to reset the program while your machine is working, open the door and press

program button along 3sec (until end lamb is highlightened) ,

b. After closing the door, draining will start. The machine will drain the water in it for nearly 30
sec. When the program is cancelled, tha machine signals and end lamb is on.

IND41

a) If you want to reset the program while your machine is working, open the door and press
program button along 3sec (until ‘’1’’ appears on dispaly),

b) After closing the door, draining will start. The machine will drain the water in it for nearly 30

sec. When the program is cancelled, tha machine signals and end lamb is on.

- 22 -

Changing A Program ;

F

or Free-Standing and Semi-Integrated Models,

a) Press Start/Pause button.

b) After the program stops select your desired program via the Program selection button.

c) Start the program you have newly selected by pressing again Start/Pause button. The
new program started will resume the course of the old program.

- 23 -

Fully-Integrated Models,

I

ND13 and IND21 Models

a) Open the door and select your desired program via the Program selection button,

b)The new program started will resume the course of the old program.

IND41 Model

a) Open the door and select your desired program via the Program selection button,

b) The new program started will resume the course of the old program.

- 24 -

SERVICE TEST PROGRAMME

For Free-Standing and Semi-Integrated Models,

First of all be sure that the machine isn’t in ope

a) Move the programme selector knob to the first programme placed the right of reset

and press the start/pause button while your machine is not in operation. Keep the start
pause button pressed down meanwhile energise the machine by pressing the on/off button.

b) Keep the start/pause button pressed until the flow indicators are on and off. It takes ~5sec.

c) After the flow indicators are on and off, move the programme selector knob to the reset
position. Keep the start/pause button pressed again until the flow indicators are on and off

.

After finalizing the above processes; the service program starts automatically.

- 25 -

ration.

Fully-Integrated Models;

I

ND13 and IND21 models,

a) Press the Program selector button and keep it pressed down while your machine is not in

operation,

b) Meanwhile, energise the machine by pressing the On/Off button.

c) Keep Program selector button pressed until all indicators are on and off for the second

time.

d) After all the lights have flashed, release the Program selector button..

The machine shows the last error, then starts to sevice programme.

e) End of the programme the end lamb is on. If the machine comes to error position, the

lambs ,showed failure codes, are on and the machine shows the first failure code on service
programme.

f) Press on/off button to close the machine.

- 26 -

IND41 model,

a)

Press the Program selector button and keep it pressed down while your machine is not in

operation,

b) Meanwhile, energise the machine by pressing the On/Off button.

c) Keep Program selector button pressed until ‘’SP’’ appears on display.

d) After all the lights have flashed, release the Program selector button.

The machine shows the last error, then starts to sevice programme.

e) End of the service programme the end lamb is on. If the machine comes to error position,

the lambs ,showed failure codes, are on and the machine shows the first failure code on
service programme

f) Press on/off button to close the machine.

- 27 -

Auto test program algorithm steps:

Steps in program algorithm fallows each other automati
program ends and gives failure code. You can learn the error from the Service Failure Code.

Steps Process Time Control

cally. When there is a problem,

Show the last

0

1 Drain ~4 sec Drain pump is running

2 Fill (~3,5lt) ~1min 25 sec

3

4 Washing pump ~1 min 10sec Circulation pump – detergant dispenser

5

6 Regeneration ~1 min Regeneration valve

7 Drain ~ 20sec Drain Pump

failure occured
before

Turbidity
sensor

Wash pump +
Heating

~6 sec

~30 sec (For C4 models)

~5 min Heater Casing (pressure switch)- NTC- diverter positions

The machine shows the last error, before the sevice
programme starts

Water inlet valve and flowmeter is controlled.
(At 2,5lt circulation pump starts to run)

8

Note: The values declared above are the values obtained under laboratory conditions according to the relevant
standards. These values can change depending on conditions of product’s use and environment (network tension,
water input temperature and environment temperature)

End led
highlight

SERVICE FAILURE CODE

While your machine is in operation, gives feedback informations. The indicators are on and
off with different combinations or the failure code appaers on display, then you can identify
the possible problem by looking the fallowing failure code tables.

