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Electrolux EWM2000, Service Manual

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Electrolux EWM2000 Service Manual Download Page 63

BURNING MARKS ON MAIN ELECTRONIC BOARD

SSD-P APdV, EB, HD   01/05

13.2

599 34 71-47

REAR

1.  Analogic pressure switch

area

2.  NTC sensor (washing) area
3.  Drain pump area
4.  User interface area
5.  Power supply area
6.  Motor area
7.  Recirculation pump area
8.  Heating elements area
9.  Door safety interlock area
10.  Water inlet valves area
11.  Drying area (for washer-

dryers only)

Summary of Contents for EWM2000

Page 1: ...tion no 599 34 71 47 ELECTROLUX ZANUSSI S p A SPARE SERVICE DOCUMENTATION Corso Lino Zanussi 30 I 33080 PORCIA PN ITALY Fax 39 0434 394096 Edition 2001 05 31 EN eb Diagnostics Guide to EWM2000 Electronic Control WASHING MACHINES WASHER DRYERS Production ZP Porcia Italy ...

Page 2: ...SSD P APdV EB HD 01 05 II 599 34 71 47 ...

Page 3: ...NEAT VERSION pages 3 1 3 2 Table 4 INPUT VERSION pages 4 1 4 2 Table 5 AEG VERSION with on off switch on the programme selector pages 5 1 5 2 DIAGNOSTIC CYCLES Phases page 6 1 NO ACCESS TO DIAGNOSTICS PROGRAMME page 7 1 ALARM CODES pages 8 1 8 35 HOW TO CHECK COMMUTATOR MOTORS page 9 1 CONFIGURATION CODE page 10 1 BASIC CIRCUIT DIAGRAM pages 11 1 11 3 MAIN ELECTRONIC BOARD CONNECTORS pages 12 1 12...

Page 4: ...onfigurate the main electronic board see column Diagnostic Table 3 Read the memorized alarm and consult the relative information see alarm codes from page 8 1 4 Delete memorized alarm 5 If you cannot access the diagnostic cycle consult chapter No access to diagnostic cycle page 7 1 6 In case of replacement of main PCB check if there are burn marks see page 13 1 13 2 7 After every replacing of the ...

Page 5: ... 1 Ellipse Privileg Zoppas Husqvarna Rosenlew AEG Marynen Hansa 599 34 20 83 Obstructed filter Led 1 Multipanel Built in Electrolux Zanussi AEG Privileg 599 34 55 61 With ON OFF button 1 FULL SMD Sigma Zanker 599 34 37 91 Selector with ON OFF 2 Delta 3 Zanussi Rex 599 34 27 56 3 DELTA 3 Neat Jetsy IZ Zanussi Rex Aeg Privileg Electrolux Elektro Helios 599 34 22 16 3 INPUT Input Rex Zanussi Privileg...

Page 6: ...SSD P APdV EB HD 01 05 VI 599 34 71 47 ...

Page 7: ...s only step 8 page 6 1 ALARMS To read the last alarm condition after accessing the diagnostics system turn the programme selector knob two positions counter clockwise from the RESET position 23 o 11 Cancelling the last alarm condition press START PAUSE button and no 6 button at the same time during the course of the diagnostic cycle 2 9 The alarm is cancelled also when a new configuration is given...

Page 8: ... 1 Reset 1 Reset 1 E 2 2 0 6 3 1 4 4 3 0 C 5 1 C 6 4 0 A 7 0 1 8 0 3 9 0 9 10 5 0 E 11 1 2 12 0 b 13 1 1 14 1 8 15 6 1 3 16 1 A 17 7 1 9 18 8 1 b 19 0 5 20 9 1 6 21 0 2 22 10 0 4 23 11 0 8 24 12 1 0 closed contact Table of button codes BUTTON No 0 1 2 3 4 5 6 7 8 L5 L6 L7 LED L8 LED off LED lit BINARY CODES The table below can be used to convert the binary code shown by the LEDs into the correspon...

Page 9: ...p 8 page 6 1 ALARMS To read the last alarm condition after accessing the diagnostics system turn the programme selector knob to the last position but one 23 or 11 To cancel the last memorised alarm condition press START PAUSE button 8 and no 4 button at the same time during one of the 8 phases of the diagnostic cycle and not in the alarm or configuration reading positions The alarm is cancelled al...

