b/s/h/ test program / coding instruction plc · - aqua stop solenoid valve is broken - pressure...

B/S/H/ Test Program / Coding Instruction PLC

BSH BOSCH UND SIEMENS HAUSGERAETE GMBH Document-No.: 5500 0000042668 ASP english Revision I

Page-No.

Test Program / Coding Instruction F20-A BLDC (ME156) Material-No.: 9000464025 1 of 29

The reproduction, transmission or use of this document or its contests is not permitted without express written authority. Offenders will be liable for damages. All rights including rights created by patent grant or registration of a utility model or design are reserved. Copyright reserved.

1A06LM1A06LM1A06LM1A06LM1A06LM1A06LM Working Behnke

Table Of Contents

1 FAULT CODES AND APPLIANCE MESSAGES ........................................................................ 3

1.1 FAULT CODES (IN ASCENDING ORDER) ...................................................................................... 3

16 ............................................................................................................................................ 3

23 ............................................................................................................................................ 4

31 ............................................................................................................................................ 5

47 ............................................................................................................................................ 6

57 ............................................................................................................................................ 7

63 ............................................................................................................................................ 8

78 ............................................................................................................................................ 9

2 SERVICE PROGRAMS ....................................................................................................... 10

2.1 CUSTOMER SERVICE TEST PROGRAM ...................................................................................... 10

Activate test mode ............................................................................................................... 10

Select test program .............................................................................................................. 10

Start test program ................................................................................................................ 11

Abort test program ............................................................................................................... 11

Leave test mode ................................................................................................................... 11

3 FUNCTIONS OF SERVICE PROGRAMS ............................................................................... 12

3.1 CUSTOMER SERVICE TEST PROGRAM ...................................................................................... 12

P1: Stored error codes / Error search .................................................................................. 12 P2: Safety test ...................................................................................................................... 12

P3: Automatic test ............................................................................................................... 13

P4: Motor / 3D/3G sensor ................................................................................................... 14

P5: Variant coding ............................................................................................................... 15

P6: Display............................................................................................................................ 15

P7: Keys and program selector ............................................................................................ 16

P8: Water level (pressure sensor) ........................................................................................ 16

P9: Turbidity sensor (aqua sensor) ...................................................................................... 17

P10: Flow sensor .................................................................................................................. 18

P12: Load sensor .................................................................................................................. 18

P14: Valves ........................................................................................................................... 19

P15: Buzzer ........................................................................................................................... 20 P16: Pump ............................................................................................................................ 21

P17: Heater .......................................................................................................................... 21

4 VARIANT CODING ............................................................................................................ 22

4.1 VARIANT CODING .............................................................................................................. 22

Activate variant coding mode .............................................................................................. 22

Start variant coding mode .................................................................................................... 22

Select variant ........................................................................................................................ 22

Select variant code ............................................................................................................... 22

Save variant coding .............................................................................................................. 22

Setting speed variant (range 0...7) ..................................................................................... 23

Setting aqua stop / warm water variant (range 0...2) ....................................................... 23

Setting door lock variant (range 0...1) ................................................................................ 24

Setting flow sensor variant (range 0...2) ............................................................................ 24

Setting turbidity sensor (aqua sensor) variant (range 0...2) .............................................. 24

Setting VT-set variant (range 0...3) ..................................................................................... 25

Setting language cluster (range 0...7)................................................................................. 25

Setting language (range 0...7) ............................................................................................ 26

Setting brand (range 0...7) .................................................................................................. 27

Setting key variant (range 0) ............................................................................................... 27

Setting menu variant (range 0) ........................................................................................... 28

Setting load display variant (range 0...1) ........................................................................... 28

Setting child lock variant (range 0...1) ................................................................................ 28

Setting valve terminal (range 0...1) .................................................................................... 28

Setting control variant (range 0...4) ................................................................................... 29



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EXPLANATION

Page navigation – Shows page 1

LED start/pause is off

Press key

LED start/pause is illuminating

Press key and keep pressed

LED start/pause is flashing

Leave key

Key start/pause

Rotate program selector

Key up

Pull mains plug

Key down

Put mains plug

Key plus

Key temperature down / up

Key minus

Key spin speed down / up

Program selector

S/P

S/P

S/P

S/P

>

-

>

>

<+



Page-No.




