Service Information. SWAN brand Entry Level ELECTRONIC CONDENSER TUMBLE DRYERS

5407837 Issue 2 July 2015 SM003992 ~ C00307711 SWAN brand Entry Level ELECTRONIC CONDENSER TUMBLE DRYERS PLEASE NOTE: These models do not display Fault Codes if a Fault occurs. Models Covered: STCL407WUK 87207 STCL407BUK 87208 STCL408WUK 87209 STCL408BUK 87210 Refer to the Fault Finding details on page 6. Service Information UK Ltd 2015 Reg. Office: Peterborough PE2 9JB Registered in London: 106725

SAFETY NOTES & GENERAL SERVICING ADVICE 1. This manual is NOT intended as a comprehensive repair/maintenance guide to the appliance. 2. It should ONLY be used by suitably qualified persons having technical competence applicable product knowledge and suitable tools and test equipment. 3. Servicing of electrical appliances must be undertaken with the appliance disconnected (unplugged) from the electrical supply. 4. Servicing must be preceded by Earth Continuity, Earth Resistance and Insulation Resistance checks. 5. Personal safety precautions must be taken to protect against accidents caused by sharp edges on metal and plastic parts. 6. After servicing the appliance must be rechecked for Electrical Safety. In the case of appliances which are connected to a water supply (i.e.: Washing Machines, Dishwashers & Food Centres etc.) checks must be made for leaks from seals gaskets and pipe work and rectification carried out where necessary. 7. It can be dangerous to attempt 'DIY' repairs / maintenance on complex equipment and the Company recommends that any problem with the appliance is referred to its own Service Organisation. 8. Whilst the Company has endeavoured to ensure the accuracy of the data within this publication they cannot hold themselves responsible for any inconvenience or loss occasioned by any error within. SERIAL NUMBER / INDUSTRIAL CODE EXPLANATION Serial Number Example 1 10 02 0895 Four remaining digits = Build number that day 895 th built Third two digits = Day of manufacture 2 nd of month Second two digits = Month of manufacture October First digit = Year of manufacture 2011 Industrial Code Example 37 24455 0010 Last four digits = 0000 original production. Other numbers denote major production changes Second five digits = COMMERCIAL CODE* * Vital for correct model information and system identification First two digits = Factory of origin 2 of 34

INDEX Safety & Servicing Notes........................................................ 2 Serial Number / Industrial Code Explanation........................................ 2 Index..........................................................................3 Production Changes.............................................................3 Model Matrix.................................................................. 4 Energy Information..............................................................4 Specifications..................................................................5 Fault Finding / Test Cycles................................................... 6-10 Thermistor Table...............................................................11 Heater Connection Details.......................................................12 Wiring Diagram................................................................13 Installation................................................................... 14 Dryer Care................................................................ 15-16 Dryer Overview............................................................ 17-19 Dryer Function............................................................ 20-23 Component Description..................................................... 24-25 Programme Guide............................................................. 26 Control Board Programming................................................. 27-28 Dismantling - Condenser.................................................... 29-33 Production Changes February 2015 Settings File updated to fix Dryer not heating when used in locations with a low ambient temperature (Garages / Outhouses etc.) Thermistor Resistance value chart added to this document (Issue 3). 3 of 34

Example Energy Information - STCL408W / STCL408B P roduct Data - R egulation 392/2012. Brand Swan Model STCL 408W (UK) STCL 408B (UK) Rated capacity of cotton laundry for the "standard cotton programme" at full load - kg This household tumble drier is a Energy efficiency class on a scale from A+++ (low consumption) to D (high consumption) Condenser The weighted Annual Energy Consumption (AEc)* kwh 1) 627.8 This household tumble drier is a Automatic Energy consumption full load; Edry - kwh 2) 5.33 Energy consumption partial load; Edry½ - kwh 2) 2.83 Power consumption: off-mode (Po) - Watts 0.42 Power consumption: left-on mode (Pl) - Watts 2.24 Duration of the 'left-on mode' for power management system - minutes Prog. Time - weighted (Tt) full & partial load - minutes 3) 112 Full load (Tdry) - minutes 151 Partial load (Tdry½) - minutes 82 Condensation efficiency class on a scale from G (least efficient) to A (most efficient) Average condensation efficiency - % weighted (Ct) full & partial load 3) 71 full load (Cdry) 71 partial load (Cdry½) 71 Airborne acoustical noise emissions - db(a) re 1 pw 68.0 1) "Standard cotton at full and partial load is the standard programme to which the information in the label and the fiche relates. The standard cotton program is suitable to dry at cupboard level (0%) cotton laundry and is the most efficient programme in terms of energy consumption. Partial load is half the rated load. 2) based on 160 drying cycles of the standard cotton programme at full and partial load, and the consumption of the low-power modes. Actual energy consumption will depend on how the appliance is used. 3) Weighted average of 3 cycles at full load and 4 cycles at half load. R egulation 932/2012. Energy consumption in kwh, for program Synthetics full load 1.93 8.0 C 30 C Programme time in minute, for program Synthetics full load 85 Partial load for program Synthetics N/A 4 of 34