Page 10: ...isplay code 1 Reset 1 Reset 1 E 2 2 0 6 3 1 4 4 3 0 C 5 1 C 6 4 0 A 7 0 1 8 0 3 9 0 9 10 5 0 E 11 1 2 12 0 b 13 1 1 14 1 8 15 6 1 3 16 1 A 17 7 1 9 18 8 1 b 19 0 5 20 9 1 6 21 0 2 22 10 0 4 23 11 0 8 24 12 1 0 closed contact Table of button codes BUTTON No 0 1 2 3 4 5 6 7 8 L20 L21 L22 LED L23 LED off LED lit BINARY CODES The table below can be used to convert the binary code shown by the LEDs int...

Page 11: ...ormal condition L10 L1 see page 3 2 ALARMS To read the last alarm condition after accessing the diagnostics system press the FABRICS or TEMPERATURE buttons until LED L9 lights To cancel the last memorized alarm condition press button no 2 TEMPERATURES and no 4 at the same time during one of the 8 phases of the diagnostic cycle and not in the alarm or configuration reading positions the alarm is ca...

Page 12: ...ly step 4 page 6 1 5 L5 Heating and in Jetsystem models circulation pump step 5 page 6 1 6 L6 Rotation of drum at 250 rpm with water in the tub test for leaks from tub step 6 page 6 1 7 L7 Drain and spin at maximum speed pressure switches step 7 page 6 1 8 L8 Drying washer dryers only step 8 page 6 1 9 L9 Displays the last alarm 10 L10 Configuration of the main electronic board Table of button cod...

Page 13: ...gnostics system press the FABRICS 1 or TEMPERATURE 2 buttons until LED L11 lights To cancel the last memorized alarm condition press button no 2 TEMPERATURES and no 4 at the same time during one of the 8 phases of the diagnostic cycle and not in the alarm or configuration reading positions To check for correct operation go back to the alarm reading position the L11 LED is on the display should sho...

Page 14: ...each compartment certain models only step 4 page 6 1 5 L13 Heating and in Jetsystem models circulation pump step 5 page 6 1 6 L2 Rotation of drum at 250 rpm with water in the tub test for leaks from tub step 6 page 6 1 7 L5 Drain and spin at maximum speed pressure switches step 7 page 6 1 8 L8 Drying washer dryers only step 8 page 6 1 9 L11 Displays the last alarm 10 L14 Configuration of the main ...

Page 15: ...itch congruency step 7 page 6 1 10 Drying washer dryers only step 8 page 6 1 ALARMS To read the last alarm condition after accessing the diagnostics system turn the programme selector knob to the last position but one 11 20 or 23 To cancel the last memorized alarm condition press button no 1 and no 4 at the same time during the course of the diagnostic cycle 3 10 The alarm is cancelled also when a...

Page 16: ...10 9 5 OE 11 10 6 O9 12 11 1A 13 11 14 12 7 O3 15 13 19 16 8 OB 17 14 13 18 15 1B 19 16 14 20 17 9 OD 21 18 O8 22 19 10 O4 23 20 11 O2 24 21 12 O1 closed contact Table of button codes LED BUTTON No DISPLAY L22 L23 L24 L25 1 9 2 6 3 5 4 4 5 3 6 1 7 7 8 8 9 2 LED off LED lit BINARY CODES The table below can be used to convert the binary code shown by the LEDs into the corresponding letter or decimal...

Page 17: ...anti boiling recirculation pump heating element Door closed water fill to above anti boiling level if not yet reached heating for max 10 min or to 90 C Water temperature in C Heating and recirculation jetsystem 6 door interlock wash solenoid if level is anti boiling motor Door closed water fill above anti boiling level drum movement at 50 rpm cw motor movement until the drum reaches 250 rpm ccw Mo...

Page 18: ...CH ON IN THE USER INTERFACE The push buttons do not jam in the holes of the control panel and activate correctly the different functions No Check mechanical problems control panel push buttons Yes Can you cancel the cycle if it is not canceled selecting any button the display shows the signal Err or the phases LEDs blink No Neat Delta3washing machines check if the skip reset button functions corre...

Page 19: ...which powers the door interlock faulty E40 Cycle PAUSED 8 17 18 E44 Sensing circuit of door delay interlock faulty Cycle blocked 8 19 E45 Sensing circuit of door delay interlock triac faulty Cycle blocked with door closed 8 19 E51 TRIAC which powers the motor short circuited Cycle blocked with door closed after 5 attempts 8 20 E52 No signal from tachometric generator Cycle blocked with door closed...