1 FAULT CODES AND APPLIANCE MESSAGES ① FATAL ERROR / ② REMANENT ERROR sequence:

a) washing program is aborted b) door is locked, if possible c) the pump removes water d) operator control actions are blocked e) the current indication is frozen

① Restart of washing program is possible by switching Off and On the appliance. ② Reset of error by switching Off and On the appliance is impossible. Error can be erased by activating the test mode. Ⓧ Malfunction is displayed during the washing program.

Display Description Possible cause Check / Remedial action / Remark F. No. Normal- Test mode Possible effect

1.1 Fault codes ( in ascending order )

16 Ⓧ Door open? F: 16 Door lock open - washing program is halted - a restart is possible - error will not be stored

- door is open - door switch is not actuated

- close door, check door lock, wire harness Normal mode: start any washing program with an open door

17 Ⓧ Tap closed?

F: 17 Water filling time exceeded (conventional measurement) - washing program is halted - pump starts after 5 min - a restart is possible

- water tap is closed - water pressure <1bar at supply - filter or supply is blocked - solenoid valve is broken - aqua stop solenoid valve is broken - pressure sensor is broken

- open water tap - check components, wire harness P8: Water level (pressure sensor) P14: Valves

18 Ⓧ Pump blocked?

F: 18 Pumping time exceeded - FATAL ERROR without c)

- pump is blocked or broken - pressure sensor is broken - hose to the pressure sensor is blocked - draining hose is blocked

- switch off and on for reset - check/clean components, check wire harness P16: Pump

19 F: 19 Heating time exceeded - washing program will be finished without heating

- heating circuit is broken - set temperature can not be achieved - low voltage - fossil heater or heater is broken - heater relay is blocked

- check heater, wire harness, control P17: Heater

20 F:20 Unexpected heating - FATAL ERROR

- NTC is broken (out of range) - heater relay is stuck - the heater is actuated in a non heating period

- switch off and on for reset - check NTC, heater, power module P17: Heater



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① FATAL ERROR / ② REMANENT ERROR sequence:




23 Ⓧ F: 23 F: 23 Aqua stop actuated - washing program is aborted - the pump is actuated

- water in the base tub - leaky water system - aqua stop switch is blocked / broken

- check leak tightness of water system - check aqua stop switch, wire harness Normal mode

25 F: 25 Error of Aqua Sensor (Turbidity Sensor) (calibration of operating point failed) - washing program will be finished without rinsing cycles

- calcified Aqua Sensor (Turbidity Sensor) - check Aqua Sensor, wire harness P9: Turbidity sensor (aqua sensor)

26 F: 26 Error of analogue pressure sensor (provides error voltage) - FATAL ERROR

- pressure sensor broken - hose to the pressure sensor is blocked

- switch off and on for reset - check pressure sensor, hose to the pressure sensor, wire harness P8: Water level (pressure sensor)

27 F: 27 Error of offset adjustment of analogue pressure sensor - the adjustment will be skipped - the old value will be used

- pressure sensor is broken - check pressure sensor, wire harness P8: Water level (pressure sensor)

28 F: 28 Error of flow sensor (provides implausible values) - the water intake is changed from volume based to time based

- flow sensor is broken - check flow sensor, wire harness P10: Flow sensor

29 Ⓧ Tap closed?