- 28 -

FREE-STANDING and SEMI-INTEGRATED

C

11,C12,C13 FAILURE CODES

1. Inadequate water supply

Possible problems:

1- Make sure the water input tap is totally open and that there is no water cut.
2- Close the water input tap, separate the water input hose from the tap and clean the
filter at the connection end of the hose.
3-Water inlet hose can be out of order.
4- Water inlet valve filter can be clogged.
5- Water inlet valve can be out of order.
6- There can be a problem with the cable connection of water inlet valve.
7- Floater switch can be out of order or have a problem with the cable connection.
8- Pressure switch of the heater casing group can have a mechanical or cable
connection problem.
9- Circulation pump can be out of order or have a problem with the cable connection.

2. Error of continuous water input

Possible problems:
1- Water inlet valve can be out of order or can not be closed.
2- Electronic card can be out of order.

- 29 -

3. T

he waste water in the machine cannot be discharged

Possible problems:

1- Water outlet hose is clogged.
2-Water outlet hose position can be too high.
3-The drain pump can be out of order.
4- There can be a problem with cable connection of the drain pump.
5- Pressure switch of the heater casing group can have a mechanical or cable
connection problem.

4. Intended water temperature could not be reached - faulty heater and/or
heater sensor

Possible problems:

1-NTC can be out of order.
2- NTC cable connection can be faulty. NTC can be short or open circuit.
3- Thermal protection can be out of order.
4- Heater can be out of order or cable connection can be faulty.

- 30 -

5.

Alarm is active against water overflow

Possible problems:

1- There can be a water leakage from the tub.
2- Floater switch can be out of order or have a problem with the cable connection.
3-Drain pump and pessure switch can be out of order at the same time.
4-Electronic card can be out of order.

6. Electronic card parameter faulty

Possible problems:

1- By the immediate and continuous voltage decreases software variants can not be
kept in the memory of electronic card.
2- The program contiues, when you restart it. You should warn the user about
controlling the network voltage.

- 31 -

7.

Faulty Flowmeter

Possible problems:

1-Flowmeter can be out of order.
2- Cable connection of flowmeter can be faulty.
3- Electronic card can be out of order.

8. Door is open

Possible problems:

1-Door lock mechanism can be out of order.
2- There can be a problem with the cable connection of door lock.
3- Electronic card can be out of order.

- 32 -

FREE-STANDING AND SEMI-INTEGRATED

C

21,C31,C41 FAILURE CODES

1. Inadequate water supply

Possible problems:

1- Make sure the water input tap is totally open and that there is no water cut.
2- Close the water input tap, separate the water input hose from the tap and clean the filter
at the connection end of the hose.
3-Water inlet hose can be out of order.
4- Water inlet valve filter can be clogged.
5- Water inlet valve can be out of order.
6- There can be a problem with the cable connection of water inlet valve.
7- Floater switch can be out of order or have a problem with the cable connection.
8- Pressure switch of the heater casing group can have a mechanical or cable connection
problem.
9- Circulation pump can be out of order or have a problem with the cable connection.

2. Error of continuous water input

Possible problems:

1- Water inlet valve can be out of order or can not be closed.
2- Electronic card can be out of order.

- 33 -

3

. The waste water in the machine cannot be discharged

Possible problems:

1- Water outlet hose is clogged.
2-Water outlet hose position can be too high.
3-The drain pump can be out of order.
4- There can be a problem with cable connection of the drain pump.
5- Pressure switch of the heater casing group can have a mechanical or cable connection
problem.

4. Heater Error: Inadequate heat

Possible problems:

1- Heater can be out of order.
2- There can be a problem with cable connection of the heater.
3- Thermal protection can be out of order.
4- Electronic card can be out of order.

- 34 -

5

. Alarm is active against water overflow

Possible problems:

1- Floater switch can be out of order or have a problem with the cable connection.
2- Electronic card can be out of order.

6. Alarm is active against water leakage

Possible problems:

1- There can be a water leakage from the tub.
2- Floater switch can be out of order or have a problem with the cable connection.
3- Drain pump and pessure switch can be out of order at the same time.
4- Electronic card can be out of order.

- 35 -

7.

Exceed heating problem (water inside the machine is too high)

Possible problems:

1- Water inside the machine is >77°C, NTC can be out of order.
2- Electronic card can be out of order.

