Baumatic BDWI640 dishwasher User manual

BDWI640

Exploded views: Pages 2 – 8

Parts list: Pages 9 – 10

Wiring diagram: Page 11

Service manual: Pages 12 – 51

User manual: Pages 52 – 99

Appliance pictures: Pages 100 - 107

211

315

3 11 - a

624

712

709

708

705

710

711

Baumatic

Spare parts list for Baumatic model BDWI640

Position Prefix

X

X

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X

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X

X

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X

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405

408

409

410

411

412

414

417

418

419

420

421

307

308

309

310

311

311-a

312

314

315

401

402

403

403

404

205

208

209

210

211

301

302

303

304

101

102

103

104

201

202

203

204

Supplier MODEL

Item code NUMBER

670400058131 BDWI640

670400058132 BDWI640

673002901290 BDWI640

673000802064 BDWI640

673000495724 BDWI640

672001804043 BDWI640

674010030007 BDWI640

672002200287 BDWI640

672002300037 BDWI640

672002300049 BDWI640

672001400055 BDWI640

672001700002 BDWI640

674000800039 BDWI640

672001400054 BDWI640

672001200061 BDWI640

672001607045 BDWI640

672001607044 BDWI640

673003100010 BDWI640

672001905004 BDWI640

672001700027 BDWI640

673001300555 BDWI640

672002300035 BDWI640

673001300554 BDWI640

672001700025 BDWI640

672001700026 BDWI640

673001700109 BDWI640

672001400042 BDWI640

673000102002 BDWI640

674000000186 BDWI640

673001600058 BDWI640

673002700601 BDWI640

673002700602 BDWI640

674000700032 BDWI640

673001300557 BDWI640

673001300556 BDWI640

673000103020 BDWI640

673001000052 BDWI640

672002300036 BDWI640

672000190026 BDWI640

672001100016 BDWI640

673000101027 BDWI640

673001400210 BDWI640

673002400129 BDWI640

673002400128 BDWI640

674001000953 BDWI640

Description UK

TEMPLATE

INTEGRATION KIT

Control panel cover sticker

Button

Control Panel

OUTER DOOR

DOOR SWICTH ASSEMBLY

INNER DOOR ASSEMBLY

FRICTION STRIP HOOKING

FRICTION STRIP HOOKING clip

LEFT HINGE

DISPENSER BRACKET

DISPENSER

RIGHT HINGE

HINGE join board

LEFT SIDE PANEL

RIGHT SIDE PANEL

UPPER back support tank assembly basket guider supporter basket guider supporting holder anti-noise borad

UPPER BASKET guider link stopper (back)

UPPER BASKET guider (Left)

UPPER BASKET guider (Right) door seal GASKET

DOOR LOCK HOOK

Back cover board

Power cord

AIR BREAKER NUT

AIR BREAKER ASSY - until s/n 66120932579

AIR BREAKER ASSY - from s/n 66120932580

SOFTENER ASSEMBLY

DRAIN pipe CLAMPING tub Support

Base ASSEMBLY

FRICTION STRIP GUIDING

FRICTION STRIP

DOOR SPRING ASSEMBLY adjust screw OF DOOR SPRING base cover foot pcb seat cover pcb seat

PCB

Currency Price

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

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$

$

$

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$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

0.20

0.98

2.50

0.15

8.14

8.14

8.05

0.10

39.73

0.20

0.05

1.00

0.10

1.19

1.20

2.00

0.15

7.00

0.05

0.05

1.00

0.05

1.50

0.50

0.50

0.50

24.00

0.15

1.50

0.30

7.00

1.50

0.52

6.50

6.50

0.80

1.50

0.10

5.00

6.50

6.05

17.50

0.10

433

433

501

504

505

508

509

510

601

603

604

605

607

608

611

421

422

423

425

427

428

429

430

431

431

432

432

624

701

704

705

708

709

710

711

712

612

613

614

615

616

617

618

619

621

623

674001001431 BDWI640

673001400211 BDWI640

673001490013 BDWI640

673001400197 BDWI640

674010030006 BDWI640

674000300072 BDWI640

673001400083 BDWI640

673000900292 BDWI640

673001600068 BDWI640

673001600074 BDWI640

673002800161 BDWI640

673002800168 BDWI640

673001500102 BDWI640

673001500114 BDWI640

673000900343 BDWI640

673001900023 BDWI640

673001900027 BDWI640

673000330000 BDWI640

673001300548 BDWI640

673002500112 BDWI640

673001600057 BDWI640

673000900160 BDWI640

673000900290 BDWI640

673001300560 BDWI640

673000701014 BDWI640

673000900287 BDWI640

674000600129 BDWI640

673002500110 BDWI640

673001300559 BDWI640

673002500111 BDWI640

673001500069 BDWI640

674005600075 BDWI640

672002300038 BDWI640

673001500111 BDWI640

672000700031 BDWI640

674001100053 BDWI640

674010020004 BDWI640

674000900038 BDWI640

672000802032 BDWI640

672000820000 BDWI640

677100900005 BDWI640

672001700023 BDWI640

672001700024 BDWI640

674000200041 BDWI640

674002000034 BDWI640

673002200165 BDWI640

X

X

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X

X

X

X

X

X

X

X

PCB - Resume function EXPORT markets only

Adjust pole

FLOAT overflow switch seat overflow switch

PRESSURE SWITCH power supply loom clamping

DRAIN pipe

SOFTENER nut - until s/n 66120932579

SOFTENER nut - from s/n 66120932580

SOFTENER cover - until s/n 66120932579

SOFTENER cover - from s/n 66120932580

SOFTENER rubber - until s/n 66120932579

SOFTENER rubber - from s/n 66120932580

INNER PIPE ASSEMBLY water DISPENSER ASSEMBLY

MIDDLE SPAYER PIPE ASSEMBLY

LOWER SPRAYER

LOWER SPRAYER seat

PLASTIC FILTER

SUMP NUT

PVC pipe softener outlet pipe

HEATING cab COVER

SUMP ASSEMBLY

INNER DRAIN pipe

Drainage pump main filter filter handle

CYLINDR FILTER

PUMP VIBRATION-PROOF PAD

WASH PUMP ASSEMBLY motor holder

PUMP GASKET

940 CLAMPING

HEATING ELEMENTS ASSEMBLY

WATER PRESSURE SWITCH ASSEMBLY

Sensing device

UPPER BASKET ASSEMBLY

LOWER BASKET ASSEMBLY cutlery ASSEMBLY

Cutlery tray guide rail (Left)

Cutlery tray guide rail (right)

Inlet hose assembly

Wiring harness

Salt filler

$

$

$

$

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$

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$

$

$

$

$

$

$

$

$

$

$

$

$

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$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

$

0.30

10.00

2.00

1.50

14.50

15.50

4.50

0.80

2.00

0.60

6.50

3.00

0.50

0.80

0.20

28.50

0.10

0.20

0.80

10.00

10.50

0.20

0.33

0.11

0.11

1.50

0.70

1.50

1.50

0.15

0.35

0.15

0.50

1.00

2.50

0.05

2.00

0.20

0.22

0.30

0.50

0.30

0.30

0.30

0.15

WQP12-7303

Technical Service Manual

Contents

Specification 2

Function Description 3-4

Water circuit 3-4

Theory of parts 5-23

Location 5

PCB 6-7

Inlet valve 8-10

Drain pump 11-12

Heater 13-14

Washing pump 15-16

Pressure switch 17

NTC 18-19

Flowmeter 20-21

Safety Hose 22-23

Diverter valve 24-25

Test program 26-30

Procedure 27

Error code 28-30

Inspection 31-35

Troubleshooting 35-40

SAFETY NOTICE

This documentation is only intended for qualified technicians who are aware of the respective safety regulations.