F: 29 No water filling detected by flow sensor (fast measurement) - washing program is halted - pump starts after 5 min - a restart is possible

- water tap is closed - water pressure <1bar at supply - filter or supply is blocked - valves, aqua stop valve or flow sensor broken

- open water tap - check components, wire harness Normal mode P8: Water level (pressure sensor) P14: Valves



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31 F: 31 Overflow level exceeded - water level is pumped down below overflow level - the program is continued

- pump is blocked - draining hose is blocked - solenoid valve is stuck - adjustment of pressure sensor is incorrect └ pressure sensor is blocked └ hose to the pressure sensor blocked

- check solenoid valve, pump, pressure sensor, hose to the pressure sensor, wire harness P8: Water level (pressure sensor) P14: Valves P16: Pump

32 F:32 Spinning interruption - spinning interruption

- unbalance detected - no need to take into consideration Normal mode

34 Ⓧ F: 34 F: 34 Door lock can not be locked - FATAL ERROR without b) and c) - door is unlocked, if possible

- door lock is broken - door hook, or door is stuck - stiff gasket

- switch off and on for reset - check door lock, mechanism, wire harness Normal mode

35 F: 35 Door lock can't be unlocked - FATAL ERROR with a) only - door stays locked - door is unlocked, if possible

- door lock is broken - door hook, or door is stuck - stiff gasket

- switch off and on for reset - check door lock, mechanism, wire harness Normal mode

36 Ⓧ F: 36 F: 36 Door lock circuit defect - FATAL ERROR without b) and c) - door is unlocked, if possible

- power unit is broken └ Triac is broken └ Relays is broken

- switch off and on for reset - check power unit, wire harness Normal mode

37 F: 37 Error of temperature sensor: break - washing program will be finished without heating

- NTC is broken - check NTC, wire harness P17: Heater

38 F: 38 Error of temperature sensor: short -circuit - washing program will be finished without heating

- NTC is broken - check NTC, wire harness P17: Heater

43 F:43 Drum motor is blocked (stored in error stack in normal mode only) - program will be finished with limited motor running

- blocked drum caused by laundry - motor is blocked

- switch off and on for reset - check laundry load, motor P4: Motor / 3D/3G sensor



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47 F:47 Motor unit: defect temperature sensor - motor driving is interrupted and paused for 60s - motor driving is actuated again - if error remains, program is continued without motor

- temperature sensor at heat sink in motor unit is defect

- switch off, wait for 30s and switch on for reset - check motor unit P4: Motor / 3D/3G sensor

48 F:48 Motor unit: low voltage in intermediate circuit - motor driving is interrupted and paused for 60s - motor driving is actuated again - if error remains, program is continued without motor

- permanent undervoltage (below 99V) - wrong measurement of intermediate circuit voltage

- switch off, wait for 30s and switch on for reset - check voltage of power supply, motor unit P4: Motor / 3D/3G sensor

49 F:49 Motor unit: high voltage in intermediate circuit - motor driving is interrupted and paused for 60s - motor driving is actuated again - if error remains, program is continued without motor

- permanent overvoltage (above 295V) - wrong measurement of intermediate circuit voltage

- switch off, wait for 30s and switch on for reset - check voltage of power supply, motor unit P4: Motor / 3D/3G sensor

50 F:50 Error of current control (ASM) - motor driving is interrupted and paused for 30s - motor driving is actuated again - if error remains, program is continued without motor

- motor circuit defect - motor puley blocked - motor coil defect

- switch off, wait for 30s and switch on for reset - check motor, motor unit - replace motor, motor unit P4: Motor / 3D/3G sensor

51 F:51 Motor unit: short circuit of IGBT - motor driving is interrupted and paused for 60s - motor driving is actuated again - if error remains, program is continued without motor

- defect IGBT (power switches) in motorunit - switch off, wait for 30s and switch on for reset - check / replace motor unit P4: Motor / 3D/3G sensor

52 F:52 Motor unit: break of IGBT - motor driving is interrupted and paused for 60s - motor driving is actuated again - if error remains, program is continued without motor

- break of motor wiring - motor wires are not connected - IGBTs (power switches) are defect

- switch off, wait for 30s and switch on for reset - check wiring between motor and motor unit, motor unit P4: Motor / 3D/3G sensor



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57 Ⓧ F: 57 F:57 Motor unit: communication error motor unit - FATAL ERROR

- motor unit, or power unit defect - D-Bus wire is not or wrong connected (wrong direction) - D-Bus wire has loose contacts - permanent noise produced by other communication partners (3D/3G sensor,operating unit)