SPECIFICATIONS Introduction Date August 2014 Features Electronically controlled tumble dryer comprising an combined interface and control module fitted to the rear of the dashboard. Country of Origin UK Dimensions Height 850 mm Width 595 mm Depth 623 mm Net Weight 36.87 kg Colour White Energy Class B or C Depending on model (2012 Energy Label Regulations) Noise Level 69db Power Consumption Left On 2.24 watts Off Mode 0.42 watts Drum Volume 112 Litres Electronics Stripped Arcadia Heater High Heat 2.3 kw Heater Controls Variable using Electronic Controls and sensors Sensing Levels 3 or 5 depending on model. Control Thermostats Cycling Thermostat 120 C Motor Capacitor Approvals One Shot Thermostat 143 C Type 362/363-Single Phase Capacitor run 2 pole Induction Motor 2800 rpm 8.5uF CE, IMQ 5 of 34

FAULT FINDING FAULT CODES These models DO NOT display Fault Codes when the dryer develops a fault. However an Auto Test feature is available to help diagnose faults. Preliminary Checks: Before performing any tests ALWAYS check that the Water Container is empty and that the Condenser Unit and the Drum Filter are NOT blocked with fluff or lint, as this may be the cause or partial cause of the of the fault. 2 Filter Water container Condenser Unit Rear Tap Condenser unit Catches Handle Condenser cover Air intake Front Auto Test If a Fault is detected the dryer will not move on to the next phase of the test, but will perform the following sequence: > Beep Once > Pause for 30 Seconds > Beep 3 Times > The End LED will display This will Indicate the dryer has a Fault, but it will not indicate the exact cause of the problem. Observing at which phase the auto test ends gives an indication of the type of fault and cause. See the information on the following pages. 6 of 34

Auto Test Sequence Before Starting the Auto Test, make sure the Water Container is empty, the Filter and Condenser are Clear of fluff or lint. Auto Test - Preparation: If you are including the Conductivity Sensor Test when running the test procedure: 1. Attach the magnetic end of the 270 K ohm test lead to the metal strip conductivity sensor inside the drum. 2. Connect the ring terminal end to an earth point on the cabinet of the machine. (The Air Duct fixing screw is recommended). 3. After attaching, check Earth Continuity between this ring terminal and the mains power plug Earth pin on or the metal rear panel of the dryer, using a multimeter. The continuity resistance reading should be 1 ohm or less. Magnet fixed to sensing strip inside the drum Ring terminal end fixed under air duct screw Routing of wire and resistor. Safe position of 270K ohm resistor assembly with door closed Magnet 450 mm 180 mm 270K 2W Screw fixing 7 of 34

AUTO TEST - CONDENSER DRYERS SAFETY WARNING! When performing the Auto Test you will need to remove the top cover of the Dryer while Electrical power is still applied. To avoid the risk of electric shock, during this sequence you MUST make certain no persons have any contact with the LIVE area around the Mains Terminal Block (cable entry position) or main Power module behind the Console. Preparation: 1. Remove the 2 screws securing the top cover to allow its removal when required during the test sequence. 2. If necessary fit the Magnetic Test resistor. See page 7 for details. To Enter Auto Test Mode - Condenser Models 1. The dryer must be plugged into the electricity supply with the Programme Selector set to the OFF Position. 2. Turn the Selector Clockwise to Programme 1. Wait for the LED s to turn OFF. 3. Push the Delay Option Button once. 4. Turn the Selector Clockwise to Programme 2. 5. Push the Delay Option Button once. 6. Turn the Selector Anti-Clockwise to Position 15. 7. Push the Start Button once. This starts the test, indicated by the drum rotating clockwise for a short period - approximately 7-8 seconds. Note: If after starting the Auto Test and the drum has not Paused within 15 seconds, the auto test has not been entered successfully, turn the control Knob to OFF, and repeat the above sequence. TEST SEQUENCE - for a CONDENSER DRYER which has no detectable Faults 1. The Drum Rotates Clockwise for about 7 or 8 seconds. Pause. At this point remove the top cover. Remove the Water Bottle and pour 300 ml of water into the Water Bottle support. (This will operate the Float Switch at the base of the dryer). 2. Refit the Water Bottle (if the Water Bottle is not replaced the test will fail at this point). 3. The dryer will pause until the Float Switch has moved to the full position. The drain pump will turn on and the drum will rotate Clockwise for about 15 seconds. The water that was poured into the support (filling the pump) will be pumped into the water bottle. Pause for 5 seconds. 4. The Drum Rotates Anti-Clockwise with the Heater On (both elements) until the Rear Thermistor detects a temperature Rise, - the heater then turns OFF and the drum continues to rotate. Pause for 5 seconds. 5. The Drum Rotates Clockwise with the Heater On until the Front Thermistor detects a temperature change, the Heater turns Off and the drum continues to rotate. Long Pause. 6. 3 Beeps then the END LED Illuminates. 7. Test Ends. 8 of 34