8. Diverter position problem

Possible problems:
1- There can be a water leakage to diverter contacts and diverter electric contacts can
have open circuit
2- There can be a problem with cable connection of the diverter.
3- Electronic card can be out of order.

9. NTC faulty

Possible problems:
1- NTC can be out of order.
2- NTC cable connection can be faulty. NTC can be short or open circuit.
3- Electronic card can be out of order.

- 36 -

10. Electronic card parameter faulty

Possible problems:

1- By the immediate and continuous voltage decreases software variants can not be kept
in the memory of electronic card.
2- The program contiues, when you restart it. You should warn the user about controlling
the network voltage.

11. Electronic card water hardness faulty

Possible problems:

1- Water Hardness is not adjusted or Water Hardness adjustment can not be kept in the
elctronic card memory.
2- Water Hardness should be adjusted by controlling the supply water.

Possible problems:
1-Flowmeter can be out of order.
2- Cable connection of flowmeter can be faulty.
3- Electronic card can be out of order.

12. Faulty Flowmeter

- 37 -

13. F

aulty turbidity sensor

Possible problems:
1- Turbidity sensor can be out of order.
2- There can be some soil around the turbidity sensor.
3- Electronic card can be out of order.

14. Door is open

Possible problems:

1-Door lock mechanism can be out of order.
2- There can be a problem with the cable connection of door lock.
3- Electronic card can be out of order.

- 38 -

FULLY-INTEGRATED

C

13 FAILURE CODES

1. Inadequate water supply

Possible problems:

1- Make sure the water input tap is totally open and that there is no water cut.
2- Close the water input tap, separate the water input hose from the tap and clean the filter
at the connection end of the hose.
3-Water inlet hose can be out of order.
4- Water inlet valve filter can be clogged.
5- Water inlet valve can be out of order.
6- There can be a problem with the cable connection of water inlet valve.
7- Floater switch can be out of order or have a problem with the cable connection.
8- Pressure switch of the heater casing group can have a mechanical or cable connection
problem.
9- Circulation pump can be out of order or have a problem with the cable connection.

2. Error of continuous water input

Possible problems:

1- Water inlet valve can be out of order or can not be closed.
2- Electronic card can be out of order.

- 39 -

3

. The waste water in the machine cannot be discharged

Possible problems:

1- Water outlet hose is clogged.
2-Water outlet hose position can be too high.
3-The drain pump can be out of order.
4- There can be a problem with cable connection of the drain pump.
5- Pressure switch of the heater casing group can have a mechanical or cable connection
problem.

4. Heater Error: Inadequate heat

Possible problems:

1- Heater can be out of order.
2- There can be a problem with cable connection of the heater.
3- Thermal protection can be out of order.
4- Electronic card can be out of order.

- 40 -

5

. Alarm is active against water overflow

Possible problems:

1- Floater switch can be out of order or have a problem with the cable connection.
2- Electronic card can be out of order.

6. Alarm is active against water leakage

Possible problems:

1- There can be a water leakage from the tub.
2- Floater switch can be out of order or have a problem with the cable connection.
3- Drain pump and pessure switch can be out of order at the same time.
4- Electronic card can be out of order.

- 41 -

7.

Exceed heating problem (temp. of water inside the machine is too high)

Possible problems:
1- Water inside the machine is >77°C, NTC can be out of order.
2- Electronic card can be out of order.

8. NTC faulty

Possible problems:
1- NTC can be out of order.
2- NTC cable connection can be faulty. NTC can be short or open circuit.
3- Electronic card can be out of order.

9. Electronic card parameter faulty

Possible problems:
1- By the immediate and continuous voltage decreases software variants can not be kept
in the memory of electronic card.
2- The program contiues, when you restart it. You should warn the user about controlling
the network voltage.

- 42 -

10.

Faulty Flowmeter

Possible problems:
1-Flowmeter can be out of order.
2- Cable connection of flowmeter can be faulty.
3- Electronic card can be out of order.