- switch off, wait for 30s and switch on for reset - check D-Bus wiring, motor unit, power unit P4: Motor / 3D/3G sensor

58 F:58 Communication error 3D/3Gsensor - low spinning speed - wet clothes after spinning - no influence of washing program

- 3D/3G sensor is defect - 3D/3G sensor is not wired to power unit

- check 3D/3G sensor, D-Bus wiring P4: Motor / 3D/3G sensor

59 F: 59 3D/3G sensor: measurement error or plausibility error - reduced spinning speed

- 3D/3G sensor, or wire harness broken - magnet not in position - EMC failure - software of 3D/3G sensor is incompatible Only if above named reasons,could be excluded: - power unit is broken

- check 3D/3G sensor, wire harness, position of magnet - check EMC failure, check software Only if above named components are okay - check power unit P4: Motor / 3D/3G sensor

60 F: 60 Flow sensor: too low or too high values - water intake is changed from volume based to time based

- flow sensor is broken - turbulent water in the sensor or hose

- check flow sensor, filter in solenoid valve, wire harness P10: Flow sensor

61 F: 61 Implausible door lock status - FATAL ERROR

- door is locked but open - emergency unlock was actuated by hand

- switch off and on for reset - check door lock, mechanic, wire harness Normal mode



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63 Ⓧ F: 63 F: 63 System error - FATAL ERROR without c)

- incorrect variant coding - no communication between power unit and operating unit

- switch off and on for reset - check variant coding in test mode, D-Bus wire harness, power unit Normal mode

67 Ⓧ F: 67 F: 67 Implausible or inexistent variant coding - FATAL ERROR

- variant code is incompatible between the controls - software of controls is incompatible

- switch off and on for reset - repeat variant coding - replace control(s) P5: Variant coding

71 F:71 Motor unit: inrush current lmiting resistor is not shorted by relay or no motor connected - motor driving is interrupted and paused for 60s - motor driving is actuated again - if error remains, program is continued without motor

- motor wire is defect or not connected - NTC-relay on motor unit is defect

- switch off, wait for 30s and switch on for reset - check wiring between motor and motor unit - check motor unit P4: Motor / 3D/3G sensor

72 F:72 Motor unit: shorted motor coil test - motor driving is interrupted and paused for 60s - motor driving is actuated again - if error remains, program is continued without motor

- motor wire is defect or not connected - motor has shortcut in windings

- switch off, wait for 30s and switch on for reset - check wiring between motor and motor unit - check motor unit P4: Motor / 3D/3G sensor

75 F:75 Motor unit: speed not reached - motor driving is interrupted and paused for 60s - motor driving is actuated again - if error remains, program is continued without motor

- friction or blocked drum - rough steering bearing - to high load of clothes - water ring in drum during spinning

- switch off, wait for 30s and switch on for reset - check easy moving of drum, laundry load, pump, motor unit, fluff filter - discharge pipe, fluff filter P4: Motor / 3D/3G sensor

77 F:77 Motor unit: line frequency out of range - motor driving is interrupted and paused for 30s - motor driving is actuated again - if error remains, program is continued without motor

- line frequency is out of range (35Hz..75Hz) for long time

- switch off, wait for 30s and switch on for reset - check frequency of power supply, motor unit P4: Motor / 3D/3G sensor



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Display Description Possible cause Check / Remedial action / Remark F. No. Normal- Test mode Possible effect 78 E:78 Motor unit: General hardware failure

- motor driving is interrupted and paused for 60s - motor driving is actuated again - if error remains, program is continued without motor

- current and voltage measurement channels are defect

- switch off, wait for 30s and switch on for reset - check motor unit P4: Motor / 3D/3G sensor

80 Ⓧ F:80 F:80 Power unit: relay for motor unit defect - FATAL ERROR

- relay on power unit for switching motor unit is defect - circuit for driving the relay is defect