- 1 -

Models: WQP12-J7311A

Specifications

Electrical supply

Supply water pressure

220-240V, 50Hz

0.04MPa-1.0MPa

Supply water temperature below 60℃

For the basic operation instructions, please refer to the instruction manual attached with each unit.

- 2 -

Water Circuit ->

Function Description

- 3 -

Water Circuit ->

Function Description

Process of water inlet (indicated by magenta route)

In this process, regeneration water route is cut off, main water route is open. The water in the main water route is softened when pass through the softener, and then enter in the tub. During this phase, some of inlet water will be stored in the air breaker to be regenerating water.

Process of cycle washing (indicated by blue route)

Cycle washing action is driven by washing pump motor. Water can obtain the power during it passing through the working washing pump, then be pumped into spray arm, pass from spray arm nozzles, over the dishes, into sump ,where connect to washing pump, and to get in the next water cycle.

Process of regeneration (indicated by green route)

Regeneration valve is open, the regenerating water dissolve salt in the salt chamber of softener, and then enter in the resin tank to reactivate the resin.

- 4 -

Location

->

Theory of parts

Air breaker

Inlet valve

Washing pump

Over Heat Proof

Micro-switch

Dispenser

Water inlet

Heater

Filter system

Sump

Capacity Softener

Pressure switch

(140/120)

Pressure switch

(83/63)

(only for models whose water filling

be controlled by pressure switch)

Overflow switch

Please Note: Exploded view and part list of each model have some different visions, so please refer to newest vision Midea sent you.

- 5 -

PCB

->

Theory of parts

PCB

Printed Circuit Board is the control center of dishwasher, which receive and process signal from components, send order to components and deal with the feedback information, etc.

Access PCB

Removing the control panel

The control panel can be removed from dishwasher door.

1. Remove the six screws securing the control panel to the door.

2. The control panel will drop down and be free of the door. But, the wiring will still connected to the control panel.

on

Off

1

2

08

S

Note: For the majority of models, the PCB is located behind the control panel. The minority of models locate the PCB on the side of strengthening muscle. You can judge the location by the newest exploded view Midea sent you.

3. Disconnect the connector form PCB.

4. Remove the screws securing the PCB to control panel.

5. Remove the PCB.

6. Reverse the above procedure to install.

- 6 -

Map of PCB

PCB

->

Theory of parts

Note: This map is only applies to 7201 model.

Description

Mark

HEAT

ACL

ACN

IS

EV1-L

RE

ML

PS

D/ED

EV1

EV2

EV3

ISS

ISB

IAQS

FM

FAN

PO

Function

Output for Heating Element

Input of live wire

Input of bull line

Input of Door Switch

Firewire input of inlet valve

Thermister

Washing Pump

Drain Pump

Dispenser

Inlet valve

Softener

Halfload Valve

Salt detect

Rinse detect

Overflow detect

Flowmeter

Fan

Pressure Switch(83/63)

There is small pole’s location difference between different models.

But the marks on PCB have the same meaning described on the left side .

- 7 -

Inlet Valve

->

Theory of parts

Location of inlet valve Appearance

connect to inlet water hose to air breaker electric coil inside terminals

The work principle

The inlet valve is electromagnetic valve that decide whether water enter or not. Valves are normally closed. Each time the appliance requires water, the controller will convey an electric signal to the coils to open the valves.

The inlet valve consist of electric coil, valve body, valve pole, filter etc.

In a word, the electromagnetic valve can act to allow water enter into machine, when it receive the order given by controller.

The defeat point

1. The valve coil is broken, so the valve can’t open. It will cause the E1 error.

2. The filter is jammed, so water can’t enter. It will cause the E1 error.

3. The connector is loose, so the valve can’t open. It will cause the E1 error.

4. The valve pole is rusted or locked by dreg, so the valve can’t open or close. It will cause the E1 or E4 error.

Technical data

Nominal voltage

Frequency

Resistance

Work duty

Flux

Power

Work Pressure

220-240VAC

50/60Hz

Approx:4.4－4.8kΩ

100%ED T25

3min/5min T90

2.5L/min ±15％

6W

0.02－1MPa

- 8 -

Inlet Valve

->

Theory of parts

Access inlet valve

1. Disconnect power.

2. Remove the water inlet hose. (Note : Be careful of remain water drop.)

3. Remove the baseboard, left baseboard, left side panel and middle rear crosspiece.

3. Left side panel

4. Disconnect the 2 terminal lugs from the inlet valve.

5. Push the valve from the lower rear crosspiece to take it off.

6. Remove the clamp and disconnect the inlet hose (to air breaker) from the water valve.

7. Reverse the above procedure to install.

4. Middle rear crosspiece

1. Baseboard

2. Left baseboard

Inlet valve

Attention: Build in models have no Baseboard and left and right baseboard, but adjustable baseboard.

Inspect inlet valve

Check electric part

1.Open the control panel and take out the PCB;

2.Unplug the CON3 and P4 wires , then use the multimeter Ω shelf to measure resistance between the blue wire (EV1) and white wire (IS), the normal resistance is about 4.4KΩ to 4.8KΩ.

3. I f the measured resistance is not correct, it means the valve coil is broken or the connector is loose. In this case, we should check the connection first. If the problem hasn’t been solved by re-connection, we should replace the valve..

4.If the resistance is OK, we need to inspect the valve body.

IS

unplug

Ev1

- 9 -

Inlet Valve

->

Theory of parts

Check machine part

1. If the electric part is OK, we need to check the machine part.

2. Remove the baseboard, left baseboard, top panel, left side panel and middle rear crosspiece.

3. Check the valve filter. if the valve filter is blocked, we need clear the residues.

4. If the valve filter is clear and the valve can’t inlet water, check whether valve can act or not. If it isn’t , we need replace the valve.

5. If the water is continue entering, we need replace the valve.

- 10 -

Location of Drain Pump

Bottom View

Drain Pump

->

Theory of parts

The work principle

Drain pump integrated into sump connect to drain hose terminals motor to washing pump

The work principle

Drain pump consists of electrical motor, impeller, inlet and outlet.

Drain pump is a kind of pump driven by permanent magnet synchronous motor. The rotor is made with permanent magnet material, the running inertia of rotor is very small, the stator consist of silicon steel stack and coil. When the drain pump is on power, the rotor will be very easy to start.

The defeat point

1. The motor coil is broken, so the drain pump can’t work. It will cause the E2 , E4 or E1 error

.

2. The magnetism of motor rotor is weak, so drain pump cannot work. It will cause the E2, E4 or E1 error .

3. The connector is loose, so the drain pump can’t work. It will cause the E2, E4 or E1 error .

4. The rotor is locked by residues, so the drain can’t work . It will cause the E2, E4 or E1 error .

5.The drain pump assembly rack is loose, it will cause noise.

6.The non-return valve is bad, the remain water is too much.

Explanatory notes: failure of drain pump may cause E1, because

Technical data

Nominal voltage

Frequency

Resistance

Delivery height

Delivery performance

220-240VAC

50Hz

150－220Ω

 1M

≥17l/min(230VAC)

- 11 -

Access drain pump

Drain Pump

->

Theory of parts

1. Drain off the water in the dishwasher, and disconnect the power supply。

(Note : Make sure to remove remained water in the dishwasher. If not, wet the floor.)

2. Remove four screws on bottom, and then remove bottom board.

3. Label and disconnect the two terminal lugs from the drain pump.

4. Remove screws securing the drain pump to sump, then remove drain pump.

5. Reverse the above procedure to install.

Inspect drain pump

Check the electric part

1.Open the control panel and take out the PCB;

2.Unplug the CON4 and P4 wires, then use the multimeter Ω shelf to measure the red wire (PS) and white wire

(IS), the normal resistance is about 150Ω to 220Ω.

3. If the measured resistance is not correct, it means the pump coil is broken or connector is loose. In this case, we should check the connection first. If the problem hasn’t been solved by re-connection, we should replace the drain pump.

