Fisher & Paykel CleanSmart WL8060P1 User manual

NZ AU SG
SERVICE DIAGNOSTIC MANUAL
Top Load Washing Machine
CleanSmart™ FabricSmart™ WashSmart Eco™ WashSmart™ QuickSmart™

1
NZ AU SG
Fisher & Paykel Appliances Ltd
PO Box 58-546
Botany2163
78 Springs Rd
East Tamaki
Manukau 2013
New Zealand
tel: [phone]
fax: [phone]
email: customer.car[email protected]o.nz
Fisher & Paykel Customer Services Pty
Ltd
PO Box 798, Cleveland, QLD 4163
A.C.N. 003 3335 171
19 Enterprise Street Cleveland, QLD 4163
Australia
tel: [phone]
fax: [phone]
email: customer.car[email protected]om.au
Fisher & Paykel Appliances Singapore
Pte Ltd
150 Ubi Avenue 4
Sunlight Building #02-00
Singapore 408825
tel: [phone]
fax: [phone]
MODEL DESCRIPTION CA MARKET
WL8060P1 CleanSmart 92111
92264
92248
AA
WA1060E1
WA1060E2
WashSmart Eco™ 94220
94100
SG
WA1060G1 WashSmart™ 94104 SG
WA8560P1 FabricSmart™ 92232
92247
93262
AA
WA8060P1 FabricSmart™ 92147 AA
WA8560E1 WashSmart Eco™ 92233
92245
93261
AA
WA8060E1 WashSmart Eco™ 92168 AA
WA8560G1 WashSmart™ 92246
92263
93232
AA
WA8060G1 WashSmart™ 92176
94167
AA
SG
WA7560E1 WashSmart Eco™ 92235
92244
92262
AA
WA7060E1 WashSmart Eco™ 92217 AA
WA7060G1 WashSmart™ 92224 AA
WA7060M1 QuickSmart™ 92225 AA
WA7060G2 WashSmart™ 92242
92261
93231
AA
WA7060M2 QuickSmart™ 93233
92243
92265
AA
FEATURED PRODUCT & CONTACT ADDRESSES

2
SPECIFICATIONS
Dimensions.................................................................................................................................... 4
Electric supply.............................................................................................................................. 4
Wash Motor................................................................................................................................... 4
Inner bowl weight........................................................................................................................ 4
Pump Motor .................................................................................................................................. 4
Diverter Valve .............................................................................................................................. 4
Water Valves ..................................................................................................................................5
Thermistor ......................................................................................................................................5
Lid lock............................................................................................................................................5
IDENTIFICATION
Model ID setting .......................................................................................................................... 6
INSTALLATION
Installation test..............................................................................................................................7
DIAGNOSTICS
Diagnostics Mode .........................................................................................................................8
Diagnostics levels ........................................................................................................................ 9
Data download............................................................................................................................ 13
Showroom mode ........................................................................................................................ 13
User Warnings ............................................................................................................................. 13
No taps 01 ....................................................................................................................................14
Wash level overloaded 02........................................................................................................14
Out of balance 03.......................................................................................................................14
Suds lock 04 ................................................................................................................................ 15
Insufficient hot water 05 .......................................................................................................... 15
Insufficient cold water 06 ........................................................................................................ 15
Agitate over load 07.................................................................................................................. 15
Lid lock failure 08 ...................................................................................................................... 15
Lid open 09.................................................................................................................................. 16
Out of balance 10 ......................................................................................................................16
Wash cycles.................................................................................................................................. 17
CUSTOMISING
To enter Option Adjustment mode ........................................................................................ 17
Controlled Cold........................................................................................................................... 17
Out of balance recovery routine............................................................................................. 17
Wash temperatures .................................................................................................................... 18
End of cycle beeps..................................................................................................................... 18
CONTENTS