- check power unit P4: Motor / 3D/3G sensor

82 F:82 Motor unit : temperature of cooling element of the inverter too high - motor driving is interrupted and paused for 30s - motor driving is actuated again - if the error remains, washing program is continued without motor

- friction or blocked drum - rough steering bearing - to high load of clothes - water ring in drum during spinning

- switch off, wait for 30s and switch on for reset - check easy moving of drum, laundry load, pump, motor unit, fluff filter - discharge pipe, fluff filter P4: Motor / 3D/3G sensor



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2 SERVICE PROGRAMS Function Actuation Display Remark BO - Bosch SE – Siemens, RE – Regional brands

2.1 Customer service test program

Activate test mode

Close the door

Switch on appliance Wait until the LCD backlight is switched on

No error: No error:

Use ‘Options’ keys to...

Error: Errors last program

F: xx

- all REMANENT ERRORs are reset

Select test program

P1: Errors

inactive

Error stack P1: Stored error codes / Error search

P2: Safety

inactive

Safety test P2: Safety test

P3: Automatic

inactive

Automatic test P3: Automatic test

P4: Motor

inactive

Motor test P4: Motor / 3D/3G sensor

P5: Variantcoding

inactive

Variant coding Activate variant coding mode

P6: Display

inactive

Display test P6: Display

P7: Selector

inactive

Key and program selector test P7: Keys and program selector

Select test program

P8: Waterlevel

inactive

Pressure sensor test P8: Water level (pressure sensor)

h



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Function Actuation Display Remark BO - Bosch SE – Siemens, RE – Regional brands

(continuance)

P9: Aquasensor

inactive

Turbidity sensor (Aqua sensor) test P9: Turbidity sensor (aqua sensor)

P10: Flow sensor

inactive

Flow sensor test P10: Flow sensor

P11: 3D Sensor

inactive

3D sensor (please use P4: Motor / 3D/3G sensor test)

P12: Load sensor

inactive

Load sensor P12: Load sensor

P14: Valves

inactive

Valves P14: Valves

P15: Buzzer

inactive

Buzzer P15: Buzzer

P16: Pump

inactive

Pump P16: Pump

P17: Heater

inactive

Heater P17: Heater

Start test program

Abort test program

Leave test mode



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3 FUNCTIONS OF SERVICE PROGRAMS Function Actuation Display Remark Time (s) Value Inspection / Corrective Note

3.1 Customer service test program P1: Stored error codes / Error search

Display of errors occured within the last finished program

No error:

P1: Errors

last program

no errors

Max. 8 finished programs and 5 errors per program are displayed

Error:

P1: Errors

last program

F23, 0, 0, 0, 0

Display of errors occured within the second to last program

P1: Errors

last program -1

F23, 0, 0, 0, 0

Display of errors occured within the third to last program

P1: Errors

last program -2

0, 0, 0, 0, 0

Display of errors occured within the fourth to last program

P1: Errors

last program -3

0, 0, 0, 0, 0

...

...

Display of errors occured within the eightth to last program

P1: Errors

last program -7

0, 0, 0, 0, 0

P2: Safety test

Door is locked

P2: Safety

D M P H V1 V2 V3 Nxxxx

= ... ... ... ... ... ...

There is no need of water intake or to switch on the heater. The heater test should be conducted before safety test is started. Therefore is secured that both heater fuses are working.



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Function Actuation Display Remark Time (s) Value Inspection / Corrective Note

P2: Safety


= ... ... ... ... ... ...

15 - Wait

Pull out mains plug

Put mains plug into safety testing device

P2: Safety


= ... ... ... ... ... ...

- Door must be locked; - Program selector is NOT at position 0 (off)

Ground and leakage current Run the test program of the safety testing device

P2: Safety


= ... ... ... ... ... ...

Door is unlocked P2: Safety


... ... ... ... ... ... ...

P3: Automatic test

Door is locked

P3: Automatic


= ... ... ... ... ... ...

Temp. xx

Quick test of all components - Sequence see next page



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1A06LM1A06LM1A06LM1A06LM1A06LM1A06LM Working


Door is unlocked

P3: Automatic


... ... ... ... ... ... ...