Page 20: ...e the valve and run again diagnostic cycle to verify any further possible alarm Is the wiring OK Measure the 3 8 K Ω of the valve from the cable Main board side between J6 1 and J6 5 wash valve between J6 2 and J6 4 prewash valve between J6 3 and J6 7 hot or bleach valve see pic 02 Change the main Board and run again diagnostic cycle to verify any further possible alarm Replace the cable and run a...

Page 21: ...m value of the valve about 4 0 KOhm Measure directly on the valve without cable see pic 01 Change the valve and run again the diagnostic cycle to verify any further possible alarm Is the wiring OK Measure the 4 0 K Ohm of the valve from the cable Main board side between connector J6 6 and J6 3 see pic 02 YES Are the tap and hoses letting the water coming in tap open hoses connected and not kinked ...

Page 22: ...eck Replace the cable and run again diagnostic cycle to verify any further possible alarm NO Clean the filter and run again the diagnostic cycle to verify any further possible alarm Is the draining system OK drain hose and plumbing where machine is connected Free and check the draining system YES Is the value of the pump about 200Ω Measure directly on the pump see pic 05 Is the pump mechanical blo...

Page 23: ...ean see pic 06 YES Difficulties in draining water during drying phase Checks to do E22 NO Clean the condenser and repeat completely the diagnostic cycle to verify any further possible alarm Do the diagnostic cycle completely again and verify any further possible alarm code ...

Page 24: ...d analogic pressure switch OK and connected correctly on both sides see pic 07 Reconnect and or replace the cable and do the diagnostic cycle again to verify any further possible alarm code NO Change Main Board and do the diagnostic cycle completely again to verify any further possible alarm code YES Change the analogic pressure switch and do the diagnostic cycle completely again to verify any fur...

Page 25: ...e a 0 level to verify the calibration of the analogic pressure switch Checks to do E32 NO Clean change the hoses and or air trap system and repeat completely the diagnostic cycle to verify any further possible fault Select a washing cycle After few minutes did the machine fill with water and the motor is turning Check the draining system filter drain pump drain hose Is the machine draining correct...

Page 26: ...the mechanical pressure switch On main board measure between J2 1 and J2 6 you should find a close circuit Is the mechanical pressure switch OK see pic 11 Change the mechanical pressure switch and run again the diagnostic cycle to verify any further possible alarm Change the analogic pressure switch and run the diagnostic cycle to verify any further possible alarm The fault can be caused by the wa...

Page 27: ...op after 60sec timeout you can reach the level by selecting step 1 and again step 2 you should hear the 2 clicks made by the mechanical pressure switch On main board measure between W2 and J2 6 you should NOT find an open circuit and between J2 5 and W2 an open circuit Is the mechanical pressure switch OK see pic 13 Change the mechanical pressure switch and run again the diagnostic cycle to verify...

Page 28: ...ves and repeat completely the diagnostic cycle to verify any further possible alarm Get inside diagnostic cycle at step 8 After door lock is the machine also filling water Change the analogic pressure switch and run the diagnostic cycle to verify any further possible alarm Is the cable between main board and analogic pressure switch connected correctly on both sides Change the main board and repea...

Page 29: ...rly Checks to do The sensing of the anti boil switch 2 on the electronic board is not working properly Checks to do E36 Clean change the hoses and or air trap system and repeat completely the diagnostic cycle to verify any further possible fault Change the main board and repeat the diagnostic cycle to verify any further possible alarm NO YES E37 Clean change the hoses and or air trap system and re...

Page 30: ...ree see pic 08 a b YES NO Clear clean the air trap system and or pressure switch hoses and run again the diagnostic cycle E38 Refit change the drive belt and run again diagnostic cycle to verify any further possible alarm Change the analogic pressure switch and run again the diagnostic cycle to verify any further possible alarm AC motor measure between J1 7 and the body of machine between J1 8 and...

Page 31: ...n open circuit Measure between wire on J2 1 and J2 3 you should find an OPEN circuit Measure between wire J2 1 and wire going to connector 4 in the door lock you should find a short circuit Is the system OK see pic 13 16 24 Change the door lock and run the diagnostic cycle to measure any further possible alarm Check change the cables and run again diagnostic cycle to verify any further possible al...

Page 32: ...plugs Measure between wire on J2 3 and J7 you should NOT find an open circuit Measure between wire on J2 3 and W1 you should NOT find an open circuit Measure between wire on J2 3 and J2 1 you should find an OPEN circuit Measure between wire on J2 1 and the wire going to connector 5 on door lock you should find a short circuit Is the system OK see pic 13 16 24 Change the door lock and run the diagn...