3
FAULT CODES
1-7. Motor Control Module Fault.............................................................................................. 19
9. Model ID Error ........................................................................................................................19
10. Temperature Sensor (Thermistor) Error......................................................................... 19
12. Flood Protection Error ........................................................................................................19
21. Water Valve Over Current .................................................................................................20
31. Diverter Valve Not Connected .........................................................................................20
36. Water Leak Fault.................................................................................................................20
38. Pressure Sensor Fault ........................................................................................................ 20
39. Pressure Tube Fault............................................................................................................. 21
40. Bowl Dis-engage Fault....................................................................................................... 21
41. Temperature Sensor Fault (Thermistor) ......................................................................... 21
45. Display Memory Check Fault............................................................................................ 21
49. Cold Valve ........................................................................................................................... 22
50. Hot Valve Coil Faulty......................................................................................................... 22
56. Bowl Check No Valid Fault............................................................................................... 22
57. Brown Out During Display EEPROM Write Fault ........................................................ 22
58. Pressure Transducer at Maximum Adjustment............................................................ 23
68. Pressure Transducer Error – Count Too High .............................................................. 23
103. Slave Display Comms Time out see fault code 105 ................................................. 23
104. See Fault Code 105 .......................................................................................................... 23
105. Comms Error Time Out ................................................................................................... 23
107. Motor Control Module Reset Error................................................................................ 23
108. Comms CRC Error – See Code 105............................................................................... 23
112. Motor Current Sense Too High ....................................................................................... 23
133. Repetitive Current Trip .................................................................................................... 24
136. Motor Stall........................................................................................................................... 24
137. Motor loss of a Phase ....................................................................................................... 24
160. Bowl Engaged In Agitate................................................................................................ 24
220. EEPROM Model Map Not Programmed ...................................................................... 25
221. Motor Control Module Fault ........................................................................................... 25
232. COMMS Timeout 5 Sec.................................................................................................... 25
233. EEPROM Read Error ........................................................................................................ 25
234. Lid Lock Open Circuit ..................................................................................................... 25
235. Lid Lock Short Circuit ..................................................................................................... 26
241. Function Time Out ............................................................................................................ 26
249. Pump Time Out Fault (No change in water level) ................................................... 26
254. Motor Control Version..................................................................................................... 26
WIRING DIAGRAMS
Valve recirculating and dispensing (CleanSmart™) .......................................................... 27
Valve recirculating (FabricSmart™ and WashSmart™ Eco) ............................................. 28
Valve non recirculating (WashSmart™) ................................................................................ 29
Valve non recirculating (QuickSmart™)................................................................................30

4
Dimensions
Wash Motor
Pump Motor
Diverter Valve
Electronically commutated 36 pole direct drive 3 phase brushless DC motor.
Motor Resistance @20C (68F):19.5Ω+/- 10% (39Ω+/- 1.95Ωphase to phase)
Electric supply
Operating Voltage: 230V AC 50Hz
Current: 10amps
Inner bowl weight
Height Lid open 1350-1385mm
Lid closed 1045-1075mm
Length Inlet 1200mm
Outlet 1000mm
Width 600mm
Depth 600mm
P1,E1,G1, M1 Weight Packed 57kg
Unpacked 50.2 kg
G2, M2 Weight Packed 55.3kg
Unpacked 47.7kg
Model Material Grade Weight
P1, E1, G1, M1 Stainless steel 430 12.87Kg +/- 112g
G2, M2 Stainless steel 430 8.37Kg +/- 225g
230V 50htz 93Ω+/- 8% @20°c
Note: Thermal cut-out fitted
Wax solenoid 160v DC 1.7KΩ@ 68°F / 20°C
SPECIFICATIONS