P4: Motor / 3D/3G sensor

Door is locked

P4: Motor


= ... ... ... ... ... ...

- Unbalance detection is disabled - catastrophe limit unbalance detection is enabled

Pump is activated P4: Motor


= ... = ... ... ... ...

4

9

4

4

11

12

3

5

4

15

9

7

3

8

5

7

7

0 2 4 6 8 10 12 14 16 18 20 22 24 26 28

Pump

Heater

Valve 3 - warm water

Valve 2 - main wash

Valve 1 - pre wash

LEDs and display

Motor right rotation

Motor left rotation

Valve - aqua stop

Door lock

Time in s40s at1000 rpm



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Motor is activated (drum rotation anti clockwise)

P4: Motor


= < = ... ... ... ...

aim. xxxx now xxxx

8 50rpm Actual- and target spin speed are displayed (now xxxx and aim xxxx)

Pause P4: Motor


= ... = ... ... ... ...

2

Motor is activated (drum rotation clockwise)

P4: Motor


= > = ... ... ... ...

aim. xxxx now xxxx

2 50rpm Actual- and target spin speed are displayed (now xxxx and aim xxxx)

Spin speed is increased to maximum spin speed (drum rotation anti clockwise)

P4: Motor


= < = ... ... ... ...

aim. xxxx now xxxx

Actual- and target spin speed are displayed (now xxxx and aim xxxx)

Spinning with maximum spin speed

P4: Motor


= < = ... ... ... ...

aim. xxxx now xxxx

3 min max. rpm

Actual spin speed = target spin speed (now xxxx = aim xxxx)

Pump and motor are switched off

P4: Motor


= ... ... ... ... ... ...

Door is unlocked P4: Motor


... ... ... ... ... ... ...

P5: Variant coding

See chapter 4 Variant coding

P6: Display

Door stays unlocked

P6: Display


... ... ... ... ... ... ...

LCD segments, LCD backlight and the S/P key are switched off

1



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S/P key is switched on 1

S/P key is switched off 1

LCD backlight is switched on

Chequer board pattern in the LCD text area is displayed

5

Chequer board pattern is inverted

5

All display segments are switched on

5

Each display segment is switched on separately

0,3 each

LCD backlight is switched off/on (interval 1s)

5

P7: Keys and program selector

Door stays unlocked P7: Selector

<key name>

Prog. xx

The actuated key name and program selector position are displayed

P7: Selector

<key name>

Prog. xx

- Do not rotate the program selector via off position

P8: Water level (pressure sensor)

Door is locked P8: Waterlevel


= ... ... ... ... ... ...



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Pump is activated until the appliance is completely drained

P8: Waterlevel


= ... = ... ... ... ...

ini. xxxx

stored value is displayed (ini. xxxx)

Adjustment of pressure sensor started

P8: Waterlevel


= ... = ... ... ... ...

Adjustment of pressure sensor ended

P8: Waterlevel


= ... = ... ... ... ...

Pump is switched off and water is taken in via V1

P8: Waterlevel

D M P H V1 V2 V3 N1660

= ... ... ... = ... ...

ini. xxxx

ca. 2 - 4cm

above drum bottom (level ~1660)

Door is unlocked P8: Waterlevel

D M P H V1 V2 V3 N1660

... ... ... ... ... ... ...

P9: Turbidity sensor (aqua sensor)

Door is locked P9: Aquasensor


= ... ... ... ... ... ...


P9: Aquasensor


= ... = ... ... ... ...

aqua xxx

Adjustment of aqua sensor started

P9: Aquasensor


= ... = ... ... ... ...

aqua xxx

Adjustment of aqua sensor ended

P9: Aquasensor


= ... = ... ... ... ...

aqua xxx



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Pump is switched off P9: Aquasensor


= ... ... ... ... ... ...

aqua xxx

stored value is displayed (aqua xxx)

Door is unlocked P9: Aquasensor


... ... ... ... ... ... ...

10

P10: Flow sensor

Door is locked P10: Flow sensor


= ... ... ... ... ... ...