- 43 -

FULLY-INTEGRATED

C

21 FAILURE CODES

1. Inadequate water supply

Possible problems:

1- Make sure the water input tap is totally open and that there is no water cut.
2- Close the water input tap, separate the water input hose from the tap and clean the filter
at the connection end of the hose.
3-Water inlet hose can be out of order.
4- Water inlet valve filter can be clogged.
5- Water inlet valve can be out of order.
6- There can be a problem with the cable connection of water inlet valve.
7- Floater switch can be out of order or have a problem with the cable connection.
8- Pressure switch of the heater casing group can have a mechanical or cable connection
problem.
9- Circulation pump can be out of order or have a problem with the cable connection.

2. Error of continuous water input

Possible problems:

1- Water inlet valve can be out of order or can not be closed.
2- Electronic card can be out of order.

- 44 -

3. T

he waste water in the machine cannot be discharged

Possible problems:

1- Water outlet hose is clogged.
2-Water outlet hose position can be too high.
3-The drain pump can be out of order.
4- There can be a problem with cable connection of the drain pump.
5- Pressure switch of the heater casing group can have a mechanical or cable connection
problem

4. Heater Error: Inadequate heat

Possible problems:

1- Heater can be out of order.
2- There can be a problem with cable connection of the heater.
3- Thermal protection can be out of order.
4- Electronic card can be out of order.

5. Alarm is active against water overflow

Possible problems:

1- Floater switch can be out of order or have a problem with the cable connection.
2- Electronic card can be out of order.

- 45 -

6.

Alarm is active against water leakage

Possible problems:

1- There can be a water leakage from the tub.
2- Floater switch can be out of order or have a problem with the cable connection.
3- Drain pump and pessure switch can be out of order at the same time.
4- Electronic card can be out of order.

7. Exceed heating problem (temp. of water inside the machine is too high)

Possible problems:
1- Water inside the machine is >77°C, NTC can be out of order.
2- Electronic card can be out of order.

Possible problems:
1- NTC can be out of order.
2- NTC cable connection can be faulty. NTC can be short or open circuit.
3- Electronic card can be out of order.

8. NTC faulty

- 46 -

9. Electronic card parameter faulty

Possible problems:
1- By the immediate and continuous voltage decreases software variants can not be kept
in the memory of electronic card.
2- The program contiues, when you restart it. You should warn the user about controlling
the network voltage.

10. Faulty Flowmeter

Possible problems:
1-Flowmeter can be out of order.
2- Cable connection of flowmeter can be faulty.
3- Electronic card can be out of order.

- 47 -

F

ULLY-INTEGRATED

C41 FAILURE CODES

1. Inadequate water supply

Possible problems:

1- Make sure the water input tap is totally open and that there is no water cut.
2- Close the water input tap, separate the water input hose from the tap and clean the filter
at the connection end of the hose.
3-Water inlet hose can be out of order.
4- Water inlet valve filter can be clogged.
5- Water inlet valve can be out of order.
6- There can be a problem with the cable connection of water inlet valve.
7- Floater switch can be out of order or have a problem with the cable connection.
8- Pressure switch of the heater casing group can have a mechanical or cable connection
problem.
9- Circulation pump can be out of order or have a problem with the cable connection.

2. Error of continuous water input

Possible problems:

1- Water inlet valve can be out of order or can not be closed.
2- Electronic card can be out of order.

- 48 -

3

. The waste water in the machine cannot be discharged

Possible problems:
1- Water outlet hose is clogged.
2-Water outlet hose position can be too high.
3-The drain pump can be out of order.
4- There can be a problem with cable connection of the drain pump.
5- Pressure switch of the heater casing group can have a mechanical or cable connection
problem

4. Heater Error: Inadequate heat

Possible problems:

1- Heater can be out of order.
2- There can be a problem with cable connection of the heater.
3- Thermal protection can be out of order.
4- Electronic card can be out of order.

- 49 -

5. Alarm is active against water overflow

Possible problems:

1- Floater switch can be out of order or have a problem with the cable connection.
2- Electronic card can be out of order.

6. Alarm is active against water leakage

Possible problems:

1- There can be a water leakage from the tub.
2- Floater switch can be out of order or have a problem with the cable connection.
3- Drain pump and pessure switch can be out of order at the same time.
4- Electronic card can be out of order.

- 50 -

7.