5
Water Valves
Note: The flow rate will vary depending on the supply pressure, maxium flow rate values shown in the
table.
Water Supply
• For the best operating conditions the hot water temperature should be approximately 60˚C.
• The hot water temperature should not exceed 65˚C or cold water temperature 35˚C. Temperatures
above these may cause the machine to fault or cause damage to the machine.
• If there is an uncontrolled water heating source (e.g. a wet back or solar heating) a tempering
device should be fitted. This will ensure the hot water temperature remains within safe limits. For
the most suitable type of tempering device we recommend contacting a local plumber or plumbing
supply merchant.
• Inlet water pressure 5psi (35kPa) to 150psi (1MPa) static.
Note: If using a header tank, then the outlet of the header tank must be at a height of at least 2
metres above the top of the console of the clothes washer.
Thermistor
NTC-type temperature sensor (Thermistor) resistance 10kΩ@ 25°C
Lid lock
Resistance: 63Ω+/- 10% @ 20°C
Note: Normally low voltage, potentially 230V if harness is shorted to earth.
SUPPLY OPERATION MODE VOLTAGE RESISTANCE FLOW RATE
Cold Digital 24V DC 61Ω@ 20°c (68°F) 16 litres per min.
Hot Digital 24V DC 61Ω@ 20°c (68°F) 10 litres per min.
Detergemt Digital 24V DC 61Ω@ 20°c (68°F) 5 litres per min.
Fabric Digital 24V DC 61Ω@ 20°c (68°F) 1.2 litres per min.
Wash boost Digital 24V DC 61Ω@ 20°c (68°F) 2.5 Litres per min.

6
With the shift to common motor control modules across multiple models (global controller) it will be
necessary when changing the controller to pair the controller to the display module. This process is
called 'Model ID setting'.
To set the Model ID
Turn the 'Power' on at the supply and off at the console
Press 'Keylock' and 'Spin Speed' until the machine beeps
Select the correct model as per the table below using the '+' key'to toggle through the options
Press the 'Start/Pause' button; the LED's are illuminated to confirm the selection.
Model ID setting
If A 00 shows in the display check the part numbers of the controller and or display being fitted
as they are not compatible with each other
Incompatible
electronic
combination
A 00
WL8060P1 A 01
WA8560P1
WA8060P1
A 02
WA1060E1
WA1060E2
WA8560E1
WA8060E1
A O3
WA7560E1
WA7060E1
A 04
WA1060G1
WA8560G1
WA8060G1
A 05
WA7060G1 A 06
WA7060M1 A 07
WA9060G1 A 09
WA7060G2 A 09
WA7060M2 A 10

7
Correct installation of the washer is very important to the performance of the machine especially the
dynamics of the spin cycle. To aid with the installation an install procedure is attached on the top of
the lid of each machine. As part of this procedure there is an installation test routine that checks the
water inlet hot & cold, drain and low speed spin of the machine. The test routine takes approximately 3.5
minutes to complete. This proceedure may also be helpful when used after completing a repair to the
machine.
Installation test
Check the installation and operation of the washer using the following procedure:
Touch ‘Power’ to activate your washer.
Touch both 'Keylock' and ‘Options’ buttons at the same time, and hold for three seconds.
Touch 'Start/Pause' and the display will show and the lid will lock.
The washer will beep to signal the end of the installation test cycle. If there are no faults found, the
washer will automatically turn off at the end of the installation test cycle. Any faults will be displayed on
the screen (refer to the back of this user guide to help identify faults).
Note: if there are no faults found, the washer will automatically turn off at the end of the installation test
cycle.

8
Press and hold the 'Keylock' and 'Washtemp' buttons. Keeping them pressed for at least 3 seconds, after
which time two beeps will sound and d 00 is displayed.
Note: Diagnostics mode can be entered while the product is running.
While in Diagnostics mode the following components can be operated.
Diagnostics Mode
COMPONENT SELECT THEN TOUCH
Hot valve
Cold valve
*Detergent valve
Regular cycle Temperature button
Spin button
Options button
*Fabric softener valve
*Wash boost valve
Hot bowl flag
Heavy cycle Temperature button
Spin button
Options button
Pump drain
Recirc valve
Delicate cycle Temperature button
Spin button
Recycle (on/off)
Restart (on/off)
Wool/ Easy Iron cycle Temperature button
Spin button
Smart tool opto down load Start/ pause button
* CleanSmart™ only
DIAGNOSTICS