P10: Flow sensor


= ... = ... ... ... ...

vol. x flow xx

Pump is switched off and water is taken in via V1

P10: Flow sensor


= ... ... ... = ... ...

vol. 5 flow 7...10

approx. 5l

drum is visible covered with water

- Tolerance depends on water supply pressure

Door is unlocked P10: Flow sensor


... ... ... ... ... ... ...

10

P12: Load sensor

Door is locked P12: Load sensor


= ... ... ... ... ... ...

Initialisation P12: Load sensor


= ... ... ... ... ... ...

vol. 0 load 0

3

Water is taken in via V1 P12: Load sensor


= ... ... ... = ... ...

vol. 2 load 200

2l Actual load is displayed (appr. 100...300)



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Pause P12: Load sensor


= ... ... ... ... ... ...

10



= ... ... ... = ... ...

vol. 4 load 400




= ... ... ... ... ... ...

10



= ... ... ... = ... ...

vol. 6 load 600




= ... ... ... ... ... ...

10


P12: Load sensor


= ... = ... ... ... ...

vol. 0 load 0

Door is unlocked P12: Load sensor


... ... ... ... ... ... ...

10

P14: Valves

Door is locked P14: Valves


= ... ... ... ... ... ...


P14: Valves


= ... = ... ... ... ...

vol. 0



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Pump is switched off P14: Valves


= ... ... ... ... ... ...

Water is taken in via V1 P14: Valves


= ... ... ... = ... ...

vol. xx

5



= ... ... ... ... = ...

vol. xx

5 - for cold water appliances only, otherwise 5 s break



= ... ... ... ... ... =

vol. xx

5 - for warm water appliances only, otherwise 5 s break

Water is taken in via V1 and V2 until overflow level is reached

P14: Valves


= ... ... ... = = ...

vol. xx

- for cold water appliances only, otherwise 5 s break

Pump is activated P14: Valves


= ... = ... ... ... ...

90 Error F: 31 is displayed

Door is unlocked P14: Valves


... ... ... ... ... ... ...

P15: Buzzer

Door stays unlocked P15: Buzzer


... ... ... ... ... ... ...

Buzzer is switched on with maximum volume

P15: Buzzer


... ... ... ... ... ... ...



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P16: Pump

Door is locked P16: Pump


= ... ... ... ... ... ...

Pump is activated P16: Pump


= ... = ... ... ... ...

Pump is switched off P16: Pump


= ... ... ... ... ... ...

Break P16: Pump


= ... ... ... ... ... ...

2

Pump is activated P16: Pump


= ... = ... ... ... ...

2

Door is unlocked P16: Pump


... ... ... ... ... ... ...

P17: Heater

Door is locked P17: Heater


= ... ... ... ... ... ...

Water is taken in via V1 until heater level is reached

P17: Heater


= ... ... ... = ... ...

level N ~ 1660

Heater is activated P17: Heater


= ... ... = ... ... ...

Temp. xx

max. 30min

85°C

Door stays locked P16: Pump


= ... ... ... ... ... ...



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4 VARIANT CODING The customer service code is displayed: - at a label on the inner door surface - at the rating plate at the rear panel of the appliance Func tion Actuation Display Remark BO - Bosch SE, RE – Siemens, ...

4.1 Variant coding

Activate variant coding mode Select P5: Variantcoding in test mode P5: Variantcoding

inactive

Select test program

Start variant coding mode P5: Variantcoding

Speed

xx

Act. selected variant and variant code is displayed

Select variant

P5: Variantcoding

<xxxx>

xx

Select variant code P5: Variantcoding

xxxx

<xx>

Save variant coding Appliance will be switched off and on again (in normal mode)



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Function Actuation Display Remark Serial PCB Customer service PCB

Setting speed variant (range 0...7) All information regarding the oscillating system is printed at the top weight

Variant 0 P5: Variantcoding

Speed

0

1600 rpm Oscillating system 1600


Speed

1



Speed

2



Speed

3

1000 rpm Oscillating system 1400 / 1600


Speed

4



Speed

5



Speed

6



Speed

7


Setting aqua stop / warm water variant (range 0...2 )


