VESTEL ANGELO FNAC11 Service Training
  1. Manuals
  2. Brands
  3. VESTEL Manuals
  4. Dishwasher
  5. ANGELO FNAC11
  6. Service training

VESTEL ANGELO FNAC11 Service Training

Hide thumbs

Advertisement

Table of Contents

SEMI-INTEGRATED
FULLY-INTEGRATED
FREE-STANDING
DISHWASHERS TRAINING DOCUMENT
- 1 -

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the ANGELO FNAC11 and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for VESTEL ANGELO FNAC11

Summary of Contents for VESTEL ANGELO FNAC11

  • Page 1 SEMI-INTEGRATED FULLY-INTEGRATED FREE-STANDING DISHWASHERS TRAINING DOCUMENT - 1 -...
  • Page 2 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. ANGELO SERIES ANGELO classified;...
  • Page 3 SEMI-INTEGRATED SERIES Semı-Integrated classified; • SNSC11 • SNSC13 • SNSC31 • SNSC41 They are produced 4 different versions. FULLY-INTEGRATED SERIES Fully –Integrated classified; • INRD13 • INRD21 • INRD41 They are produced 3 different versions. - 3 -...
  • Page 4 Models SNSC11 SNSC13 SNSC31 SNSC41 IND13 IND21 IND41 General Features Place-Settings Capacity Colour White White White White White White Programmes Prewash Economic 50° C Normal Automatic- Delicate 30-50°C Automatic Normal 50-60° C Automatic Intensive 60-70° C Super/Intensıve program 65° C Extra Intensıve program70°...
  • Page 5 WATER AND ENERGY CONSUMPTIONS OF PROGRAMMES FNAC11 - FNPC11- SNSC11 Water Consumption Energy Program Time (min ) ( lt ) Consumption( kWh ) Economic 50°C 15,7 1,05 Intensive 65°C 17,2 1,55 FNAC12 - FNPC12 Water Consumption Energy ( lt ) Consumption( kWh ) Program Time ( dk )
  • Page 6 FNAC31 - FNPC31 - SNSC31 (With Half Load Option Selected) Water Consumption Energy Program Time ( min ) ( lt ) Consumption( kWh ) Prewash 0,02 Quick 40° C 10,9 0,72 Delicate 40° C 0,80 Economic 50°C 1,03 Normal 55° C 10,5 1,13 Intensive 65°C...
  • Page 7 NAME PLATE - 7 -...
  • Page 8 SETTING THE WATER HARDNESS Test 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.
  • Page 9 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.
  • Page 10 C11, C12, C13 Water Hardness Level Indicators Water German French British HARDNESS LEVEL Hardness Hardness Hardness Hardness INDICATORS Level 6-11 10-20 7-14 12-17 21-30 15-21 18-22 31-40 22-28 23-31 41-55 29-39 32-50 56-90 40-63 - 10 -...
  • Page 11 C21, C31 Water Hardness Level Indicators Water German French British HARDNESS LEVEL Hardness Hardness Hardness Hardness INDICATORS Level 6-11 10-20 7-14 12-17 21-30 15-21 18-22 31-40 22-28 23-31 41-55 29-39 32-50 56-90 40-63 - 11 -...
  • Page 12 Water Hardness Level Indicators Water German French British HARDNESS LEVEL Hardness Hardness Hardness Hardness INDICATORS Level 6-11 10-20 7-14 12-17 21-30 15-21 18-22 31-40 22-28 23-31 41-55 29-39 32-50 56-90 40-63 - 12 -...
  • Page 13 Fully-Integrated Models; INRD 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–...
  • Page 14 INRD 13 Water German French British HARDNESS LEVEL Hardness Hardness Hardness Hardness INDICATORS Level 6-11 10-20 7-14 12-17 21-30 15-21 18-22 31-40 22-28 23-31 41-55 29-39 32-50 56-90 40-63 - 14 -...
  • Page 15 INRD21 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– P5– 3h –6h– 9h– End” lights are on and off.
  • Page 16 INRD21 Water German French British HARDNESS LEVEL Hardness Hardness Hardness Hardness INDICATORS Level 6-11 10-20 7-14 12-17 21-30 15-21 18-22 31-40 22-28 23-31 41-55 29-39 32-50 56-90 40-63 - 16 -...
  • Page 17 INRD41 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”...
  • Page 18 INRD41 Water German French British HARDNESS LEVEL Hardness Hardness Hardness Hardness INDICATORS Level 6-11 10-20 7-14 12-17 21-30 15-21 18-22 31-40 22-28 23-31 41-55 29-39 32-50 56-90 40-63 - 18 -...

  • Page 19: Child Lock

    Child Lock: C21, C31 and C41 models Activate Child Lock: Press Start/Pause and Delay buttons simultaneously for 4 seconds. When activated, 3h (washing) lamp flashes once. n 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.
  • Page 20 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. In these models you can select the delay time by pressing “+”...
  • Page 21 Program resetting; For 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 -...
  • Page 22 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.