9
1 second later shows 308mm
Level INFO DISPLAYED
d 00 Last user warning
d 01 Last user warning cycle count
d 02 Last user warning cycle position
d 03 Fault code
d 04 Fault code cycle count
d 05 Fault code cycle position
d 06 Current temperature
d 07 Cycle count
d 08 Bowl speed
d 09 Water level
d 10 Bowl float
d 11-50 Factory use only
d 51 Model ID
Diagnostics levels
Various information can be extracted from the machine while in diagnostic mode, which can be used
in both the static, machine idle, and dynamic running mode. There are a total of 51 different levels
associated with the washer, the most relevant service levels are listed in the accompanying table.
While in diagnostics use the '+/-' or 'Water level/ Wash advance' buttons to scroll through the
diagnostics levels.
E.g. If diagnostics level 09 (water level in mm) is selected, after 1 second the information that
corresponds to level 09 is displayed in the 7segment display.

10
Level d 02 last user warning wash cycle position
Level d 03 fault code of last fault (within the last 8 wash cycles)
Sometimes referred to as the detailed fault code. The fault data is output via the display. If 000 is
displayed then there has been no fault codes occur in the last 8 cycles.
DISPLAY CYCLE POSITION
00 Fill or idle
01 Agitation
02 Agitation
03 Agitation
04 Rinse
05 Deep rinse
06 Spin
0 1
0 1 0
2 second later
Represent 100's, 10's & 1's Represent 10,000's &
1000's = 01,010 cycles
Level d 01 last user warning cycle count
The cycle count at which the last user warning occurred is displayed via the screen which will display the
100’s, 10’s & 1’s when all 3 segments are on and the 10,000’s & 1,000’s when only 2 segments are on with
the displayed output toggling between the 2 screens every 2 seconds.
E.g. For a cycle count of 1010 cycles
Level d 00 last user warning
The last user warning is displayed as a number in the LED display. Use the chart in this section to identify
the last user warning.

11
Level d 04 cycle count at last fault
Level d 06 water temperature (˚C)
Level d 05 cycle position at last fault
The cycle count at which the last fault occurred is displayed via the screen which will display the 100’s,
10’s & 1’s when all 3 segments are on and the 10,000’s & 1,000’s when only 2 segments are on with the
displayed output toggling between the 2 screens every 2 seconds.
E.g. For a cycle count of 1010 cycles
0 1 0
0 1
The Wash Cycle position of the last fault is displayed via the screen.
The Wash Temperature at the thermistor in ˚C is displayed via the screen which is multiplied by 2
Level d 07 cycle count
0 1 0
The total number of Wash Cycles is displayed via the screen which will display the 100’s, 10’s & 1’s when
all 3 segments are on and the 10,000’s & 1,000’s when only 2 segments are on with the displayed output
toggling between the 2 screens every 2 seconds.
E.g. For a cycle count of 1010 cycles
0 1
Note: The wash cycle count is only incremented at the end of the spin cycle.

12
Level d 08 bowl speed (RPM)
Level d 09 water level
Level d 10 bowl float
Level d 51 model ID
The current bowl speed displayed in (RPM) via the screen with the thousands digit ignored.
E.g. for fast spin of 1,009rpm the screen will display 009 leaving out the 1,000’s.
Medium spin of 660rpm will display as 660 and slow spin of 330rpm display as 330.
High water level 495 mm
Flood water level 515 mm
Identifies the model. Refer to Model ID setting for details.
Empty bowl 140 mm
Full bowl 400 mm
The washer uses the “Cold Wash Temp” and the “No Spin” LED to indicate the Status of the Restart and
Recycle features.
The table below explains the state the machine is in when the machine is powered off at the console but
on at the mains supply.
Restart/ Recycle table
LED's off (default) Restart on/ Recycle off
Cold wash temp and no spin LED flashing Restart off/ Recycle on
Cold wash temp, LED flashing Restart on/ Recyle on
No spin LED flashing Restart off/ Recycle off