Exceed heating problem (temp. of water inside the machine is too high)

Possible problems:
1- Water inside the machine is >77°C, NTC can be out of order.
2- Electronic card can be out of order.

8. Diverter position problem

Possible problems:
1- There can be a water leakage to diverter contacts and diverter electric contacts can
have open circuit
2- There can be a problem with cable connection of the diverter.
3- Electronic card can be out of order.

9. NTC faulty

Possible problems:

1- NTC can be out of order.
2- NTC cable connection can be faulty. NTC can be short or open circuit.
3- Electronic card can be out of order.

- 51 -

10.

Electronic card parameter faulty

Possible problems:

1- By the immediate and continuous voltage decreases software variants can not be kept
in the memory of electronic card.
2- The program contiues, when you restart it. You should warn the user about controlling
the network voltage.

11. Electronic card water hardness faulty

Possible problems:

1- Water Hardness is not adjusted or Water Hardness adjustment can not be kept in the
elctronic card memory.
2- Water Hardness should be adjusted by controlling the supply water.

Possible problems:
1-Flowmeter can be out of order.
2- Cable connection of flowmeter can be faulty.
3- Electronic card can be out of order.

12. Faulty Flowmeter

- 52 -

13. F

aulty turbidity sensor

Possible problems:
1- Turbidity sensor can be out of order.
2- There can be some soil around the turbidity sensor.
3- Electronic card can be out of order.

- 53 -

NECASSARY INFORMATION HAVE TO BE GIVEN

In ½ option, when

only upper

In ½ option, when only lower

When both lamps are

flashed

,

this

TO USERS WHILE INSTALLATING THE
DISHWASHER

Customers should be informed about following items.

• Give general information to user about the product.

• General information about washing programmes and suggest to the customer using

suitable program according to the dirtiness level.

• Give information about additional functions.

• Give information to the customer about starting the machine, following the program,

resetting the program and changing the program.

• Give information about activate and inactivate the child lock. Customers should be
informed about the child lock will not be inactivate automatically at the end of the
programme.

• Models haved ½ half load option;

lamp is flashed, only upper
spray will be in operation.

function is half load function. If the
customers have little amount of dishes,
they should use this function.

When both lamps are not flashed, it means the machine will continue normal
operation. When the lamps are not flashing , does not mean spray arms are not
rotating.

• The customers should be informed about looking at instruction manual at first, when they

face to failure.

• After installing the machine to a suitable place, run it unloaded for the first time.

This should be recommended to the customers that the
the instruction manual carefully when there is a possible repair.

lamp is flashed, only lower
spray will be on operation

y should search

- 54 -

Semı-Integrated and Fully-Integrated Models

S

emi-Integrated and Fully-Integrated models have different pieces from free-standing

models;

• Built in adjustment mechanism

• Built in hinge spring adjustment mechanism

Built in feet adjustment mechanism,

You can easily adjust the machine backward feet through
Built in adjustment mechanism consists 4 main parts.

built in adjustment mechanism.

Built in adjustment mechanism

•

• Built in warm gear

• Built in height mechanism axle

• Built in adjustment mec. front cover

Built in hinge spring adjustment mechanism

Adjust the machine door by using screwdriver as you have seen in the picture.

- 55 -

REPAIR TECHNIQUES

C

OMPONENTS AND RESISTANCE VALUES

COMPONENTS R

ON / OFF BUTTON

DOOR SWITCH (KAPI
KİLİDİ)

PRESSURE SWITCH

DRAIN PUMP

WATER INLET VALVE
REGENERATION

VALVE

SALT SENSOR

HEATER
DETERGENT

DISPENSER

CIRCULATION PUMP

SET NTC SENSOR

FAN MOTOR

EAL VALUES NOTES

0 Ω on component

CN2.9 – CN2.2 0 Ω Door is close

CN2.10 – CN2.2 0 Ω
∞ Ω

CN2.2 – CN2.4 143 Ω % ± 7

CN2.6 – CN 2.9 3750 Ω ± %10 (20Cº)

CN2.10 – CN2.7 4130 Ω ± %10(25 Cº)

CN5.1 – CN5.2 0 Ω NO SALT
∞ Ω THERE IS SALT

26.19±15 Ω

1660 Ω ± %10 (25 C º)