4.If the resistance is OK, but it also can’t work, maybe the magnetism is too weak, so we need to replace the drain pump.

IS

PS

Check the machine part

1. If the electric part is OK, we need to check the machine part.

2. Remove bottom board.

3. If the non-return valve is wrongly assembled, the tub will remain much water. We need to re-assemble the non-return valve.

4. If the drain pump is working, but no water drain out or just a little. We should check the drain hose or drain body.

- 12 -

Location of Heater

Bottom View

Heater

->

Theory of parts

The work principle

pressure switch

Technical data

Nominal voltage

Rating power

Resistance

230VAC

1800W

29.265±1.463Ω

The defeat point

1. The heater coil is broken, so the heater cannot work. It will cause the E3 error.

2. The thermostat is active, so the heater cannot work. It will cause the E3 error.

3. The connector is loose, so the heater cannot work. It will cause the E3 error.

- 13 -

Heater

->

Theory of parts

Bottom View

Clamps

Ground terminal

Terminals

(measure heater resistance)

Access heater

1. Drain off the water in the dishwasher, and disconnect the power supply.

(Note : Make sure to remove remained water in the dishwasher. If not, wet the floor)

2. Remove bottom board.

3. Label and disconnect the terminals to and ground wire.

4. Remove the 2 clamps from the Heating element.

Caution: The clamp is easily damaged during removal and can’t be reused. Replace the old clamp with a new universal clamp .

5. Reverse the above procedure to install.

Inspect heater

1. Remove bottom board.

2. Use the multi-meter Ω shelf to measure resistance between the two terminals shown in right picture, the resistance is about 29Ω to 31Ω.

3. If the measured resistance is not correct, it means the heater coil or the thermostat is broken, we should replace the heating element or the thermostat.

terminals

- 14 -

Washing Pump

->

Theory of parts

Location of Washing Pump

Bottom View

The work principle

BLUE BLUE

RED

M

A

150℃

BLACK

M-main coil

A-assistant coil

Washing pump is a kind of asynchronism motor with capacitor. The stator consist of silicon steel stack and two coils, main coil and assistant coil .

The defeat point

1. The motor coil is broken, so the wash pump can’t work. It will cause E3 error.

2. The motor rotor capacitor is weaken, so washing pump can’t start. In this case, it will send out the electromagnetism noise. If it is continue electrifying motor, the thermal protector will work. It will cause E3 error.

3. The connector is loose, the wash pump can’t work. It will cause E3 error.

4. The rotor is locked by residues, so the wash pump can’t work . It will cause the E3 error.

5.The drain pump assembly bracket is loose, it will cause noise.

6.If the machine hasn’t been used for long time, there is a possibility the wash pump can’t starting.

Technical data

Models

Items

YXW48-2F

Nominal voltage 220-240VAC

Frequency 50Hz

Resistance

Main coil:120.40±7%Ω

Assistant:107.10±7%Ω

Delivery height 1m(230VAC)

85W Power input

Operating current

0.37±10%(230VAC)

Capacitor 3μF

- 15 -

Washing Pump

->

Theory of parts

Access Washing Pump

1. Disconnect power.

2. Remove bottom board.

3. Label and disconnect the 2 terminals to the capacitor.

4. Label and disconnect the 2 terminals to the motor wire connector.

5. Remove the clamp fastening the interconnect hose to the sump.

Caution: The clamp is easily damaged during removal and can’t be reused. Replace the old clamp with a new universal clamp (Dia-31.0mm)

6. Remove the clamp fastening interconnect hose to the lower nozzle .

7. Remove the clamp fastening interconnect hose to heater.

8. Remove the screw and disconnect the ground wire from the wash pump motor assembly.

Note: Do not attempt to remove the bolt and locknut connecting the motor mount to the dishwasher frame.

9. Remove the motor pump assembly from the dishwasher.

10. Reverse the above procedure to install.

Inspect Washing Pump

Check the electric part

1.Open the control panel and take out PCB;

2.Unplug the CON4 and P4 wires, then use the multimeter Ω shelf to test resistance between two white wire

(ML and IS), the normal resistance is about 100Ω to 120

Ω.

3. I f the resistance is not correct, it means the pump coil is broken or the connector is loose, In this case, we should check the connection first. If the problem hasn’t been solved by re-connection, we would replace the washing pump.

4.If the resistance is OK but it cannot work, it maybe the capacitor weakly, we need to replace the capacitor.

ML

IS

Check the machine part

1. If the electric part is OK, we need to check the machine part.

2. Remove bottom board.

3. Check the pump assembly, if the bracket is loose, it will bring the noise, we need to tighten it.

4. If the wash pump cannot start and the machine hasn’t been used too long, maybe the seal element is bond.

5. If the drain pump is working, but no water out or just a little. We should check the vane wheel.

- 16 -

Pressure Switch

->

Theory of parts

The work principle

The pressure switch consists of a moving diaphragm and disc which activate a change over contact. The contact can be calibrated to trip and reset at the desired pressure levels, The main application is to control the level of water in appliances. May also provide flood protection.

In our production, the pressure switch is to control the water level in appliance, like 83/63 serial. May also provide flood protection, like 140/120 serial.

Manufacturer

:

Elbi

1- COM

2 - NC

3 - NO

2

Front view

1

3

Manufacturer: EMZ

11 - COM

12 - NC

14 - NO

14

11

12

Front view

Back view

Back view

- 17 -

Location of NTC

Bottom View

NTC

->

Theory of parts

The work principle

NTC screws

The work principle

Negative Temperature Coefficient Thermistor is integrated into sump, which is used for measuring temperature of water in the tub.

Access Washing Pump

1. Remove bottom board.

2. Remove two screws securing the NTC to sump(shown in above picture).

3. Take out NTC.

4. Reverse the above procedure to install.

- 18 -

NTC

->

Theory of parts

Inspect NTC

1.Open the control panel and take out PCB;

2.Unplug the RE connector(shown in below picture), then use the multi-meter Ω shelf to test resistance between two blue wire , the normal resistance is shown in below table.

3. I f the resistance is not correct, it means NTC circuit has a problem. In this case, we should check the connection first. If the problem hasn’t been solved by re-connection, we would replace the NTC.

NTC resistance table

NTC

15℃

20℃

25℃

30℃

40℃

50℃

60℃

70℃

80℃

85℃ unplug

17.48KΩ

12.12KΩ

10KΩ

8.299KΩ

5.807KΩ

4.144KΩ

3.011KΩ

2.224KΩ

1.667KΩ

1.451KΩ

- 19 -

Location of Flowmeter

Flowmeter

->

Theory of parts

Side panel

Left Baseboard

Attention: Build in models have no Baseboard and left and right baseboard, but adjustable baseboard.

The work principle

Flowmeter is integrated into Air Breaker. Function of

Flowmwter is measure how much water has entered in appliance. it consists of impeller, tongue tube and terminal, etc.

When water pass through the flowmeter, moving water can rotate magnetic impeller, the tongue tube can sense the impeller’s magnetic and send electronic pulses.

Baseboard

Flowmeter

- 20 -

Flowmeter

->

Theory of parts

Access Flowmeter

1. Remove the baseboard, left baseboard and left side panel.

2. Remove the plastic nut inside tub, which secures the air breaker to tub.(Because flowmeter is integrated into air breaker, replace air breaker if flowmeter has failure. )

3. Disconnect the wire and remove clamp fastening hose to air breaker.

4. Take out air breaker.

5. Reverse the above procedure to install.

Inspect Flowmeter

1.Open the control panel and take out PCB;

2.Unplug the CON27 wire(shown in below picture), then use the multi-meter Diode shelf to test whether electrical pulse is sent out from two black wires while water is passing through flowmeter, or not.