13
It is possible for the Restart Feature to be disabled, or the Recycle Feature to be enabled, or a
combination of both to be permanently programmed into the memory of the electronics so that in the
event of a power cut the electronics will remember the setting.
If a machine is encountered with the Restart/Recycle features not set to the factory defaults as above,
the machine must be re-programmed using following steps:
• Enter diagnostic mode: turn the power on at the power point and on at the console. Press and hold
the KEYLOCK and WASH TEMP buttons for at least 3 seconds.
• Select the WOOL cycle and reset the restart and recycle to their default settings.
Restart/ Recycle features permanently programmed
Data download
Showroom mode
Turn the power on at the mains supply and on at the console.
Press and hold the 'Keylock and Wash temp' buttons for at least 3 seconds.
Then press the START/PAUSE button. The POWER button will be on and flickering.
Place the download pen over the 'Power LED' and follow the instructions supplied with the data
download program.
This feature is designed for in store demonstration purposes. In this mode the machine cannot be
started.
User Warnings
There are a number of user warnings, which are generally caused by the user or poor installation. These
warnings should be able to be corrected by the user.
The machine signals user warnings by displaying a warning in plain text. Where multiple words are
displayed one word at a time with 1 second pause between changing from one word to the other along
with a rippling set of 5 beeps which are repeated every 6 seconds. This is the same tone that is heard
when the machine is first plugged into the mains power.
To enter showroom mode:
Pressing the 'start/ pause' button for 3 seconds starts the national anthem.
The default anthem is New Zealand. This can be changed to Australia, USA or None.
To change the anthem, press and hold the Regular button for 3 seconds, there will be a single beep, the
anthem will have been changed.
Repeat until the appropriate anthem is selected.
CleanSmart Keylock and wash boost
FabricSmart Keylock and water lever
WashSmart Eco
WashSmart
Keylock and wash advance
QuickSmart Keylock and wash advance

14
The last user warning is also logged in diagnostics level d 00 which will be displayed as a number
from 01 through 10.
No taps 01
Wash level overloaded 02
Out of balance 03
Possible causes:
• The taps are not turned on.
• The inlet hoses may be kinked.
• The inlet hose filters at the tap end may be blocked.
• The inlet valve filter screens may be blocked.. The flow rate of the supply water is too slow.
• The product requires a minimum flow rate of 6 litreper minute.
• The drain hose is too low or the drain hose is pushed into the standpipe too far and the water is
siphoning out of the machine.
Possible causes:
• The product is overloaded.
• The user has selected the wrong water level for the load.
• The inner bowl assembly is jammed to the agitator with a foreign object that may be caught under
the agitator skirt.
• The spline drive and driven teeth are locked together with dirt, detergent or lint.
• The spline drive and driven teeth are damaged / broken.
Possible causes:
• Even distribution of the load.
• The feet have the rubber inserts fitted and the cabinet base is clear of the floor.
• The machine is correctly installed, level front to rear & side to side and does not rock on the floor.
• The bias spring is fitted between the top of the neck ring and the rear left hand suspension rod.
• The suspension is not catching or bouncy. If so, replace all four-suspension rods.
• The weight of the inner bowl. The balance ring and bowl base of the inner bowl contain water. The
most accurate way is to check the weight of the inner bowl.
• The holes in the inner bowl are not blocked and have been punched through
DISPLAY DESCRIPTION
01 nO tAP No taps
02 too FUL Bowl has failed to float
03 oUt oF bAL Out of balance
04 SUd LoC Suds lock
05 no hot No hot water
06 no CLd No cold water
07 too FUL Agitator not able to turn
08 Lid Loc Lid lock
09 Lid oPn Lid open
10 oUt oF bal Out of balance