CN2.3 – CN2.9 95 ±%7 Ω
126 ±% 7 Ω

CN 3.2 25°- 5000Ω
CN 3.1 35°- 3300Ω %±5.5
55°- 1520Ω %±6.5
63°- 1174Ω %±7.5
80°- 670Ω %±8.0
90°- 488Ω %±8.5

CN 6.2 – CN 2.9 238.6 ± % 5

%±5.0

ON/OFF button is pressed

FULL FILL WATER
NO WATER

MEASURE JUST ON THE ELECTRONIC
CARD

MEASURE JUST ON THE COMPONENT

MEASURE JUST ON THE COMPONENT

Primary winding
Secondary winding (FROM THE
COMPONENT)

DIVERTER

RINSE AID SENSOR

FLOATER
(MICROSWITCH )

CN 6.1 – CN 2.9 6840 ± % 5

CN 5.3 – CN5.2 0 Ω
∞ Ω
CN2.1 – CN 2.5 0 Ω
CN2.1 – CN 2.4 ∞ Ω

RINSE AID OFF
RINSE AID ON

MICROSWİTICH IS INACTİVE (NO WATER)

MİKROSWITCH IS ACTIVE (THERE İS
WATER )

MEASURING THE COMPONENTS FROM THE

ELECTRONICAL CARD

You might measure the components either connentors of el
component.

Measuring from the connectors of electronic card gives definite results to define the repair. If
you know the specialities and values of tester, you can easily determine the repair.

- 56 -

ectronic card or directly on the

a) b)

In order to reach the connections of the electronic card; dismantle the control panel (Picture
a) and probes of the tester should be applied on to the related connectors of the electronical
card; control the values according to the resistance value table. (picture b)

Free-standing and semi-ıntegrated electronic card Fully-Integrated electronic card

Free-standing and semi-ıntegrated display card Fully-Integrated display card

- 57 -

Precaution: Always remove the plug from the power socket before

touching internal

components.

Washing Pump:

From the Electronical Card:

You can only measure the primary winding value from the electronical card. Resistance
value of the primary winding must be 95 Ω on the connectors CN2.3 – CN2.9.

bove sketch show the connectors of the washing pump on the electronical card. Probes of

A
the tester should be applied on to the related connectors.

From the component:

windings of the washing pump

Probes of the tester should be applied on to the related connectors as shown on the pictures.

windings of the washing pump

– blue cable)

- 58 -

Drain Pump:

From the Electronical Card:

1

43 ± 7 Ω on the connectors CN2.2 – CN2.4

Above sketch show the connectors of the drain pump on the electronical card. Probes of the
tester should be applied on to the related connectors.

rom the component :

F

Probes of the tester should be applied on to the related connectors as shown on the pictures

- 59 -

Water inlet valve:

F

rom the Electronical Card:

3750 ± 10 Ω ( 20 Cº) on the connectors CN2.6 – CN 2.9

ELECTRONIC CARD

CONNECTOR

PURPLE 0,5

Above sketch show the connectors of the water inlet valve on the electronical card. Probes of
the tester should be applied on to the related connectors.

From the component:

CONNECTOR

BLUE 0,5
BLUE 0,5

Probes of the tester should be applied on to the related connectors as shown on the pictures.

- 60 -

Heater Casing:

It can’t be measured from the electronical card.

F

rom the component:

23.95 ±15 Ω

Probes of the tester should be applied on to the related connectors as shown on the pictures.

Detergent Dispenser:

t can’t be measured from the electronical card.

I

1660 ± 10 Ω (25 C º)

From the component:

Probes of the tester should be applied on to the related connectors as shown on the pictures

- 61 -

R

egenaration Valve:

From the Electronical Card:

4130 ± 10 Ω (25 C º) on the connectors CN2.10 – CN2.7

ELECTRONIC CARD

ORANGE 0,5

Above sketch show the connectors of the regeneration valve on the electronical card. Probes
of the tester should be applied on to the related connectors.

From the component:

CONNECTOR

PINK 0,5

Probes of the tester should be applied on to the related connectors as shown on the pictures.