3. If there is continual electrical pulse, the multi-meter will send out sound “de” continually.

4.if there is no electrical pulse, the multi-meter will not send sound. In this case, it means something wrong with flowmeter circuit. We should check the connection first. If the problem hasn’t been solved by re-connection, we should replace the air breaker..

- 21 -

Location of Safety Hose

Safety hose ->

Theory of parts

Electronic Aquastop Hose

Note:

The assembly mode of mechanical Aquastop hose is the same as that of universal.

The work principle

Mechanical Aquastop Hose Electronic Aquastop Hose

There are two types of Safety Hose, mechanical Aquastop hose and electronic Aquastop hose, which have different principles and assembly modes.

Mechanical Aquastop safety hose

has two layers. If water leak and fill the air space between two layers, the foaming material will expand and lock the hose. In this situation, the machine might set off E1 alarm.

Electronic Aquastop safety hose

also has two layers. But the difference from mechanical is that if the water leak and flow on the bottom tray, the flooding pressure switch on the tray will act, the electromagnetic valve on the hose will cut off the water road and the machine will set off E4 alarm.

- 22 -

Safety hose ->

Theory of parts

Access Safety Hose

clamp wire co nnecter

(no nee d to di stinguish positive and ne gative elec trode) bound be lt clamp r ing

1. Remove baseboard, side baseboard, top panel and left side panel.

2. Remove clamp, cut the bound belt and disconnect the wire connector. Then the Inlet hose cane pulled out.

3. Reverse the above procedure to assemble.

Mechanical Aquastop Hose

Mechanical Aquastop hose is connected to appliance just as universal water inlet hose.

Inspect Safety Hose

Electronic Aquastop Hose

1.Open the control panel and take out the PCB;

2.Unplug the CON3 and P4 wires , then use the multi-meter Ω shelf to measure resistance between the blue wire (EV1) and white wire (IS). Open circuit and short circuit are both incorrect.

3. I f the measured resistance is not correct, it means the valve coil is broken or the connector is loose. In this case, we should check the connection first. If the problem hasn’t been solved by re-connection, we should replace the safety hose.

Mechanical Aquastop Hose

Maybe moisture absorption of foaming material in mechanical device cause a self-lock fault(can’t fill the water) and this lock is non-resettable.

- 23 -

Diverter valve ->

Theory of parts

The work principle

Diverter, also named alternating flow control valve, is used to control the flow of water between the upper and lower spray arms and can also be used on some models to stop the flow of water to the upper spray arm on models equiped with a half load feature.

Motor

Common

Sensing

- 24 -

Diverter valve ->

Theory of parts

Access Diverter valve

1. Disconnect power.

2. Remove bottom board.

3. Label and disconnect the 2 terminals.

4. Remove the screws fastening the diverter valve to pump.

5. Reverse the above procedure to install.

- 25 -

Test Program

Test Program

In order to check the operation of components of appliance and find out the malfunction, we designed this program for technician.

How to activate Test Program

J7311A

How to start

Test

Program

With door opened,

Program + Power

E3

E4

E6

E7

E8

Jump into next step

E1

E2 /

Program

E1

E3

E4

E6

E7

E8

To activate test program, with the door opened and machine off, hold down the

Program button and press the POWER button until the machine enter into Test

Program. The appliance will pause and stand by(as step 00). Then close the door and press Program button to start the Test Program.

During test program running, you can press Program button to jump into next step(except inlet valve step).

Note:

The way to activate test program is slightly different between different models.

- 26 -

Procedure

-> Test Program

Procedure of Test Program

(for models controlling water filling by flowmeter)

No.

Display on the screen

Process Description

0 8:88 Initialization Power on, stand by

1

2

3

4

0b Inlet Valve

Open inlet valve and feeds with 3.6L water. the divter will move to position rotating both upper and lower spray arm.

0A

09/water temperature

Washing Pump and Dispenser

Dispenser will act once and washing pump will run for 60s in this step.

Run washing pump and heating element until the water temperature reaches 57℃. Then the machine will pause. Two spray arm would rotate

Heating Element alternatively.

Press Program button to jump into the next step.

08 Drain Pump Drain for 30s.

5 07 Pause Pause for 10s.

6 06 Inlet Valve Open inlet valve and feeds with 3.2L water.

7

8

9

10

11

12

05 Washing Pump

Run washing pumo for 2 mins, and the diverter will be positioned in place rotating upper spray arm only.

04 Washing Pump

Run washing pumo for 2 mins, and the diverter will be positioned in place rotating lower spray arm only.

02

01

F*

03 Washing Pump

Run washing pumo for 1 min, and the diverter will be positioned in place rotating both upper and lower spray arm.

Inlet valve and

Regeneration

Valve

Open regenaeration valve and feed with 0.3L water

Drain Pump drain for 30s.

Finish Buzz one, then pause.

- 27 -

How to know which error code has occurred

To know which error code has occurred, refer to the previous table named Test Program

Operation.

Take 9348 for example, If the error 1 has happened, the buzzer would alarm for 30 seconds and “E1” would be shown on display. Other error alarms would be shown in the same manner.

Take 9239D for example, if the error 7 has happened, the buzzer would alarm for 30 seconds and the Main, Rinse and Drying indicators would flash simultaneously. Other error alarms can be deduced from this.

The corresponding relation between indicator combination and error code shown in above figure.

Notice: the majority of models are follow this regulation, but some special models is different.

Attention

Priority level of E4 is the highest. E4 operation is valid after other error operations have done. When E4 operation has done, all the others are invalid.

In test program, E1, E2,E3, E4, E6,E7 and E8 are valid.

Note: E2 is valid for models whose water filling be controlled by pressure switch(83/63).

E8 is valid for models equipped with diverter valve(alternative washing function).

- 28 -

How does the appliance react when error code occurred

E1 Water filling exceed pre-set time

For the models controlling water filling by flow meter.

If the inlet valve has been opened for 4 minutes but the water quantity hasn’t reached the desired value(measure by pluses), E1 would occur.

When E1 occurs, the drain pump will run until flowmeter keep motionless for 2 minutes and all the other components will be stopped immediately. At the same time, the buzzer will alarm for 30 seconds and error 1 will be shown.

For the models controlling water filling by pressure switch.

If the inlet valve has been opened for 4 minutes but the pressure switch hasn’t act, E1 would occur.

When E1 occurs, the appliance will active drain pump and stop all the other components immediately. At the same time, the buzzer will alarm for 30 seconds and error 1 will be shown. Then, drain pump will run till the pressure switch reset and continue draining for

60 seconds.

E3 Heating exceed pre-set time

If the heating element has been working for 60 minutes but the water temperature detected by NTC hasn’t reached desired value. E3 would occur.

When E3 occurs, the drain pump will run until flowmeter keep motionless for 2 minutes ( if the model with the pressure switch (83/63),drain pump would run till the pressure switch reset and continue draining for 60 seconds.

) and all the other components will be stopped immediately. At the same time, the buzzer will alarm for 30 seconds and the error 3 will be shown.

E4 Overflow

At any time, if overflow micro-switch act and keep for longer than 2 seconds, the E4 would occur. When E4 occurs, the drain pump will run until flowmeter keep motionless for 2 minutes ( if the model with the pressure switch (83/63),drain pump would run till the pressure switch reset and continue draining for 60 seconds.

) and all the other components will be stopped immediately.

At the same time, the buzzer will alarm for 30 seconds and error 4 will be shown.

Note: Priority level of E4 is the highest. E4 operation is valid after other error operations have done. When E4 operation has done, all the others are invalid.

- 29 -

E6 Open-circuit failure of thermistor

In test program, once open-circuit failure of thermistor is detected by controller, the E6 would occur. When E6 occurs, the drain pump will run until flowmeter keep motionless for 2 minutes ( if the model with the pressure switch (83/63),drain pump would run till the pressure switch reset and continue draining for 60 seconds.

) and all the other components will be stopped immediately.