TEST SEQUENCE - for a CONDENSER DRYER which has a Fault, 1. The Drum rotates clockwise for about 7 to 8 seconds Step Phase: Float switch operation and Drain Pump operation At this point remove the top cover. Remove the Water Bottle and pour 300 ml of water into the Water Bottle support. This will operate the Float Switch at the base of the dryer. 2. Refit the Water Bottle (if the Water Bottle is not replaced the test will fail at this point). 3. The dryer will pause until the Float Switch has moved to the full position. The drain pump will turn on and the drum will rotate Clockwise for about 15 seconds - actual Time depends on quantity of water in the base reservoir. The water that was poured into the support (filling the pump) will be pumped into the water bottle. If the pump is faulty or a there is a blockage in the hose or a pump wiring fault, the Water container will not fill with water at this point, and the drum will continue to turn for approx. 3 minutes, then the dryer beeps, pauses for 30 seconds, beeps 3 times then the Test Ends. Pause 5 seconds. Step Phase: Heater Operation and Rear Thermistor Temperature Check 4. Drum Rotates Anti-Clockwise with the Heater On (both elements) until the Rear Thermistor detects a temperature Rise, - the heater then turns OFF and the drum continues to rotate for a short period. Pause for 5 seconds. If the Rear Thermistor, Thermostat or Heater is Open Circuit (both Elements) or disconnected the Test Cycle will finish at this point - then the dryer beeps, pauses for 30 seconds, beeps 3 times then the Test Ends. Step Phase: Heater Operation and Front Thermistor Temperature Check 5. Drum turns Clockwise with Heater On (both elements), until the Front Thermistor detects a temperature change. 6. Heater will Turn Off, the Drum will continue for a few minutes.. If the Front Thermistor, is Open Circuit or disconnected the Test Cycle will finish at this point - then the dryer beeps, pauses for 30 seconds, beeps 3 times then the Test Ends. Step Phase: Conductivity Sensor Check (only applies if magnetic resistance is being used) 7. With Magnetic test resistor fitted Without Magnetic test resistor fitted and Sensor Circuit OK OR fitted but Sensor Circuit not OK Long Pause, 3 Beeps, End LED is Illuminated. Pause, Beep, Long Pause, 3 Beeps, End LED is Illuminated. 8. Test Ends 9 of 34

DRYER OPERATION CHECK - Condenser Models When Checking Heater, Drum Action or Thermistor Operation, you are advised to use a Timed Programme. When Sensor Programmes are used, after the module has estimated the weight of the clothes and the cycle time required to dry the clothes, the Dryer will start to reverse tumble. Note: This weight and estimated drying time are calculated by the module which monitors the front thermistor temperature increase in the Front Air Duct over a period of time. For example, a small load will allow a faster temperature rise at the front thermistor. A large load would cause the temperature to rise more slowly. Drum When set to a Timed Programme the machine will reverse for a short period approximately every 5 minutes. Heater Faulty or Disconnected Thermistors (Front and Rear) and the associated wiring will cause the machine not to heat. (If an Auto Cycle is used the dryer may operate at ½ Heat, depending on cycle used). In these instances the machines will complete the Cycle without Heating with no indication to the user, other than the load will be cold and wet at the end of the cycle. One Element Open Circuit - Dryer works at 1.15 kw and dries normally taking slightly longer to complete the cycle. Thermistors Rear Thermistor (Located on Heater Frame) next to the Cycling and One-Shot cut-outs. 10 of 34

Thermistor Tables When testing these Thermistors make sure you have selected the CORRECT resistance range on your test meter for the value you expect to see. The resistance value varies with temperature. FRONT THERMISTOR REAR THERMISTOR Temperature C Resistance KΩ Temperature C Resistance KΩ -20 462.89-20 958.78-10 268.29-10 549.14 0 160.39 0 324.98 10 98.66 10 198.37 20 62.32 20 124.37 25 50.00 25 100.00 30 40.35 30 80.544 40 26.73 40 53.173 50 18.096 50 35.878 60 12.496 60 24.768 70 8.792 70 17.418 80 6.296 80 12.442 85 5.361 85 10.582 90 4.583 90 9.0436 100 3.388 100 6.6843 Example: Front Thermistor If the ambient temperature where you are testing is 15 C you would expect to get a reading of approximately 80.40KΩ. (If the thermistor has warmed up because of handling or operation of the dryer then the meter reading will be a lower value) The Rear Thermistor is a different component with a different specification - refer to the chart 110 5.0111 120 3.8064 125 3.3330 130 2.9262 140 2.2754 150 1.7891 11 of 34

Heater Connection Details Heater / Thermistor Connector Plug Always fit a cable tie to secure the Heater connectors together. Cable Colours dynamic/upper heater one shot cut-out cycling thermostat hot/rear NTC orange static/lower heater white link orange orange brown red red 5 4 3 2 1 thermistor cycling one shot 12 of 34

5 4 3 2 1 3 2 1 1 2 1 2 3 1 2 3 1 2 3 4 5 6 1 2 3 13 of 34 WIRING DIAGRAM - Entry Level CONDENSER Models L N E main connection with suppressor hot/rear NTC door switch 160029739 Heater cover assy red red red red brown static/lower heater orange orange orange blue blue blue blue brown brown 1 2 3 1 2 3 4 orange CN10 CN11 dynamic/upper heater one shot cut-out cycling thermostat PSC Motor with protector 160029741 red cw black Capacitor black red blue green/yellow ccw white CONNECTOR ON BOARD WAYS WIRES DESCRIPTION CN1 5 5 I2C CN2 4 4 UART BPM motor CN3 1 1 earth CN4 1 1 sensing strip CN5 6 4 drain pump - oat switch CN6 3 2 hot/rear NTC CN7 3 2 front NTC CN9 3 3 PSC motor CN10 3 3 heater CN11 4 4 suppressor - door switch drain pump float switch red 160029743 red 4,8 front NTC white red blue 160029742 CN9 CN5 CN2 CN6 CN7 160029653 CN3 CN4 black HARNESS INDESIT CODE DESCRIPTION H1 21023259100 motor drain pump oat switch front NTC hot NTC H2 16002965300 Sensing strip H3 16002965200 Earth H4 16002974000 Heater H5 16002973900 suppressor - door switch 160029744 CN1 160029652 CONDENSER DRYER 160029738.00 sensing strip Drum assy