Page 33: ...J7 you should NOT find an open circuit Measure between wire on J2 1 and J2 3 you should find an OPEN circuit Measure between wire J2 1 and wire going to connector 4 in the door lock you should find a short circuit Is the system OK see pic 13 16 24 Change the door lock and run the diagnostic cycle to measure any further possible alarm Check change the cables and run again diagnostic cycle to verify...

Page 34: ...ctions on main board plugs Measure between wire on J2 3 and J7 you should NOT find an open circuit Measure between wire on J2 3 and W1 you should NOT find an open circuit Measure between wire on J2 3 and J2 1 you should find an OPEN circuit Measure between wire on J2 1 and the wire going to connector 5 on door lock you should find a short circuit Is the system OK see pic 13 16 24 Change the door l...

Page 35: ...ctions on main board plugs Measure between wire on J2 3 and J7 you should NOT find an open circuit Measure between wire on J2 1 and J2 3 you should find an OPEN circuit Measure between wire J2 1 and wire going to connector 4 in the door lock you should find a short circuit Is the system OK see pic 13 16 24 Change the door lock and run the diagnostic cycle to measure any further possible alarm Chec...

Page 36: ...asure the following connections on main board plugs Measure between wire on J2 3 and J7 you should NOT find an open circuit Measure between wire on J2 3 and W1 you should NOT find an open circuit Measure between wire on J2 3 and J2 1 you should find an OPEN circuit Measure between wire on J2 1 and the wire going to connector 5 on door lock you should find a short circuit Is the system OK see pic 1...

Page 37: ...ent triac that commands the door lock device on the electronic board in not working properly Checks to do Change the Electronic board and run again the diagnostic cycle to verify any further possible alarm Change the Electronic board and run again the diagnostic cycle to verify any further possible alarm E44 E45 If there are burn marks on electronic board see page 13 1 2 ...

Page 38: ...age 9 1 point 3 Do you measure any dispersion see pic 20 Unplug the connector in the motor and measure between motor connectors and body of the machine Do you see any dispersion see pic 21 Reconnect plug on main board get inside diagnostic cycle and go to step 7 Do you get alarm E51 YES Replace the main board and run again the diagnostic cycle to verify any further alarm Replace the Motor and run ...

Page 39: ...enerator and run again the diagnostic cycle to verify any further possible alarm Measure in the main board plug between same connector and body of the machine Do you measure any dispersion see pic 20 Verify the position of the tachometer Is it in place correctly see pic 23 Change the main board and run again the diagnostic cycle to verify any possible further alarm Change the motor and run again t...

Page 40: ... 4 and J1 6 you should find a value like in point D Measure between wire on J1 3 and J1 5 you should find a value like in point E Measure between wire on J1 2 and connector 6 on the 2 nd board motor control you should find a close circuit Measure between connector J1 10 and connector 4 on the 2 nd board motor control you should find a close circuit Reconnect plug J1 on main board and measure betwe...

Page 41: ...ain board and run again the diagnostic cycle to verify any further possible alarm If there are burn marks on electronic board see page 13 1 2 Measure between all wires in the connector J1 in main board and the body of the machine see page 9 1 point 3 Do you measure any dispersion see pic 20 Unplug the connector in the motor and measure between motor connectors and body of the machine Do you see an...

Page 42: ...r possible alarm Check change the cables and repeat diagnostic cycle to verify any further possible alarm in machines with display you can read temperature increasing in step 6 otherwise run a normal cycle and feel water temperature directly on the door Unplug connectors measure directly on the NTC washing the Ohm value Do you read the right Ohm value see pic 27 Change the NTC sensor and run again...

Page 43: ...machine Do you measure an Open circuit see pic 26 Change the heating element and run again the diagnostic cycle to verify any further possible alarm Check change the cables and repeat diagnostic cycle to verify any further possible alarm You can repeat the measurement between J2 6 and body of the machine reconnecting the connector in the heating element Unplug connectors Measure directly on the NT...

Page 44: ... alarm Check change the cables and repeat diagnostic cycle to verify any further possible alarm in display you can read temperature increasing in step 8 Unplug the connector and measure directly on the NTC on drying duct the Ohm value Do you read the right Ohm value see pic 29 Change the NTC sensor and run again the diagnostic cycle to verify any further possible alarm Change the Main board and ru...