At the same time, the buzzer will alarm for 30 seconds and error 6 will be shown.

E7 Short-circuit failure of thermistor

In test program, once short-circuit failure of thermistor is detected by controller, the E7 would occur. When E7 occurs, the drain pump will run until flowmeter keep motionless for 2 minutes ( if the model with the pressure switch (83/63),drain pump would run till the pressure switch reset and continue draining for 60 seconds.

) and all the other components will be stopped immediately. At the same time, the buzzer will alarm for 30 seconds and error 7 will be shown.

E8 Diverter valve fault

For models equipped with diverter(alternative washing function)

In the process of test program in which diverter valve should be act, if machine doesn’t detect the feeding signal of diverter valve for 15 seconds or doesn’t detect the diverter valve being positioned accurately in 60 seconds, the E8 would occur.

In the process of washing program in which diverter valve should be act, if machine doesn’t detect the feeding signal of diverter valve for 15 seconds or doesn’t detect the diverter valve being positioned accurately in 60 seconds, the diverter valve would stop and the E8 would be set off after ending washing program.

When E8 occurs, the drain pump will run until flowmeter keep motionless for 2 minutes and all the other components will be stopped immediately. At the same time, the buzzer will alarm for 30 seconds and the error code will be shown.

- 30 -

E1 tree

-> Inspection

E1 code

Longer inlet time

Is there any water in the Tub?

No water

Make a check of inlet hose of AQUASTOP,

(only for the dishwasher with AQUASTOP device)

Failure Replace it to solve the problem

Little water

Make a check of Tap

Not open Open it to solve the problem

Opened

Make a check of Inlet

Hose

Failure

Inlet Hose is blocked or kinked

Failure

solve the problem

OK

Check whether the Inlet

Valve circuit is correct or not. (mentioned in section

4)

Correct

Model with Flowmwter

Not

Model with Pressure

Switch(83/63)

Reconnect the wire of

Inlet Valve circuit and check again

Still wrong

OK

Check whether the

Pressure Switch(83/63) circuit is correct or not.

Not Reconnect the wire of

Pressure Switch circuit and check again

OK

Still wrong solve the problem

Replace the Inlet

Valve to solve problem solve the problem

Replace the

Pressure switch to solve problem

Check whether the

Flowmeter circuit is correct or not. (mentioned in section 4)

Not Reconnect the wire of

Flowmeter circuit and check again

OK solve the problem

Make a check of the

Hydraulic pressure.

(0.04-1.0MPa is ok)

Lower

OK

Give advice to consumer

Make a check of

Drain Hose

Wrong Hang correctly to solve the problem

Still wrong

Replace the

Flowmeter to solve problem

If the problem has not been solved through all the inspection mentioned above, maybe the

PCB has a malfunction. So, replace PCB and test again.

- 31 -

E2 tree

-> Inspection

E2 code

Longer drain time

Is there any water in the Tub?

Some water

Make a check of Drain

Hose

Failure

Drain Hose is blocked or kinked

Failure

solve the problem

OK

No water

Check whether the Drain

Pump circuit is correct or not. (mentioned in section

4)

Not Reconnect the wire of

Drain Pump circuit and check again

OK solve the problem

Still wrong

Replace the Drain pump to solve problem

When there is no water in the tub, check whether Pressure

Switch(83/63) circuit is open or not, which control water inlet.

Open Reconnect the wire of

Pressure Switch circuit and check again

OK solve the problem

Still wrong Replace the

Pressure Switch to solve problem

If the problem has not been solved through all the inspection mentioned above, maybe the PCB has a malfunction. So, replace PCB and test again.

Note: This error 2 is only for models whose water filling be controlled by pressure switch(83/63).

- 32 -

E3 tree -> Inspection

E3

Longer heating time

Check water temperature in the tub

Low

Make a check of over heat proof heating Micro-switch.

Failure

Replace Switch to solve the problem

High

OK

Check whether the filter is jammed severely or not

Jammed

Clear or replace filter to solve the problem

OK

Make a check of Heater.

(mentioned in section 4)

Failure Reconnect the wire of

Heater circuit and check again

OK solve the problem

OK

Still wrong

Replace the Inlet

Valve to solve problem

Check whether the

Washing Pump circuit is correct or not. (mentioned in section 4)

Not Reconnect the wire of

Washing Pump circuit and check again

OK solve the problem

Still wrong Replace the

Washing Pump to solve problem

Check whether the

NTC circuit is correct or not.(mentioned in section 4)

Not

Reconnect the wire of

NTC circuit and check again

OK

Still wrong solve the problem

Replace the NTC to solve problem

- 33 -

E4 tree -> Inspection

E4

Overflow

Is there any water on the bottom board?

No water Make a check of

Flooding Switch circuit(normally closed)

Failure

Some water

Reconnect the wire of

Flooding Switch circuit and check again

OK solve the problem

Still wrong

Check whether Flooding

Switch is blocked or not

Blocked

Repair or Replace it to solve problem

Make sure consumer use the proper detergent and rinse

Improper

Give advice

OK

Make a check of

Drain Hose

Failure

Drain Hose is kinked or blocked

Failure

Correct

Solve the problem

Model with Pressure

Switch(83/63)

OK

Model with

Flowmeter

Check whether the

Flowmeter circuit is correct or not. (mentioned in section 4)

Not Reconnect the wire of

Flowmeter circuit and check again

OK solve the problem

Still wrong

Replace the

Flowmeter to solve problem

Check whether the

Pressure Switch(83/63) circuit is correct or not.

Not Reconnect the wire of

Pressure Switch circuit and check again

OK solve the problem

Correct

Maybe there is a real leakage

Still wrong

Replace the

Pressure Switch to solve problem

Do as follows

Remove two side panels

Remove the water from the bottom board and make sure there is no water at the bottom board.

Restart the dishwasher with a strong or standard wash program as a leakage could easily repeat at a higher temperature and af ter a long period of running time.

Observe the bottom tray every twenty minutes.

If any water appears, you will found out which areas, such as motor, drain pump, sump, softener, and hoses between them, and also clips at the end of each hose, besides the weld seam at the bottom of the tub.

If hours passed, but no water comes out, you should stop the dishwasher with sufficient water in the inner tub, and observe it again after leaving it alone for one to two hours.

- 34 -

E6&E7 tree -> Inspection

E6

Open-circuit failure of thermistor

Check whether the NTC circuit is correct or not.

(mentioned in section 4)

Not

Reconnect the wire of

Flowmeter circuit and check again

OK solve the problem

Still wrong

Replace the NTC to solve problem

E7

Short-circuit failure of thermistor

Check whether the NTC circuit is correct or not.

(mentioned in section 4)

Not

Reconnect the wire of

Flowmeter circuit and check again

OK solve the problem

Still wrong

Replace the NTC to solve problem

E8

Diverter valve fault

Check whether the

Diverter Valve circuit is correct or not. (mentioned in section 4)

Not

Reconnect the wire of

Diverter Valve and check again

OK solve the problem

Still wrong

Replace the NTC to solve problem

If the problem has not been solved through all the inspection mentioned above, maybe the

PCB has a malfunction. So, replace PCB and test again.

Caution:

Because the real situation is unpredictable, inspection trees mentioned in this manual are for reference only.

- 35 -

Troubleshooting

- 36 -

Troubleshooting

- 37 -

Troubleshooting

- 38 -

Troubleshooting

- 3

9

-

Troubleshooting

- 40 -

BDWI640 60 cm Fully integrated full height dishwasher

77

USER MANUAL FOR YOUR BAUMATIC

BDWI640 60 cm Fully integrated full height dishwasher

NOTE : This User Instruction Manual contains important information, including safety & installation points, which will enable you to get the most out of your appliance. Please keep it in a safe place so that it is easily available for future reference; for you or any person not familiar with the operation of the appliance.