15
Suds lock 04
Possible causes:
• Too much detergent generally causes this. If so, dissolve the suds by flushing water through the
machine and re-test.
• The pump is partially blocked, or the drain hose is kinked.
• A garment or foreign object is restricting the movement of the inner bowl.
• The main bearings are tight.
Insufficient hot water 05
Possible causes:
• The hot water is not connected or the tap is turned off.
• The flow rate is too low. The product requires a minimum flow rate of 6 litres per minute.
• The hot water temperature is too low. The water temperature needs to be 60C for a hot wash.
• The hot water inlet hose is connected to the cold water supply.
• That there are kinks in the inlet hose.
• The filter in the hot inlet hose at the tap end is blocked.
• The filter screen in the hot inlet valve of the machine is blocked.
• Thermistor resistance is out of range. Resistance is 10kΩ@ 25 ˚C. Replace if well outside of this
range.
•
Note: If the machine is set to controlled cold, hot water may be required to achieve the set temperature
of 20 ˚C.
Insufficient cold water 06
Possible causes:
• The cold water is not connected or the tap is turned off.
• The flow rate is too low. The product requires a minimum flow rate of 6 litres per minute.
• The cold water inlet hose is connected to the hot water supply.
• There are kinks in the inlet hoses.
• The filter on the cold inlet hose at the tap end is blocked.
• The filter screen in the cold inlet valve of the machine is blocked.
• Thermistor resistance is out of range. Resistance is 10kΩ@ 25 oC. Replace if well outside of this
range.
Agitate over load 07
Possible causes:
• The product is overloaded.
• The user has selected the wrong water level.
• The inner bowl assembly is jammed to the agitator with a foreign object that may be caught under
the agitator skirt.
• The spline drive and driven teeth are locked together with dirt, detergent or lint.
• The spline drive and driven teeth are damaged / broken.
Lid lock failure 08
Possible causes:
• The tang on the lid is bent or broken.
• The lid-lock assembly has failed. If the lid is closed and the tang is ok, replace the lid-lock assembly.

16
Lid open 09
Out of balance 10
Possible causes:
• The tang on the lid is bent or broken.
• The lid is open, close it and then press the start/pause button.
• The lid-lock assembly has failed. If the lid is closed and the tang is ok, replace the lid-lock assembly.
See 03 for possible causes.
Note: Only occurs if out of balance recovery is turned on.

17
CUSTOMISING
Wash cycles
Touch the power button,
Turn the dial or press the button to select the wash cycle you wish to customise, eg. 'Regular'.
Touch and hold the button of the option you want to customise, eg 'wash temp' for 3 seconds. You will
hear 2 quick beeps and the wash cycle icon will flash, the screen will display SEt.
Select your preferred setting and any other options you wish to customise for this cycle.
Touch the 'start' button to store your customised cycle. (a long beep will sound to confirm the changes
have been saved).
Controlled Cold
If the temperature of your cold water supply is very low and you choose to do a ‘Cold’ wash, you will not
get an effective wash. The ‘Controlled Cold’ option solves this problem by adding a small amount of hot
water to raise the temperature of the wash to approximately 20°C.
Enter option adjustment mode.
Select the ‘Heavy’ cycle for CleanSmart™ and FabricSmart™.
Select the 'Regular' cycle for WashSmart™/ Eco and QuickSmart™
Select ‘Cold’ wash temperature by touching the ‘Wash temp’ button (if not already selected).
The digital display shows the temperature adjustment possible. The default setting is , which is the
same temperature as the incoming water from the supply for cold water.
To get ‘Controlled Cold’, touch the ‘More’ button until is displayed. Your washer will now adjust the
cold temperature to approximately 20°C. Each of the remaining settings equals an approximate 1°C
temperature increase or decrease from this point (excluding ).
For QuickSmart™ use the water level button to adjust to the desired temperature.
Touch ‘Power’ to save the setting (if you wish to make no other changes).
Out of balance recovery routine
When your washer is spinning it can sense if the wash load is out of balance. If an out of balance load
is detected, the washer will stop and re-try spinning one more time. If it still senses an unbalanced load
there are two options the washer can take.
Automatic recovery OFF (the default setting)
Your washer will stop, beep, and show in three phases on the display screen. You must
redistribute the load more evenly yourself. Use this option if you wish to conserve water.
Automatic recovery ON
Your washer will try to automatically correct the out of balance load. It will fill with water and agitate to
redistribute the load before trying to spin up again.
To enter Option Adjustment mode
Turn the washer on at the wall but do not touch ‘Power’ .
Touch and hold the 'Keylock' and 'Start/ pause' buttons together for 3seconds. You will hear 3quick
beeps and the display will show 'tAP' indicating you have entered Option Adjustment mode.