INSTALLATION The dryer MUST be located away from gas stoves, hobs or heaters. If the dryer is located under a work surface, there must be a 10 mm gap around any top or above the dryer and a minimum 15 mm space along each side. This is to ensure correct air circulation. 10mm 15 mm 15 mm CONDENSER DRYERS Draining the dryer into an Internal Drain If the dryer drains into an external drain, the water container will not need to be regularly emptied. The height of the drain must be less than 1 metre from the bottom of the dryer. Remove the existing hose from the position shown, Fig. 1. Fit a suitable length of hose (Part No. C00279043) to the location shown in the photo (Fig. 2). Confirm the hose is not squashed or kinked when the dryer is in its installed position. Fig.1 Fig.2 Fig.3 Remove this hose Outlet Spigot New drain hose fitted 14 of 34

LOOKING AFTER THE DRYER FLUFF FILTER The fluff filter MUST be cleaned after every use. Never use a Tumble Dryer without the filter in place. 1. Remove the filter from the dryer. 2. Open and clean the filter. WATER CONTAINER Empty the water container after every cycle. 2 1. Remove the water container from the dryer. 2. Empty the water container intoa sink. 3. Replace the water container ensuring it is fully pushed home. NOTE: - Priming for water collection. When the dryer is new, depending on the type of load dried. It may take one or two cycles for water to be collected in the water container. Once primed, water will be collected after every drying cycle. 15 of 34

CONDENSER UNIT - CONDENSER DRYERS For normal domestic use, the condenser should be cleaned once a month. Open this flap by pulling the handle Release the latches to remove the condenser Remove and Rinse the Condenser over a sink or bath Refit the condenser the correct way up 1. Open the condenser cover by pulling on the handle. 2. Rotate the 3 clips and pull the condenser towards you to remove. Some water is normal. 3. Flush the condenser unit from the rear to remove fluff deposits. 4. Refit the condenser, with the arrows pointing upwards. Once pushed home, rotate the 3 clips to lock into place. 16 of 34

DRYER OVERVIEW Introduction of Simplified Electronics These Models are fitted with a new Electronic Module, which is fixed to a plastic carrier, located behind the Console. Plastic Water Shield (if fitted) Low End Adaptor Connection point Control Module Fluff Barrier Drum This Module replaces the Control Module (previously located in the Base), the Display Module + Control Interface (previously located behind the Dashboard) and the Module to Display interface harness, fitted to 2013 Production Tumble Dryers. It is NOT interchangeable with earlier products which use 2 modules. The module is covered with a white plastic water shield which must always be fitted correctly and retained with its fixing clip. Programming Connector The module is programmed using Memwriter and a Hardware Key or with a SmartCard Reader and Card, connected using a Low End Adaptor. (See pages 27 & 28 - Contol Board Programming) These models have an Auto Test Cycle. See pages 7 & 8. Fault Codes These Models do NOT display a fault code if the dryer is in a Fault Condition. See page 6. Low End Adaptor connector 17 of 34

DRYER OVERVIEW - CONDENSER MODELS These Condenser Auto Tumble Dryers are freestanding with a round door on the front that can be opened to allow the drum to be loaded with clothes. The door is NOT reversible. The facia moulding across the top of the front panel houses the dryer user controls and water container. Within the cabinet is a drum, which is capable of accepting a maximum 7 or 8 Kg* (depending on model) load of damp clothing. The drum is supported at the front by 4 plastic bearing pads or 1 drum support wheel and 2 bearing pads (depending on model) mounted on the front air duct and a single bearing at the rear located in the rear panel. A shaft fixed to the rear of the drum runs in the rear bearing. The drum is driven by a belt, which passes around its periphery and onto the shaft of a motor secured to the base of the dryer. The belt is elasticated and tensioned by a pulley mounted to the motor. As well as driving the drum the motor also drives impellers (rotors), fixed to each end of its shaft. The front impeller draws cold air into the dryer, while the rear impeller recirculates drying air. The addition of heat to the recirculating air is provided by a heating unit attached to the rear panel, enabling the air to hold moisture when in contact with the wet load, thus causing it to dry. As the warm recirculating air passes through the drum it collects lint as well as moisture. To prevent the lint from blocking the heat exchanger (condenser), the air is passed through a filter located in the front air duct door. The filter unit is positioned so as to be easily removable for cleaning by the user. After passing through the filter, the circulating air is dusted through passageways in a heat exchanger (condenser) located in a housing on the base of the dryer. Cold air is drawn into the dryer and flows across the heat exchanger passageways. This cold air is not mixed with the warm damp recirculating air, but is drawn into the dryer. This has the effect of reducing the circulating air temperature, causing it to give up its moisture. (Cold air holds less moisture than hot air.) The now warm cooling air is exhausted through the rear of the dryer. The moisture removed from the recirculating air is pumped to a removable container mounted in the left-hand side of the console. The user can easily withdraw the container to dispose of the collected condense. There is no requirement for venting to atmosphere on this dryer. CONDENSER DRYER AIR FLOW Cooling Air Circuit (open to atmosphere) Recirculating Air Circuit (sealed) 18 of 34