  • Page 23: Changing A Program

    Changing A Program ; For 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.
  • Page 24 Fully-Integrated Models, IND13 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.
  • Page 25 SERVICE TEST PROGRAMME For Free-Standing and Semi-Integrated Models First of all be sure that the machine isn’t in operation. 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.
  • Page 26 Fully-Integrated Models; IND13 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.
  • Page 27 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.
  • Page 28 Auto test program algorithm steps: Steps in program algorithm fallows each other automatically. When there is a problem, program ends and gives failure code. You can learn the error from the Service Failure Code. Steps Process Time Control Show the last The machine shows the last error, before the sevice ~6 sec failure occured...
  • Page 29 FREE-STANDING and SEMI-INTEGRATED C11,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.
  • Page 30 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.
  • Page 31 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.
  • Page 32 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.
  • Page 33 FREE-STANDING AND SEMI-INTEGRATED C21,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.
  • Page 34 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.
  • Page 35 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.
  • Page 36 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.
  • Page 37 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.
  • Page 38 13. Faulty 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.
  • Page 39 FULLY-INTEGRATED 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.
  • Page 40 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.
  • Page 41 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.
  • Page 42 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.
  • Page 43 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 -...
  • Page 44 FULLY-INTEGRATED C21 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.
  • Page 45 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.
  • Page 46 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.
  • Page 47 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.
  • Page 48 FULLY-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.
  • Page 49 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.
  • Page 50 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.
  • Page 51 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...
  • Page 52 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.
  • Page 53 13. Faulty 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 -...
  • Page 54 NECASSARY INFORMATION HAVE TO BE GIVEN 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.
  • Page 55 Semı-Integrated and Fully-Integrated Models Semi-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. Built in adjustment mechanism consists 4 main parts.
  • Page 56 REPAIR TECHNIQUES COMPONENTS AND RESISTANCE VALUES COMPONENTS REAL VALUES NOTES ON / OFF BUTTON on component button is pressed ON/OFF DOOR SWITCH (KAPI CN2.9 – CN2.2 Door is close K L D ) CN2.10 – CN2.2 FULL FILL WATER PRESSURE SWITCH NO WATER ∞...
  • Page 57 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 display card...

  • Page 58: Washing Pump

    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 on the connectors CN2.3 –...

  • Page 59: Drain Pump

    Drain Pump: From the Electronical Card: 143 ± 7 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. From the component : Probes of the tester should be applied on to the related connectors as shown on the pictures - 59 -...

  • Page 60: Water Inlet Valve

    Water inlet valve From the Electronical Card: 3750 ± 10 ( 20 Cº) on the connectors CN2.6 – CN 2.9 ELECTRONIC CARD CONNECTOR CONNECTOR 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.

  • Page 61: Detergent Dispenser

    Heater Casing: It can’t be measured from the electronical card. From the component: 23.95 ±15 Probes of the tester should be applied on to the related connectors as shown on the pictures. Detergent Dispenser: It can’t be measured from the electronical card. 1660 ±...
  • Page 62 Regenaration Valve: From the Electronical Card: 4130 ± 10 (25 C º) on the connectors CN2.10 – CN2.7 ELECTRONIC CARD CONNECTOR 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: Probes of the tester should be applied on to the related connectors as shown on the pictures.

  • Page 63: Pressure Switch

    Pressure Switch: From the Electronical Card: There is water (Full) CN2.10 – CN2.2 ∞ There is not water (Empty) ELECTRONIC CARD CONNECTOR 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: Probes of the tester should be applied on to the related connectors as shown on the pictures.
  • Page 64 NTC sensor: From the Electronical Card: 25° -5000 -%±5.0 35° -3300 -%±5.5 55° -1520 -%±6.5 CN 3.1 - CN 3.2 63° -1174 -%±7.5 80° - 670 -%±8.0 90° - 488 -%±8.5 ELECTRONIC CARD 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.
  • Page 65 Diverter: From the Electronical Card: 6840 -%±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: Probes of the tester should be applied on to the related connectors as shown on the pictures.
  • Page 66 Salt Sensor: From the Electronical Card: NO SALT CN5.1 – CN5.2 ∞ THERE IS SALT ELECTRONIC CARD CONNECTOR 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. From the component : Salt sensor can also be measured...
  • Page 67 FLOATER From the Electronical Card: M CROSWITCH IS INACTIVE CN2.1 – CN 2.5 (Position1) (NO WATER) M CROSWITCH IS ACTIVE CN2.1–CN2.4 ∞ (Position2) ( WATER) ELECTRONICAL CARD Position 1: You can check the floater by controlling the specified value intervals. ELECTRONIC CARD Position 2: If failure code is occured related with the floater within control the above values;...

  • Page 68: Door Switch

    Door Switch : From the Electronical Card: on the connectors CN2.9 – CN2.2 ( Door is close ) ELECTRONC CARD CONNECTOR Above sketch show the connectors of the door switch on the electronical card. From the component: Probes of the tester should be applied on to the related connectors as shown on the pictures. - 68 -...
  • Page 69 Fan Motor: From the Electronical Card: 238.6 ± % 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.
  • Page 70 Rinse Aid Sensor: From the Electronical Card: There isn’t any rinse aid CN 5.2 – CN 5.3 ∞ There is rinse aid ELECTRONIC CARD CONNECTOR Above sketch shows the connectors of the rinse aid sensor on tke electronical card. From the component : Probes of the tester should be applied on to the related connectors as shown on the pictures.
  • Page 71 On/Off Button: It can’t be measured from the electronical card From the component When the button is pressed - 71 -...
  • Page 72 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 -...
  • Page 73 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;...
  • Page 74 Not 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. Also you can control the mechanical parts of the dispenser during energising Energise the connectors externally and control the working of the...
  • Page 75 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...

  • Page 76: Poor Drying

    Poor drying 1- The programme which hasn’t got a drying phase; could be selected.The customers should 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 There isn’t any rinse aid There is rinse aid...
  • Page 77 There 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.
  • Page 78 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.
  • Page 79 The glasses are matt after the washing 1- If there isn’t any rinse aid at the rinse aid compartment. Please fill with rinse aid. 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.
  • Page 80 There is corrosion on the metal objects after the washing 1-Check whether there is earthing installation or not. 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.
  • Page 81 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.

This manual is also suitable for:

Angelo fnpc12Angelo fnac13Angelo fnac21Angelo fnac31Angelo fnac41Petra fnpc11 ... Show all

Table of Contents