18
To change the out of balance (OOB) recovery option:
Enter option adjustment mode.
Select the ‘Delicate’ cycle for CleanSmart™ and FabricSmart™
Select the 'Heavy Duty' cycle for WashSmart™/ Eco and QuickSmart™
Touch the ‘More’ button to turn automatic recovery or .
For QuickSmart™ use the water level button to turn on and off.
End of cycle beeps
The beeps signalling the end of the cycle can be increased or decreased. The default setting is 5beeps.
To modify the number of beeps sounding at the end of the cycle:
Enter option adjustment mode.
Select the ‘Wool’ cycle.
Touch the ‘More’ or ‘Less’ button to increase or decrease the number of beeps, or for no beeps to
sound at the end of the cycle.
For QuickSmart™ use the water level button to tun on and off.
Factory reset
You can reset your washer to factory default settings:
Enter option adjustment mode.
Select the ‘Easy Iron’ cycle for CleanSmart™ and FabricSmart™
Select the 'Delicate' cycle for WashSmart™/ Eco and QuickSmart™
The display will show . Touch and hold Start/ pause button for 3seconds to reset your washer to its
factory settings.
Note: This action will reset the washer to the default settings. Exit Option Adjustment mode and restart
the washer in normal operating mode.
Touch ‘Power’ to exit if you do not wish to reset your washer.
Wash temperatures
Enter option adjustment mode.
Select the ‘Heavy’ cycle for CleanSmart™ and FabricSmart™.
Selcet the 'Regular' cycke for WashSmart™ / Eco and QuickSmart.
Select the wash temperature you want to adjust, eg ‘Warm’, by touching the 'Wash temp' button.
The digital display screen displays the current setting.
Touch the ‘More’ or ‘Less’ button to increase or decrease to the desired temperature. Each increment
is equal to approximately 1°C, except QuickSmart™, each increment is 2°C

19
FAULT CODES
1-7. Motor Control Module Fault
The Motor Control Module has encountered an error when writing to an EEPROM address.
Primary Source: Motor Control Module.
Action: Replace Motor Control Module.
9. Model ID Error
The Motor Control Module has found a fault with the model ID setting.
Primary Source: Setting.
Action:
Check Model ID and set if necessary.
Secondary Source: Motor Control Module
Action:
Replace Motor Control Module
Tertiary Source: Display is not compatible with Motor control module. A 00 shown when trying to
set Model ID.
Action:
Check the part numbers of the motor control module and the display module.
10. Temperature Sensor (Thermistor) Error
The temperature sensor may be open circuit.
Primary Source: Thermistor
Secondary Source: Motor Control Module
Action:
Check the connection of the thermistor to the Motor Control Module.
Check resistance of temperature sensor. Resistance should be 10kΩ@ 25°C or 12.5kΩ@ 20°C.
Replace if faulty.
Replace Motor Control Module.
12. Flood Protection Error
The Motor Control Module has detected the water level to be above the flood level and tried to
pump the excess water out. After pumping for 30 seconds, the pump has been unable to lower the
water level below the flood level. The water valves may have stuck on and are letting water in at
a flow rate that is higher than the pump can handle, or the pump may be blocked and cannot drain
the excess water.
Primary Source: Water Valves.
Action:
If the water valves are on continuously, check that the water valves turn off mechanically, by
removing power to the machine.
Secondary Source: Pump system.
Action:
Check the pump for blockages and drain hose for correct height and kinking
Tertiary Source: Motor Control Module.
Action:
If water valves are being driven on electrically, replace Motor Control Module.