GS 24/01/13

2

Contents

Important

Specifications

note 4 and dimensions

8 – 11

8 specifications 8

Electrical details

Description of the appliance

Control panel

9

10

11

Using your dishwasher

Before

11 - 26 use 11

Filling with dishwasher salt

Setting softener

Filling with rinse aid

Setting the rinse aid level

Filling with dishwasher detergent

Concentrated

14

15

Detergent tablets

Loading upper basket the

Folding back the cup shelves

17

17

18

Loading the lower basket

Folding lower basket basket

19

20

20 dishes

Program table 22 - 23 a

Adding program

Changing a wash program dishes

At the end of a wash program

24

25

- start

Saving energy using your dishwasher and

26 - 27

maintenance 27 - 30 the

Cleaning the spray arms panel

29

29

Cleaning the door

Error failure system

30

30 – 31 troubleshooting

Installation requirements

Installation stages

35 - 44

35

36

–

Preparing and connecting the furniture door

Adjusting the tension of the door spring

Connecting to the mains water supply

Connecting to the water outlet

36 – 37

38

39

39 - 40 to

Applying the condensation strip dishwasher

41

42

42 the

Before

Baumatic consumables

Technical data

45

46

Contact

3

ENVIRONMENTAL NOTE

Note

: Before discarding an old appliance, switch off and disconnect it from the power supply. Cut off and render any plug useless. Cut the cable off directly behind the appliance to prevent misuse. This should be undertaken by a competent person. Disable the door lock to make sure that children cannot get stuck inside the appliance.

o

The packaging materials that Baumatic uses are environmentally friendly and can be recycled. o

Please discard all packaging material with due regard for the environment.

4

IMPORTANT SAFETY INFORMATION

Your safety is of the utmost inmportance to Baumatic.

Please make sure that you read this instruction booklet

before attempting to install or use the appliance. If you are unsure of any of the information contained in this booklet, please contact the Baumatic Advice Line.

General Safety o

Repairs to your appliance must only be carried out by a

Baumatic engineer or one of its authorised service agents. Any attempt by an inexperienced person to repair the appliance, could result in injury or damage to your dishwasher. o

If you notice that the mains cable in damaged. The appliance

must not be used. The same applies if you notice that the worktop, control panel or base area is damaged. As this could allow access to the internal components of the machine. o

The appliance should be turned off and isolated from the mains supply, before either cleaning or maintenance work is attempted. o

The mains cable must not be used to pull the plug out of the electrical socket. o

The machine should not be sprayed with water. o

The external surface of the appliance may become hot whilst your dishwasher is in use. o

It is possible for small animals to chew either mains cables or water hoses, which could cause an electric shock hazard.

Installation o

The installation instructions contained within this user manual should be followed. o

It is obligatory for the completed installation to comply with all relevant building regulations and local water authority requirements. o

Before the first use of the appliance, you should follow the steps listed in the “Before first use” section on page 11

and page 43 of this manual.

5

o

Care should be taken not to trap the power supply cable underneath the appliance whilst installing it. o

No attempt should be made to alter or modify the specifications of this appliance.

In daily use o

This appliance is only designed to wash normal domestic washloads. If you use your dishwasher in any other way or it is incorrectly used, then Baumatic accepts no liability for any damage that might be caused and any guarantee will be void. o

It is recommended that the appliance is unplugged and the water supply is turned off after the machine is used. o

The detergents, rinse aid and salt that you place in this appliance should be suitable for automatic dishwashers. With regards to dosage levels, the detergent manufacturer’s recommendations should be followed. o

Sharp knives or ones with long blades are a potential safety hazard when placed in an upright position in the cutlery basket.

We would recommend that these items are placed horizontally in the upper basket. o

You should not wash any items that have come into contact with corrosive, acidic or alkaline chemicals, paint, petrol, iron or steel debris. o

You should not open the door whilst the appliance is set on a wash program. Depending on which stage that the wash program is at, hot water could escape the machine. o

You should not leave the door of the appliance open, unless you are loading or unloading the dishwasher. o

You should not stand or sit on the door when it is open.

Child Safety o

Your dishwasher should only be used by adults. You should not allow children in the area of the machine unsupervised. You should not let them touch the controls or play with the appliance. o

It could be possible for a child or pet to gain access to the dishwasher if the door is left open. Therefore please check the inside of the appliance before setting it on a wash cycle.

6

o

Any packaging that is removed from the machine should be kept away from children. o

All detergents should be kept out of children’s reach in a safe place. o

Some water will remain inside the dishwasher when it has completed a wash cycle. This water is not suitable for drinking and may contain residues from the detergents that are used in the appliance.

Declaration of conformity

This appliance complies with the following European Directives:

- 73/23 dated 19/02/1973 Low Voltage Directive and subsequent modifications.

- 89/336 dated 03/05/1989 Electromagnetic Compatibility

Directive and subsequent modifications.

For future reference please record the following information which can be found on the rating plate and the date of purchase which can be found on your sales invoice. The rating plate of your dishwasher is located on the right hand side of the drop down door.

……………………………………. Model Number

Serial Number

Date of Purchase

…………………………………….

…………………………………….

7

Specifications

Product dimensions

Height: 815 – 865 mm mm mm

Aperture dimensions

Height: 820 – 870 mm (MIN)

Width: 600

Depth: 580 mm (MIN)

Product specifications o

14 Place settings o

6 programs: Normal

Intensive

Economy

Rapid

Glass

1 hour o

4 temperatures: 40°C, 50°C, 60°C, 65°C o

Water consumption (Economy program): 12.5l/cycle o

Noise level: 49 dB o

Electronic aqua stop

8

o

Delay start function o

Residual drying o

Concealed heating element o

Self-cleaning stainless steel micro-filter o

Anti-leak device o

Anti-flood device o

Height adjustable upper basket o

Collapsible plate racks o

Adjustable feet

Energy efficiency details

Energy efficiency class: A+

Washing performance class: A

Drying performance class: A

Power consumption mode:

Left on mode:

Electrical details

Rated voltage:

Supply connection:

0.55 W

230 Vac 50 Hz

13 A (double pole switched fused outlet with 3 mm contact gap)

9

Description of the appliance

1) Top spray arm

2) Cutlery

3) Upper basket pipe

5) Lower basket container

7) Detergent dispenser shelf

9) Lower spray arm assembly

11) Inlet pipe connector pipe

13) Adjuster

10

Control panel button

2) Delay start button

3) Power on indicator

4) Delay start indicators

5) Salt and rinse aid indicators indicators

7) Program

Using your dishwasher

Before first use o

Install the appliance as per the installation instructions contained within this booklet. o

Fill the water softener with 1 litre of tap water and then fill with specialist dishwasher salt. After this you should set the water softener level. o

Fill the rinse aid dispenser and then set the rinse aid dosage.

Filling with dishwasher salt

IMPORTANT: You should only use salt that is specially designed for use in a dishwasher. If any other type of salt is used in the appliance (in particular table salt), it will damage the water softener. o

Ideally you should fill the water softener with salt, just before you are about to run a wash program. This will help to clear any salt that may have overflowed from the water softener during the salt filling process. o

Open the door of the dishwasher and then remove the lower basket. The basket should be empty when you remove it. o

Turn the water softener cap anticlockwise and remove it. o

Pour 1 litre of water into the water softener.

11

IMPORTANT: It is only necessary to do this when you fill the container with salt for the first time. o

Pour salt into the water softener, using the funnel that is supplied with the appliance. You should add approximately 1.5 kg of salt into the water softener. o

It is perfectly normal for a small amount of water to come out of the water softener, whilst you are filling it with salt. This does not mean that the water softener is filled with the correct amount of salt. o

Refit and fully tighten the water softener cap. o

The salt required warning light will go out shortly after you have filled the water softener with salt. When the salt indicator (5) lights on the control panel, then you should follow the filling with dishwasher salt procedure again. o

It is recommended that you run a RAPID program, without any dishes loaded into the dishwasher, after filling with salt to remove any spilt or excess salt. o

IMPORTANT: You do not need to pour 1 litre of water into the container when you subsequently fill the water softener with salt.