- 62 -

0 Ω There is water (Full)

not water (Empty)

Pressure Switch:

From the Electronical Card:

C

N2.10 – CN2.2

ELECTRONIC CARD

ORANGE 0,5

Above sketch show the connectors of the pressure switch on the electronical card. Probes of
the tester should be applied on to the related connectors.

From the component:

∞ Ω There is

CONNECTOR

BROWN 0,5

Probes of the tester should be applied on to the related connectors as shown on the pictures.

- 63 -

NTC sensor:

From the Electronical Card:

25°-5000Ω-%±5.0
35°-3300Ω-%±5.5

CN 3.1 - CN 3.2

CONNECTOR

Above sketch show the connectors of NTC sensor on the electronical card. Probes of the
tester should be applied on to the related connectors.

From the component:

55°-1520Ω-%±6.5
63°-1174Ω-%±7.5
80°- 670Ω -%±8.0
90°- 488Ω -%±8.5

ELECTRONIC CARD

BLACK 0,35

RED 0,35

Probes of the tester should be applied on to the related connectors as shown on the pictures.

- 64 -

Diverter:

From the Electronical Card:

6840 Ω-%±5.0 on the connectors CN6.1 – CN 2.9

Sketch above show the connectors of the diverter on the electronical card. Probes of the
tester should be applied on to the related connectors.

From the component:

RED

Probes of the tester should be applied on to the related connectors as shown on the pictures.

- 65 -

0 Ω NO SALT

CONNECTOR

Salt Sensor:

From the Electronical Card:

CN5.1 – CN5.2

∞ Ω THERE IS SALT

ELECTRONIC CARD

BLACK 0,35

RED 0,35

Sketch above show the connectors of the salt sensor on the electronical card. Probes of the
tester should be applied on to the related connectors.

RED

From the component :

Salt sensor can also be

measured from the water
softener when the salt sensor
assemblied on the water
softener.

Probes of the tester should be applied on to the related connectors as shown on the pictures.

- 66 -

CN 2.5

MİCROSWITCH IS INACTIVE

MİCROSWITCH IS ACTIVE

FLOATER:

From the Electronical Card:

C

N2.1 –

0 Ω (Position1)

(NO WATER)

CN2.1–CN2.4 ∞ Ω (Position2)

( WATER)

ELECTRONICAL CARD

BLACK 0,5

WHITE 0,5 WHITE 0,5

Position 1: You can check the floater by controlling the specified value intervals.

ELECTRONIC CARD

RED 0,5

Position 2: If failure code is occured related with the floater within control the above values;
you can figure out whether leakage occurs or not.

- 67 -

Door Switch :

From the Electronical Card:

0 Ω on the connectors CN2.9 – CN2.2 ( Door is close )

CONNECTOR

PURPLE 0,5

Above sketch show the connectors of the door switch on the electronical card.

From the component:

ELECTRONC CARD

BROWN 0,5

Probes of the tester should be applied on to the related connectors as shown on the pictures.

- 68 -

Fan Motor:

From the Electronical Card:

2

38.6 Ω ± % 5 on the connectors CN 6.2 – CN 2.9

Above sketch shows the connectors of the fan motor on tke electronical card.

From the component :

Probes of the tester should be applied on to the related
connectors as shown on the pictures.

- 69 -

R

inse Aid Sensor:

From the Electronical Card:

CN 5.2 – CN 5.3

0 Ω
∞ Ω

Above sketch shows the connectors of the rinse aid sensor on tke electronical card.

From the component :

There isn’t any rinse aid

There is rinse aid

ELECTRONIC CARD

CONNECTOR

WHITE 0,35

BLACK 0,35

Probes of the tester should be applied on to the related connectors as shown on the pictures.

- 70 -

On/Off Button:

It can’t be measured from the electronical card

F

rom the component:

0 Ω

When the button is pressed

- 71 -

ADDITIONAL INFORMATIONS

Machine does not work.

1-Check the plug is connected or not.

2-Control supply voltage.

3- Control the supply cord.

4- Control cable connections.

5-Control the connector connections of pcb card.

6-Control the pcb card.

- 72 -

Lack of water/ less amount of water.

1- Be sure that the water inlet tap is turned on.
2- Be sure that the pressure of the supply water is enough.
3- Control the electrical connections of the water inlet valve.
4- Be sure that the water inlet valve filter are not clogged if be clogged; clean the filter.