Controls Overview The user controls consist of a programme selection knob, option buttons and a Start/Pause button. The control system consists of a user interface and control module, a thermistor mounted at the top of the front air duct and one mounted on the heater assembly and a conductivity sensor. The conductivity sensor is mounted in the front air duct. Drum Support Wheels A single wire connects the sensor to the control module. The thermistors and conductivity sensor send values back to the control module. The control module then determines the programme duration and required dryness of the load in a set of values for a particular programme held within the control module software. Conductivity Sensing Strip Bearing Pads The combined Control and Power Module is a single unit located at the top front right hand side of the dryer directly behind the console panel. This module does not have a standard service port, and requires the use of a Low End Adaptor to connect the Hardware Key to permit module programming. The control module must be programmed with the relevant eeprom file if the control module is replaced, the eeprom file becomes corrupted or if an updated file becomes available. Programme Duration: Once the programme has started the module will determine programme length for the size and type of load. This detection is made within 10 minutes of the start of the programme and is achieved by use of the front thermistor, rear thermistor and conductivity sensor. The module will then adjust the programme time accordingly. If the clothes are not sensed as dry when the 10 minute Cool Tumble period is reached, the module does not start the Cool Tumble but continues to dry the clothes until the value from the conductivity sensor indicates that the clothes are dry. The programme then advances into Cool Tumble. Maximum Programme Period: If after the maximum permitted programme time of 300 minutes (Note: this is an internal default value.) the clothes are still not sensed as dry, the programme advances to Cool Tumble and completes the programme. No fault is indicated if this occurs. Heater Control The control module also controls the heater. This has an upper and lower element. The lower (static) element is permanently energised (except in cool tumble) and the upper element (dynamic) is cycled on and off by the control module during a programme to maintain the correct temperature within the drum for the programme selected. If the user turns off the power or disconnects the mains cable or there is a power cut, the dryer will remember its last settings and resume the programme when the start button is pressed. If the event of a controls or thermistor failure, a cycling thermostat and one-shot thermostat are fitted as safety devices. 19 of 34

FUNCTIONS DESCRIPTION The Drying Guide allows you to consult a user friendly table of fabric types and load capacities. The PROGRAMME knob sets the programme: rotate it until the indicator is pointing to the programme you want to select. This will also power the dryer to the ON state. This replaces the On/Off button found on previous models. When either OFF (Hotpoint models) or the knob marker () (Indesit models), is positioned in the 12 o'clock position, it turns the machine Off and Cancels the Programme. The OPTION buttons/lights select available options for your selected programme. The lights indicate that the option has been selected. The START/PAUSE button/light starts a selected programme. When you press this button there will be one beep and the progress lights will flash to confirm the action. When a programme is running, holding this button in pauses the programme and stops the dryer. The light is green when programme is running, flashing amber if the programme has been paused or flashing green if on stand-by waiting to start a programme. Stand-by Mode 30 minutes after a programme has finished, if the dryer is still 'On' and no buttons have been touched, the dryer will go into Stand-By mode. The LEDs and display will switch off. To reactivate and to remove the dryer from Stand-By mode, turn the Programme Selector to position "1". It will take a few seconds to recover from "Standby". Another programme can be started or the dryer switched off by turning the selector to the OFF position. The Progress or Delay lights show you the status of the programme, or the delay time when they flash. During a delayed start the lights flash to show the delay selected. When (not flashing) they show each stage of the programme by the corresponding light turning on. The Empty Water indicator light signals that the water container should be emptied. The light will take a few seconds to go out after replacing the empty water container, the dryer must be running for this to happen. Note: If the water bottle fills the indicator light flashes, the heat is turned off and your clothes will not dry. The Clean Filter light gives you a reminder before every programme that it is essential to clean the filter every time the dryer is used. The Clean Condenser light gives you a reminder that it is essential to clean the condenser at regular intervals. 20 of 34

USING THE DRYER 1. Load the Dryer with Laundry 2. Turn the Power On to the Dryer 3. Turn the Selector Knob to the required Programme - this will turn the Dryer On and select the programme in one action. 4. Set any required options - if available 5. Push the Start/Pause Button to begin the programme. Note: Turning the programme knob to another programme after the cycle has started will NOT change the cycle to the new programme. You must cancel it first. Cancelling a Programme To cancel a programme turn the selector knob to the OFF position and wait until it ends. Then you can select another programme. Automatic pre-post Crease Care This is an automatic function which provides an anti-crease treatment both before and after the drying programme. By periodically rotating the drum before the start of the drying cycle, when a delayed start is selected, the formation of creases is prevented. On certain programmes the drum also rotates periodically at the end of the drying cycle. The phase is stopped when the door is opened or when the knob is set to OFF. 21 of 34