Aquastop / WW

0

Cold water with aqua stop


Aquastop / WW

1

Warm water without aqua stop



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Aquastop / WW

2

Cold water without aqua stop

Setting door lock variant (range 0...1)


Door Fastening

0

PTC door lock


Door Fastening

1

Magnetic door lock

Setting flow sensor variant (range 0...2)


Flow Sensor

0

Without flow sensor


Flow Sensor

1

With flow sensor


Flow Sensor

2

With flow sensor in cold and hot water inlet

Setting turbidity sensor (aqua sensor) variant (ran ge 0...2)


Turbidity Sensor

0

Without turbidity sensor


Turbidity Sensor

1

With turbidity sensor


Turbidity Sensor

2

Not used



Page-No.





Setting VT-set variant (range 0...3)


VT-Set

0

X (not changeable) X Lookup control designation (MExxxx) on rating plate or door label. Lookup coding on document “spare part information”


VT-Set

1

Not used X Lookup control designation (MExxxx) on rating plate or door label. Lookup coding on document “spare part information”


VT-Set

2



VT-Set

3


Setting language cluster (range 0...7) BO / SE / RE Gaggenau


Language-Cluster

0

Language cluster 0 (not changeable) (German, Italian, French, Dutch, English EU, Turkish)

Language cluster 0 (German, Italian, French, Dutch, English EU, Turkish)

Language cluster 0 (English UK, Spanish, French, Turkish, German, Russian)


Language-Cluster

1

Not used Language cluster 1 (Czech, Hungarian, English EU, German, Slovenian, Not used)



Language-Cluster

2

Not used Language cluster 2 (Spanish, Portuguese, Greek, English UK, Not used)



Language-Cluster

3

Not used Language cluster 3 (Swedish, Norwegian, Finnish, Danish, English EU, Not used)




Page-No.






Language-Cluster

4

Not used Language cluster 4 (Russian, Ukrainian, Polish, Turkish, English EU, German)


Variant 5 - 7 P5: Variantcoding

Language-Cluster

x

Not used

Setting language (range 0...7) Cluster 0

BO / SE / RE Cluster 0 Cluster 1 Cluster 2 Cluster 3 Cluster 4

Gaggenau Cluster 0 - 4


Language

0

German German Czech Spanish Swedish Russian English UK


Language

1

Italian Italian Hungarian Portuguese Norwegian Ukrainian Spanish


Language

2

French French English EU Greek Finnish Polish French


Language

3

Dutch Dutch German English Danish Czech UK

Turkish


Language

4

English EU English Slovenian Not used English English EU EU EU

German


Language

5

Turkish Turkish Not used Not used Not used German Russian


Language

x

Not used



Page-No.





Setting brand (range 0...7)


Distribution

0

Gaggenau


Distribution

1

Siemens (SE) and Regional brands (RE)


Distribution

2

Bosch (BO)


Distribution

x

Not used

Setting key variant (range 0)


Operating Keys

0

Bosch (BO)


Operating Keys

x

Allowed, equal to variant 0


Operating Keys

4

Siemens und Regional brands (SE & RE)

><



Page-No.






Operating Keys

x

Allowed, equal to variant 4

Setting menu variant (range 0)


Operating Menu

0

Not changeable Bosch, Siemens, Regional brands

Setting load display variant (range 0...1)


Load Display

0

With load display


Load Display

1

Without load display

Setting child lock variant (range 0...1)


Child Proof

0

Without child lock


Child Proof

1

With child lock

Setting valve terminal (range 0...1)


Valve Connector

0

Not changeable


Valve Connector

1

Not used



Page-No.





Setting control variant (range 0...4)


Panel

0

Not used (P)


Panel

1

LC display (A)


Panel

2

Not used (E)


Panel

3

Not used (D)


Panel

4

Not used (S)

b/s/h/ test program / coding instruction plc · - aqua stop solenoid valve is broken - pressure...

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