Page 45: ...e heating element and run again the diagnostic cycle to verify any further possible alarm Check change the cables and repeat diagnostic cycle to verify any further possible alarm You can repeat the measurement between J2 5 and body of the machine reconnecting the connector in the heating element see pic 20 Unplug the connectors Measure directly on the NTC the Ohm value Do you read the right Ohm va...

Page 46: ...in the diagnostic cycle to verify any further possible alarm YES Change the Main board and run again the diagnostic cycle to verify any further possible alarm Unplug all the connectors from the drying heating elements and measure directly between the component and the body of the machine Do you measure any dispersion Change the Main board and run again the diagnostic cycle to verify any further po...

Page 47: ...le to verify any further possible alarm Measure between J4 1 and body of the machine and between J4 2 and body of the machine Do you measure any dispersion see pic 20 Change Check the cable and run again the diagnostic cycle to verify any further possible alarm Unplug connector and measure directly between NTC sensor body of the machine Do you measure any dispersion The machine must have water ins...

Page 48: ...d tub Change the NTC sensor and run again the diagnostic cycle to verify any further possible alarm Measure between J3 1 and body of the machine and between J3 4 and body of the machine Do you measure any dispersion see pic 20 Change Check the cable and run again the diagnostic cycle to verify any further possible alarm Unplug connector and measure directly between NTC sensor and the body of the m...

Page 49: ...in the diagnostic cycle to verify any further possible alarm Measure between J3 2 and body of the machine and between J3 3 and body of the machine Do you measure any dispersion see pic 20 Change Check the cable and run again the diagnostic cycle to verify any further possible alarm Unplug connector and measure directly between NTC sensor and body of the machine Do you measure any dispersion see pi...

Page 50: ... component triac that commands the recirculation pump on the electronic board is not working properly Checks to do E84 Change the Main board and run again the diagnostic cycle to verify any further possible alarm If there are burn marks on electronic board see page 13 1 2 ...

Page 51: ...bles and run again diagnostic cycle to verify any further possible alarm Measure between the same connectors of previous step and the body of the machine Do you measure any dispersion see pic 20 Change the recirculation pump and run again diagnostic cycle to verify any further possible alarm Change the Main board and run again diagnostic cycle to verify any further possible alarm Unplug the connec...

Page 52: ...un diagnostic cycles to verify any further possible alarm Is the machine working correctly Change the User interface board and run diagnostic cycle to verify any further possible alarm The fault could have been caused by oxidized contacts in user interface plugged in the main board Verify the configuration string in the board box label and reconfigurate the machine Remember to confirm configuratio...

Page 53: ...cycle The machine has detected long draining phases during the cycle Es More then 20 seconds during draining after rinsing phase Verify that drain filter and all drain system is clean Overdosing of detergent The system has detected an over foaming during draining phases Advice Customer to use the right quantity of detergent and verify that drain filter and all drain system are clean ...

Page 54: ...le winding according to the following table Motor junction box terminals Check of SOLE Motor Ohms F H P Motor Ohms CE SE T Motor Ohms 171 196 A 3 4 Tachymetric generator winding 469 540 126 147 64 73 B 5 10 Stator winding all field 1 0 2 2 1 0 3 0 1 0 2 0 C 6 7 Thermo protection cut off 0 0 0 D 8 9 Rotor winding 1 5 3 0 1 5 3 0 1 5 3 0 E 1 10 Stator winding half field terminal 1 0 5 1 0 0 5 1 5 0 ...

Page 55: ...he value of the configuration character to be entered in a given position On models not fitted with a display window the same information is displayed in binary format on the second set of four washing phase LEDs EXAMPLES OF CONFIGURATION CODE Configuration code A2A7808080E691F2 POSITION 0 1 2 3 4 5 6 7 8 9 10 A 11 B 12 C 13 D 14 E 15 F VALUE A 2 A 7 8 0 8 0 8 0 E 6 9 1 F 2 TABLE OF CYCLE PHASE LE...

Page 56: ...BASIC CIRCUIT DIAGRAM SSD P APdV EB HD 01 05 11 1 599 34 71 47 AC MOTOR ...

Page 57: ...BASIC CIRCUIT DIAGRAM SSD P APdV EB HD 01 05 11 2 599 34 71 47 DC MOTOR ...

Page 58: ...ing pressure switch 1 11 Heating element washing 12 Anti boiling pressure switch 2 13 Motor 14 Recirculation pump Jetsystem models 15 Drain pump 16 Pre wash solenoid 17 Wash solenoid 18 Bleach solenoid or hot water solenoid certain models only 19 AC DC converter certain models only 20 Door lamp Washer dryers only 21 Condensation solenoid 22 Safety thermostat 23 Heating element drying 24 Manual res...