OPTION BUTTONS Note: Some buttons are disabled by software when their selection is not appropriate. Start/Pause This button is used to start every programme or to continue a programme if the door has been opened and then closed, or if there has been a power interruption. Pressing and holding in this button when a programme is running cancels the programme. Low Heat This Option can be set on Timed Cycles and some automatic Cycles. If the Option if not available, when the button is pushed the LED will flash and a beep is heard. When the Low Heat Option is enabled, the Target Heating Temperature is Reduced - therefore the clothes will take longer to dry. Alarm When this Option is set the Buzzer Sounds at the end of the Drying Cycle to Signal that the programme has ended and the garments are ready to wear. 22 of 34

PROGRESS, ADVICE & WARNING LAMPS Clean Filter / Empty Water Container LED LED On - Reminder to empty the water container and clean the filter. The filter must be cleaned after every use. LED flashing and buzzer sounds - The water container must be emptied immediately and the dryer restarted. The flashing LED indicates the container is full and the dryer will turn the heater off. After restarting, the LED will take a few seconds to go out. Clean Condenser LED The LED comes on every 20 cycles to remind the user that the condenser must be regularly cleaned. The cycling on of the clean condenser LED is only controlled by the control module and is displayed as a reminder. This dryer does not sense the state of the condenser. Progress Lamps Drying Cool Tumble End During Drying Cycle: Denotes the dryer is drying the clothes Denotes the dryer is on the Cool Down period Denotes the cycle has finished. 23 of 34

COMPONENTS Door The door is constructed of several components, the outer shell being powder coated metal. And an inner lining consists of a moulding that clips into position on the outer door shell. The hinges are reversible, the extra holes on the opposite side of the front panel being filled with blanking plugs. The blanks need removal before changing the hinge side that can be completed by diagonally transposing the hinges. Filter Comprises of a plastic mesh moulded into its housing, which slides into the front air duct. Door Switch Normally open single pole microswitch activated by the door on closure. This is the first switch in the electrical Water container circuit and therefore its rating, corresponds to the full loading of the product. Control Module This is an Electronic Device that monitors and controls all devices within the tumble dryer. A production module is pre programmed at the factory with the relevant programmed file. Service Modules are supplied non programmed and it is necessary for the Module to be programmed by the Service Engineer. See pages 27-28 for Module programming. Filter Drum The drum comprises of a zinc coated front and rear body and two removable plastic lifters. The rear of the drum is perforated to allow the passage of air. Fixed to the rear pressing is a support shaft which runs in a bearing located in the rear panel of the dryer. A drive pin and collar on the drum shaft prevents forward thrust during use. The front lock seam of the drum rotates on front drum support wheels. Condenser cover handle (pull to open) Air intake grille Rating plate Model & Serial Numbers The drum has a patterned finish to allow for better air circulation within the drum. Curved Drum paddles give extra garment care. Patterned drum from a model fitted with a stainless steel drum Rear Thermistor Fitted to the heater assembly above the heater. Used by the electronics for controlling the temperature into the rear of the dryer. Front Thermistor Fitted to the bottom of the front air duct moulding, used by the electronics for controlling the temperature. One-Shot (Safety) Thermostat (White Spot) 24 of 34

This device is a disc type thermostat set to operate at 143 C. It is used as a Safety Device. It is positioned above the element. If this device fails it cannot be reset. Cycling Thermostat ( 120 C +/- 3 C ) The cycling thermostat is mounted adjacent to the one-shot (safety) and is designed to open at 120 C. It limits the temperature of the heat entering the drum. Heater Unit ( for Condenser models = 2.3 kw ) Consists of coils wound on 'mica' supports, which are supported by mica end insulators. These end insulators fit into a steel pressing that also locates the rear thermal controls. This is fixed by screws to the rear cover. This pressing also forms air guides. The heater elements thermal controls, thermistors and rear cover are supplied as an assembly and has a 5 - way and a 2 - Way connector provided to interface with the electronic module. The heater has upper and lower heater sections. The lower (static) heater is permanently energised and the upper heater (dynamic) is cycled on and off by the control module during a programme to maintain the correct temperature for the programme selected. See page 12 for Heater Technical information. Motor A two pole P.S.C running at 2800 rpm with the impeller fitted to the rear end of the shaft and the drive belt running directly in grooves in the front end of the shaft. It is protected from overload by a self-resetting internal cut-out that interrupts the electrical supply to the windings. It is used together with a capacitor that is mounted on the base of the dryer. Pump & Float Switch Mounted on the bottom right-hand side of the rear panel, condensate water from the condenser chamber is pumped via an external hose to the water container situated behind the console. Operation of the Float Switch (water container full) When the water container becomes full, the excess water is diverted back into the pump reservoir, which causes the float to rise and the operation of the micro switch signals the module, the container is full. After 2 minutes the machine will stop with the Start/Pause LED Flashing and the Empty Water LED illuminated. Drum Rear Seal This unit comprises of a ring of foam with a webbing bearing face. Lubrication is applied to the drum where the webbing surface runs, to reduce noise and wear. The seal reduces air losses at the rear of the drum. The joints in the foam are sealed with glue and the joints in the webbing are stitched to further reduce air leakage. Drum Earthing Drum Earthing is obtained by the teardrop bearing fixing screw. NOTE: - It is important that the correct screw is always used to secure the teardrop bearing. Earth Screw Teardrop bearing 25 of 34