12

Setting the water softener level

It is possible to regulate the amount of salt that the water softener will release during a wash cycle. The water softener should be set to a level that is appropriate for the hardness of your water (please refer to the table below).

° dH

WATER HARDNESS

° fH ° Clarke

0-5 0-9 0-6

6-11 10-20 7-14

12-17 21-30 15-21

Mmol/L

Selector Salt consumption

(gram/cycle)

Usage

(cycles/1 kg)

0 /

(RAPID light)

1.0-2.0 H2

(1 HOUR light)

2.1-3.0 H3

(1 HOUR and

RAPID lights)

20 60

30 50

18-22 31-40 22-28

23-34 41-60 29-42

35-55 61-98 43-69

3.1-4.0 H4

(GLASS light)

4.1-6.0 H5

(GLASS and

RAPID lights)

6.1-9.8 H6

(GLASS and 1

HOUR lights)

40 40

50 30

60 20

To alter the amount of salt that is released by the water softener, you should:- o

Open the door and switch on the appliance using the

ON/OFF button (1). o

Press and hold the program button (7) for about 5 seconds to enter the water softener setting mode. The salt and rinse aid indicators may light in the setting mode. You must choose a setting within 60 seconds of turning the appliance on. o

Repeatedly press the program button (7) to select the appropriate option according to the hardness of your water. The relevant indicators will light to show your choice as shown in the table above. o

When you have made your selection, press the ON/OFF button

(1) to exit the setting mode. o

IMPORTANT: If you are using 3 in 1 dishwasher tablets and live in a medium or hard water area, then you should still fill the water softener with salt. The water softener level should be set accordingly.

13

Filling with rinse aid

The rinse aid is released during the final rinse and it helps to prevent water from forming droplets on your dishes.

These droplets will lead to spots and streaks being left on items after the wash program has completed. o

Your dishwasher is designed to utilise liquid rinse aid. o

The rinse aid dispenser is located inside the drop down door, next to the detergent dispenser. o

To access the rinse aid dispenser, you should turn the cap anticlockwise and it will pop out of the hole. Then slowly pour in liquid rinse aid, the rinse aid dispenser will hold approximately

110 ml of rinse aid. o

Be careful not to overfill the dispenser, as this could cause oversudsing when a wash program is selected. Wipe away any rinse aid excess or spillages with a damp cloth. o

Replace the cap and turn it clockwise until it locks into position. o

You should refill the rinse aid dispenser when the rinse aid indicator (5) lights on the control panel. o

IMPORTANT: If you are using 3 in 1 dishwasher tablets then you should still fill the rinse aid dispenser.

14

Setting the rinse aid level

The amount of rinse aid that the dishwasher requires also depends on the hardness of your water. You should experiment with the rinse aid setting, until you find a level that gives the best results. o

On the first wash cycle, we would recommend that the rinse aid level is set to number 4. o

If you get water spots and poor drying performance, then you should turn the arrow anticlockwise and increase the setting to the next number. o

You should continue to adjust the rinse aid level upwards until you get no water spots. o

If you get cloudiness or streaking on your dishes, the rinse aid level is set too high and it is causing foaming during the wash cycle. Turn the arrow clockwise and lower the setting to the next number.

Filling with dishwasher detergent o

The detergent dispenser must be refilled at the start of each wash cycle. o

Your dishwasher uses less detergent and rinse aid than a conventional dishwasher. o

In general, only one tablespoon of detergent is needed for a normal wash load. More heavily soiled items may need more detergent. o

Always add the detergent just before starting the wash program, otherwise the detergent could get damp and not dissolve properly.

15

o

Open the lid that closes over the detergent dispenser by pushing the release button. The lid will spring open. Place the detergent inside of the dispenser. o

The section marked A in the diagram is for the main wash cycle detergent. Only one detergent tablet should be placed in the dispenser at any one time. If you are using detergent powder or liquid, you should follow the detergent manufacturer’s recommendations. o

The section marked B in the diagram can have separate detergent placed in it for any wash cycle that has a pre-wash element to it, however this is optional. This must be a liquid or powder detergent, not another detergent tablet. o

Shut the detergent dispenser lid and press it until it locks into place. o

At the beginning of a wash cycle the clip will open and the tablet/powder/liquid will enter the dishwasher.

16

Concentrated detergent o

The use of the NORMAL program with concentrated detergents reduces pollution and is good for your dishes. o

This wash program is specifically suited to the dirt-dissolving properties of the enzymes of concentrated detergent. For this reason, the NORMAL program, in which concentrated detergent is used, can achieve the same results achieved in the INTENSIVE program.

Detergent tablets o

Different brands of detergent tablets dissolve at different speeds.

For this reason, some detergent tablets cannot dissolve and develop their full cleaning power during short programs. o

It is recommended that you use longer programs when using detergent tablets to ensure the complete removal of detergent residues.

Loading the upper basket

The upper basket is most suited to washing delicate and light dishware, such as glasses, coffee and tea cups, saucers, plates, bowls and shallow pans (that are not heavily soiled).

1. Cups

2. Saucers

3. Glasses

4. Large serving bowl o

You should position the dishes and cookware in such a way that they are not moved by the spray of water during the wash cycle.

17

o

Use the diagram above as a guide to the most appropriate way to load the upper basket.

IMPORTANT: Care should be taken when placing long stemmed glassware, such as champagne glasses in the upper basket. If they are not positioned correctly, then there is a risk that they may topple over when the upper basket is pushed in or pulled out.

Adjusting the upper basket

Your dishwasher has an adjustable upper basket which you can alter to the most suitable position for the items you are going to wash in the upper and lower baskets. o

The height of the upper basket can be adjusted by placing the wheels on a different height of the rails. Long items such as cutlery, salad servers and knives should be placed on the shelf so they do not obstruct the rotation of the spray arms. o

IMPORTANT: The upper basket must be empty when you are removing it from the guide supports.

Folding back the cup shelves

For easier stacking of pots and pans the cup shelf spikes can be folded down as shown in the diagram below.

18

IMPORTANT: Care should be taken to make sure that the spray arms can move freely when items have been loaded into the baskets.

Loading the lower basket

The lower basket is most suited to washing larger and more heavily soiled items, such as saucepans, saucepan lids and serving dishes. You can also load bowls and a variety of plates into the lower basket. o

Saucepans and serving bowls must always be placed with their bases upwards. o

Deep saucepans should be slanted, to allow water to run off.

5. Medium serving bowl

6. Small serving bowl

19

7. Dessert dishes

8. Dinner plates

9. Soup plates

10. Oval platter

Folding spikes of lower basket o

The bottom rack has prongs that can be folded downwards, to allow for easier loading of larger saucepans and serving bowls.

The cutlery basket

Cutlery should be placed inside of the cutlery basket, separately from each other. You should take care to ensure that cutlery items do not touch as this may result in a poor wash performance.

1. Soup

2. Forks

3. Knives

4. Teaspoons spoons

6. Serving spoons

7. Serving

8. Gravy ladles

20

Loading dishes and cutlery

Household cloths, sponges or any other object that may absorb water SHOULD NOT be washed in a dishwasher. o

Remove leftovers and soften the remnants of burnt food in pans, prior to loading dishes in the appliance. o

Once the dishwasher has been loaded, check that the spray arms can move freely. If the spray arm comes into contact with any item, then you should rearrange the wash load. o

Cups, glasses, pans etc should all be loaded with their bases upwards, so that water does not collect inside of them. o

Cutlery and dishes should not cover each other; otherwise you may get poor wash results. o

Do not allow glasses to touch inside the dishwasher, otherwise damage may occur. o

Small objects can be placed inside of the cutlery basket.