Page 59: ...nsor 5V J3 3 NTC drying time sensor 5V J3 2 NTC drying time sensor J3 1 NTC drying sensor J2 1 Door safety device line sensing J2 2 Drain pump line J2 3 ON OFF line J2 4 Anti overflow pressure switch J2 5 Safety pressure switch 2 sensing J2 6 Safety pressure switch 1 sensing J2 7 Drain pump TRIAC J6 7 Bleach hot water solenoid J6 6 Condensation solenoid J6 5 Washing solenoid J6 4 Pre wash solenoid...

Page 60: ...2 2 Drain pump line J2 3 ON OFF line J2 4 Anti overflow pressure switch neutral J2 5 Safety pressure switch 2 sensing J2 6 Safety pressure switch 1 sensing J2 7 Drain pump TRIAC J3 8 Fan motor relay J3 7 Drying heater J3 6 Fan motor line J3 5 Drying heater J3 4 NTC drying sensor 5V J3 3 NTC drying time sensor 5V J3 2 NTC drying time sensor J3 1 NTC drying sensor J4 1 NTC sensor washing J4 2 NTC se...

Page 61: ...ine J2 1 Door safety device line sensing J2 2 Drain pump line J2 3 ON OFF line J2 4 Anti overflow pressure switch J2 5 Safety pressure switch 2 sensing J2 6 Safety pressure switch 1 sensing J2 7 Drain pump TRIAC J6 7 Bleach hot water solenoid J6 6 Condensation solenoid J6 5 Washing solenoid J6 4 Pre wash solenoid J6 3 Solenoid line J6 2 Solenoid line J6 1 Solenoid line J5 2 Door lamp J5 1 Door lam...

Page 62: ... basis of the burnt area the component that could have caused the problem The type of board represented is the one with the most components washer dryers with DC motor other boards are lacking in some components FRONT 1 Analogic pressure switch area 2 NTC sensor washing area 3 Drain pump area 4 User interface area 5 Power supply area 6 Motor area 7 Recirculation pump area 8 Heating elements area 9...

Page 63: ... REAR 1 Analogic pressure switch area 2 NTC sensor washing area 3 Drain pump area 4 User interface area 5 Power supply area 6 Motor area 7 Recirculation pump area 8 Heating elements area 9 Door safety interlock area 10 Water inlet valves area 11 Drying area for washer dryers only ...

Page 64: ...PICTURES LINKED TO FAULT FINDING SSD P APdV EB HD 01 05 14 1 599 34 71 47 pic 01 pic 02 pic 03 pic 04 ...

Page 65: ...SSD P APdV EB HD 01 05 14 2 599 34 71 47 pic 05 pic 06 pic 07 PICTURES LINKED TO FAULT FINDING ...

Page 66: ...SSD P APdV EB HD 01 05 14 3 599 34 71 47 pic 08 pic 08a pic 08b pic 09 pic 10 PICTURES LINKED TO FAULT FINDING ...

Page 67: ...SSD P APdV EB HD 01 05 14 4 599 34 71 47 pic 11 pic 12 pic 13 pic 14 PICTURES LINKED TO FAULT FINDING ...

Page 68: ...SSD P APdV EB HD 01 05 14 5 599 34 71 47 pic 15 pic 16 pic 17 pic 18 PICTURES LINKED TO FAULT FINDING ...

Page 69: ...SSD P APdV EB HD 01 05 14 6 599 34 71 47 pic 19 pic 20 pic 21 pic 22 PICTURES LINKED TO FAULT FINDING ...

Page 70: ...SSD P APdV EB HD 01 05 14 7 599 34 71 47 pic 23 pic 24 pic 25 pic 26 PICTURES LINKED TO FAULT FINDING ...

Page 71: ...SSD P APdV EB HD 01 05 14 8 599 34 71 47 pic 27 pic 28 pic 29 pic 30 PICTURES LINKED TO FAULT FINDING ...

Page 72: ...SSD P APdV EB HD 01 05 14 9 599 34 71 47 pic 31 pic 32 pic 33 PICTURES LINKED TO FAULT FINDING ...

Page 73: ...SSD P APdV EB HD 01 05 14 10 599 34 71 47 pic 34 pic 35 PICTURES LINKED TO FAULT FINDING ...

Page 74: ...NOTES SSD P APdV EB HD 01 05 14 11 599 34 71 47 ...

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