PROGRAMMES Programme Max. load (kg) Compatible options Cycle duration* 1 Standard Cotton Max Alarm - Low Heat. 140' 2 Cotton Extra Dry Max Alarm. 150' 3 Synthetics 4 Alarm. 100' 4 Delicates 2 Alarm. 130 5 Jeans 3 Alarm. 90 6 Refresh - Alarm. 20 Timed drying cycle 30 60 80 100 120 140 160 180 200 - Alarm - Low Heat. - * note: The duration of these programs will depend on the size of the load, types of textiles, the spin speed used in your washer and any extra options selected. Programmes Standard Cotton: Dries your items to a dryness level that allows you to put your clothes away straight from the dryer. Cotton Extra Dry: Dries your items to the maximum possible dryness level. Even drier than Standard Cotton dry. Synthetics Recommended to delicately dry synthetic fabrics. Delicates This program can also used for delicates/acrylic fabrics (2 Kg). Jeans It can also be used on other garments made from the same material, such as jackets. Loads dried using this programme are usually ready to wear, the edges or seams may be slightly damp. If this is the case, try turning the jeans inside out and running the programme again for a short period. Note: We do not recommend that you use this programme if your jeans have elastic waist bands, studs or embroidery. Refresh A short programme suitable for refreshing fibres and garments. It lasts about 20 minutes. Note: As this is not a drying programme, it is not to be used for garments that are still wet. 26 of 34

CONTROL BOARD PROGRAMMING for Modules with fixed EEProm NOTE: This board does NOT have a physically replaceable EEProm. Programming a Main Board There are a number of ways the board can be programmed - some of which are not applicable to certain markets. Types of programming: 1. Handheld Terminal (Not UK) 2. Emit / Memwriter (UK - Indesit / Hotpoint Service Engineers) 3. Smart Reader & Smart Card (certain areas of UK market) see photo below and following page. Smart Card Reader Smart Card this card holds the program file and can ONLY be used ONCE. After the module has been programmed the card is automatically erased. PROGRAMMING (Using EMIT) This dryer can be programmed via the Emit PC, using a USB lead (Part No. C00289046), Hardware key (Part No. C00289048) and the Memwriter software. USB Hardware Key and USB Cable Part No. C00289046 Part No. C00289048 A = USB connector B = not used A A B Connector pins are NOT replaceable 27 of 34

Connection to the Module The Smartcard Reader or Hardware Key (shown below) MUST only be connected to the module using a Low End Adaptor - See method below. The Low End Adaptor edge connector plug connects to CN1 on the Module. The plastic Water Shield must be secured correctly after programming. Plastic Water Shield Low End Adaptor Connection CN1 Hardware Key and USB cable or Smartcard Reader PROGRAMMING (Using Smartcard Reader / Card) If the Module has been replaced during a repair the board will require programming using the following method. A module which is not programmed will not function. 1. Do NOT connect the dryer to electrical supply at this point. 2. Insert the pre-programmed card into the Card reader. Care must be taken at this point to ensure the card is inserted correctly with the Chip on the card facing the PCB of the Reader. 3. Insert the Reader and Card into module connection port located at the front of the dryer - see photo. 4. Connect the dryer to the Electrical supply; Observe the electronic component side of the SmartCard Reader. The LEDs on the Smart Card Reader will light in this sequence: a. Red ON: Good Communication between Smart Card Reader & Card. See also Note 1 below. b. Red OFF; Green Blinking: Download taking place. c. At end, Green ON = Download OK, module programmed, Red ON = Download NOT OK -see Note 1. below. 6. Disconnect the appliance from the electricity supply. 7. Remove the Smart Card Reader. 8. Connect the appliance to the Electrical supply. Note 1. a If the Red LED is flashing SLOWLY, a card is inserted but either the card is blank (previously used), is incorrectly inserted or there is a poor connection between the card and card reader. b If the Red LED is flashing RAPIDLY, a card is NOT inserted or not inserted fully. Note 2. SmartCard Re-Use The Smart Card cannot be used again. It is erased after a successful download of the settings file onto the module. 28 of 34

DISMANTLING INSTRUCTIONS - CONDENSER MODELS SAFETY NOTES 1. ENSURE THAT THE APPLIANCE IS UNPLUGGED BEFORE DISMANTLING. 2. BEWARE OF SHARP EDGES ON METAL PANELS AND PRESSED PARTS. A. Top Cover 1. Remove the 2 screws securing the top cover to the back panel. 2. Slide the top cover back and lift clear of the retainers. B. Side Panels 1. Remove the top cover. 2. Remove the 3 screws securing the side panel to the rear panel. 3. Pull the side panel backward to disengage from the lugs on the base panel. NOTE:- Different length screws are used to secure the side panels. Take note of the screw length and positions when removing the side panels. C. Console Panel 1. Remove the water container. 2. Remove the top cover as in (A). 3. Remove left side panel as in (B). 4. Remove the 2 screws on the left hand side of console securing the water container housing to the console. 5. Remove the 1 screw fixing the Water Container to the front panel from the rear of the console (see Fig. A). 6. Remove the 2 round headed screws securing the console to each side panel along its top edge. Screw revealed after removing the side panel 7. Carefully remove the plastic securing rivet which retains the plastic water shield. Water Shield Plastic Rivet 8. Release the lower console securing lugs. 9. Noting the harness connections, disconnect the module. 10. Pull the console clear of the front Panel. 11. When reassembling, the Plastic Water Shield MUST be refitted and secured with the plastic rivet. 29 of 34