5- Check the connection of the water inlet valve and water inlet hose.

6- Control the water inlet valve filter ; if it is clogged,clean the filter.

Filtre should be cleaned.

Also filter inside should be cleaned.

7- After these operations; failure still continue; please change the water inlet valve.

- 73 -

Opened Position

dispenser

Also you can control

N

ot to take the detergant / Not to melt

1- There is a mechanical or electrical problem on the detergant dispenser. If it is; please
change the detergant dispenser.

the mechanical parts of
the dispenser during
energising

Energise the connectors externally
and control the working of the

2- Customer can load the lower basket with big plates and these plates can block the
opening of the dispenser cover.

Below pictures show the position of dispenser cover

- 74 -

Closed Position

Big plates can block the
opening of the dispenser cover

Tablet detergant does not fall
inside the machine in this
position and the water may not
be enough to melt the tablet
detergant.

When the customers see the
dissolved detergant at the end
of the programme, they may
complain that ‘machine does

ot melt the detergant’.

n

- 75 -

Poor drying

1- The programme which hasn’t got a drying phase; could
be informed about the programmes.

2- There might be lack of rinse aid at the rinse aid compartment.

FNPC11,FNPC12,FNPC13 haven’t got any rinse aid indicator. Control the rinse aid by using
the rinse aid level indicator

be selected.The customers should

There isn’t any rinse aid There is rinse aid

FNPC21,FNPC31 and FNAC41 have rinse aid indicator on the control panel.

There isn’t any rinse aid There is rinse aid

4- There can be mechanical or electrical problem with the detergant dispenser.

5- There can be a problem on the PCB card..

- 76 -

T

here are partial food wastes left on the dishes

1- Loading of the basket can not be suitable. The customers should be informed about the
loadind of the basket.

2- Unsuitable program might be selected.

3- Spray arms can be blocked by the cutleries. The customers might control the rotating of
spray arms before starting the machine.

4- There is a mechanical or electrical problem on the detergant dispenser. If it is; please
change the detergant dispenser.

5- There can be a problem with the heater casing. Check the electrical values. If there is a
problem, change the heater casing.

6- There can be a problem with the PCB card

- 77 -

Machine scratches the glass

1-When the basket overly loaded, the glass can hit the

objects by the power of the water .

2- Substances that might be occasionaly carried in through the mains water supply can
scratch the glass.

3- Detergants which are low quality ,kept in the machine or humid places can scratch the
glass.

4-Aluminium objects should not be washed with the glass.

- 78 -

The glasses are matt after the washing

1- If there isn’t any rinse aid at the rinse aid compa

2- If the rinse aid level is very high; rainbow image can be seen on the glasses. Please adjust
the the rinse aid level to low.

3- If the water hardness is very low; stains which resembles the milk stains can be occured.
At this condition; don’t fill the salt and adjust water hardness setting to the lowest position.

rtment. Please fill with rinse aid.

4- If the salt compartment cap isn’t closed properly; matt image has been seen as shown on the
above picture.

5- If there is no salt in the salt compartment, calcification might be seen on the glass.

- 79 -

There is corrosion on the metal objects after the washing

1-Check whether there is earthing installation or not.

2-Recommend to use salt funnel while putting a salt inside the salt compartment. After

putting the salt, if there is any poured salt inside the machine, the customer should clean
there.

3 - The customers should be informed about they may face with corrosion on metal objects
which are low quality .

4-The customers should be informed about if they wash rusty materials, it may cause
corrosion on other materials.

here is calcification on the glasses after the washing

T

1- Water hardness level can be higher than adjusted level in the machine. If it is, make the
hardness adjustment. Recommend to the consumer refining the water for the region where
hardness of water is too high.

2-The salt may finish in the salt compartment. If there is no salt indicator on the machine,
the consumer should control the salt.

3-Resin may lose function.

- 80 -

Note: After the tests, the problems that the glasses are matt or are scratched after the
washing, are not related to washing machine. They may occur with mains water supply,
unsuitable program selecting , low quality glass products and unsuitable detergant usage.
All problems base on enviromental condition and the customers usage. So the customers

should be informed about the machine and the programmes.

- 81 -