D. Interface and Control Module Assembly 1. Remove the top cover as in (A). 2. Remove the console as in (C). 3. Remove the screws securing the Module to the Console 4. Remove the programme knob by compressing the tabs - see photo. Compress programme knob retaining tabs E. Belt 1. Remove the side panels as in (B). 2. Remove the cooling impeller cover using a small blade screwdriver to lift the cover locking tabs. 3. Remove the cooling impeller. 4. Remove the rear bearing as in (J). 5. Remove the heater unit as in (L). 6. Remove the recirculating impeller. 7. Remove the 3 hex head screws behind the recirculating impeller securing the motor to rear of the base moulding. This will release tension on the belt. 8. Rotate the motor towards the centre of the dryer to disengage the belt from the jockey pulley. 9. Remove the 2 screws securing the rear panel to the side strut. 10. Remove the 2 screws securing the water container housing to the rear panel. 11. Remove the hose spigot from the container housing by rotating 90. 12. Pull the rear panel backward to disengage the drum shaft from the drum rear panel and slide the belt back to remove from the drum. 13. Replace in reverse order. When refitting the belt first position the belt over the jockey wheel, refit as in (N). F. Front Panel, Door Seal & Front Thermistor 1. Remove the top cover as in (A). 2. Remove the console as in (C). 3. Remove the plinth. 4. Remove the 2 screws securing the front panel to the side strut. 5. Remove the 6 screws securing the front panel to the air duct. 6. Remove the 3 screws located behind the plinth securing the front panel to the base. 7. The front panel can now removed leaving the air duct in position. G. Air Duct 1. Remove the front panel as in F). 2. Remove the belt as in (E). 3. Lift the air duct upwards to remove from the base. 30 of 34

H. Front Bearing Pads / Support Wheels Note: Either may be fitted - depending on production variations. Ha Bearing Support Pads 1. Remove the drum as in (O). 2. Unclip the bearing pads which are located on the front air duct. Bearing Support Pads Hb Drum Support Wheels 1. Remove the Drum (O). 2. Unscrew the Bearing Support Wheel fixing bolt. Note: When first started, it is normal for the drum to make a noise for approximately 2 minutes, while the drum support wheels centralise to the load conditions. Support wheel fixing bolt I. Door Switch 1. Remove the top cover as in (A). 2. Remove the console as in (C). 3. Depress the locking tab securing the switch to the front panel and remove the switch. J. Rear Bearing (Tear Drop shaped) 1. Remove the rear bearing cover. 2. Remove the drive pin and collar. 3. Remove the tear drop bearing fixing screw. Teardrop Bearing fixing Screw 4. Slide the bearing off the drum shaft. 31 of 34

K. Pump & Float Switch 1. Depress the 2 pump cover locating tabs and pull the cover clear (Photos 1 and 2). Photo 1 Photo 2 Released Clips 2. Access can now be gained to the pump and float switch. 3. To remove the pump float switch assembly, release the 2 clips either side of the assembly and lift clear (Photo 3). Photo 3 Shown with cover removed L. Heating Assembly, Thermostats & Thermistor 1. Remove the right hand side panel. 2. Disconnect the wiring to the heater multi-pin connector. 3. Remove the 8 screws securing the heater unit to the rear panel. 4. Remove the 2 screws securing the heater to the rear cover. Cable Tie NOTE 1: If replacing the thermostats both the cycling and one-shot thermostat MUST be replaced should either fail. NOTE 2: A cable tie must be used to secure the 3 way plug into the heater connector - refer to photo. NOTE 3: When refitting the heater cover, ensure the heater wiring is not trapped between the inner and outer rear panels. NOTE 4: 2 different screws are used to fit the heater cover. The longer screws are to secure the heater cover to the base assembly. 32 of 34

M. Motor 1. Slacken the belt as in (E) 1 to 8. 2. Lift the motor clear from the base moulding. 3. Replace in reverse order first positioning the belt over the jockey wheel. It will be necessary to use the motor special tool as a lever on the motor casing (as illustrated) to enable it to be rotated under tension to line up the holes in rear moulding with the fixing holes on the motor casing. Refit the 3 hex head screws. Rotate motor with the motor special tool using downward pressure to tension the belt and line up motor fixings in rear moulding Note: It is recommended the motor Special Tool is used to fit the motor/belt. If Pipe Grips or a similar tool is used, ensure the pliers do not cause damage to the motor windings. N. Drum Assembly 1. Remove the top cover as in (A). 2. Remove the side panels as in (B). 3. Remove the console as in (C). 4. Slacken the belt as in (E) 1 to 8. 5. Remove the rear bearing as in (J). 6. Remove the front panel as in (F) leaving the air duct attached to the front panel if required. 7. The drum can now be removed from the rear panel. 8. Replace in reverse order. NOTE: When reassembling, a new drive pin must be fitted. O. Rear Seal 1. Remove the drum as in (N). 2. Remove the rear seal and clean any remnants of the seal and adhesive from the inner face of rear panel. IMPORTANT NOTE The correct size Drum Rear Seal must be always be fitted to the Dryer. Refer to the parts system for correct part number. 33 of 34

END UK Ltd. 2015 34 of 34