The following items are NOT suitable for washing inside a dishwasher:- o

Cutlery with a handle of mother-of-pearl, wood, horn or china. o

Plastic items that are not resistant to heat. o

Cutlery that consists of glued parts that are not resistant to heat. o

Cutlery items or crockery that are bonded. o

Copper or pewter items. o

Lead crystal glass. o

Wooden platters. o

Synthetic fibre items.

21

The following items are not always suitable for washing inside a dishwasher:- o

Stoneware should only be washed if the manufacturer of the item has marked it as dishwasher safe. o

Plastic items (such as lunchboxes) should only be washed if the manufacturer has marked it as dishwasher safe.

INTENSIVE o

Any food residue should be removed from silver items immediately, as this can also result in discolouration. o

Certain types of glass may become dull or cloudy after a large number of washes.

Program table

Program Cycle Program information

Description of cycle

Detergent pre/main

Program times*

Energy

(Kwh)

Water

(l)

Rinse aid

(mins)

165 1.4 20

NORMAL o

Glazed crockery may fade with repeated washing inside of a dishwasher. o

Items made of silverware or aluminium can discolour when washed inside a dishwasher.

For the heaviest soiled loads, such as pots, pans, casserole dishes and dishes that have been sitting with dried food on them for a while.

For normally soiled loads such as pots, plates, glasses and lightly soiled pans. A standard daily cycle.

Pre-wash

(50°C)

Pre-wash

Wash

(65°C)

Rinse

Rinse

(55°C)

Drying

Pre-wash

(45°C)

Wash

(50°C)

Rinse

(Rinse

(60°C)

Drying

5/25g

Or

3 in 1

5/25g

Or

3 in 1

180 1.25 16

22

ECONOMY**

GLASS

1 HOUR

RAPID

For lightly soiled loads, such as plates, glasses, bowls and lightly soiled pans.

For lightly soiled loads such as glasses, crystal and fine china.

A daily wash program in only 1 hour.

For lightly and normally soiled plates and pans.

A shorter wash for lightly soiled loads that do not need drying.

Pre-wash

Wash

(50°C)

Rinse (60°)

Drying

Pre-wash

Wash

(40°C)

Rinse

Rinse

(60°C)

Drying

Pre-wash

(50°C)

Wash

(60°C)

Rinse

(60°C)

Drying

Wash

(40°C)

Rinse

(rinse

(45°C)

5/25g

Or

3 in 1

5/25g

Or

3 in 1

120 0.91 16

* The wash program times that are quoted are intended as a guide only. Please note that factors external to the machine, e.g. the temperature of your water supply, your water pressure etc. can affect the time it takes for the wash program to complete.

** Economy is the testing program for EN 50242.

Setting a wash program

Make sure that the before first use section has been followed. o

Check whether the appliance needs rinse aid or salt adding to it. o

Pull out the top and bottom baskets, then load them in accordance with the loading instructions. o

Push the top and bottom baskets fully back into position. o

Add detergent. o

Turn the appliance on by using the ON/OFF button (1).

23

o

IMPORTANT: Wait for 5 seconds before pressing the program selection button, otherwise the appliance may not function correctly. o

Press the program button (7) to choose an appropriate wash program for the load that you are washing. The relevant program indicator (6) will light to show which program you have selected. o

Close the door firmly, so that you hear the door lock click shut. o

After a few seconds, you will hear the appliance begin to fill with water and the wash program will have started.

Changing the wash program

IMPORTANT: This should only be attempted when the cycle has only just started, otherwise the detergent may have already been released or you could have hot water escaping. o

Slightly open the door of the appliance and press the program button for about 3 seconds. o

The machine will cancel the program in progress and you can then select the required program as usual.

Adding more dishes

IMPORTANT: This should only be attempted when the cycle has only just started, otherwise the detergent may have already

been released or you could have hot water escaping. o

Open the door a little way to pause the current program. Wait until the spray arms have stopped rotating before opening the door fully. o

The program light will stop blinking and a buzzer will sound every minute until the door is closed again. o

Add the forgotten dishes to the upper or lower basket.

24

o

Close the dishwasher door. After about 10 seconds the wash program will continue automatically.

At the end of a wash program o

The time display will flash for 8 seconds and a buzzer will sound. o

Open the door of the appliance. o

Use the ON/OFF button (1) to switch the dishwasher off. o

Wait for about 15 minutes before unloading the dishwasher to avoid handling the dishes and utensils while they are still hot and more susceptible to breakage. They will also dry better. o

It is recommended that you unload the lower basket first to avoid water dripping from the upper basket onto the dishes in the lower one.

Delay start function o

Check whether the appliance needs rinse aid or salt adding to it. o

Pull out the top and bottom baskets, then load them in accordance with the loading instructions. o

Push the top and bottom baskets fully back into position. o

Add detergent o

Turn the appliance on by using the ON/OFF button

(1). o

IMPORTANT: Wait for 5 seconds before pressing the program selection button, otherwise the appliance may not function correctly. o

Press the program button (7) to choose an appropriate wash program for the load that you are washing. The relevant program indicator (6) will light to show which program you have selected.

25

o

Use the delay start button (2) to choose a delay start time of 3, 6, 9 or 12 hours in the future. The relevant delay start indicator (4) will light on the display. o

Close the door firmly, so that you hear the door lock click shut. o

When the programmed delay start time has elapsed, the dishwasher will automatically begin the chosen wash program.

Saving energy using your dishwasher

Loading dishes o

Refer to the relevant section of this manual for instructions on placing items in the dishwasher for the most efficient cleaning. o

Only run the dishwasher when it is full for optimum energy and water usage. Or use the half load option for smaller loads. o

Check the program table to select the most efficient program according to the size and type of the load. o

The ECONOMY program washes your items at a lower temperature and uses less water during the cycle. That is better for the environment and helps to cut energy costs as well as your water bill if you’re on a water meter.

Usage o

Clean the filters regularly both to keep the dishwasher clean and to maintain its efficiency. o

Always remember to switch the appliance off standby when you have finished using it. £1 billion worth of energy is wasted in the

UK every year by people leaving appliances on standby. o

You do not need to rinse dishes off before loading. If you prefer to pre-rinse, use cold water on your dishes before loading them but do not waste water by letting it run continuously.

26

o

Use the shorter and lower temperature cycles for everything but the dirtiest dishes. Shorter cycles use less energy and work just as well. Modern detergents also work just as well at lower temperatures.

Cleaning and maintenance

IMPORTANT: The appliance should be disconnected from your mains supply before commencing any cleaning process.

The filter system

Your appliance is fitted with three levels of filtering; these are located in the base of the dishwasher for ease of access.

1) Main filter

2) Coarse filter

3) Fine filter

Main filter-

Coarse filter- Larger items such as pieces of bone or glass, which could clog the drain, are trapped in this filter.

Fine filter-

Food and soil particles are trapped by this filter and pulverised by a special jet on the lower spray arm.

This debris is then washed down the drain.

This filter holds soil and food residue in the sump area and prevents it from being redeposited on the dishes during a wash cycle.

IMPORTANT: Whilst the filtering system is efficient, your dishwasher is not a waste disposal unit. All items being washed inside of the dishwasher should have food scraps

removed from them before being loaded into the appliance.

27

Cleaning the filters

For best performance and results, the entire filter assembly should be thoroughly cleaned regularly (ideally after each wash cycle).

1. Turn the coarse filter anti-clockwise and then lift it upwards.

Rinse out this section under a tap to remove any food debris that remains in it.

2. Pull out the main filter and rinse this under the tap to remove any food debris that is trapped in it.

3. Pull out the fine filter and rinse this under the tap to remove any food debris that is trapped in it.

4. Place the fine filter back in its original position.

5. Place the main and coarse filter back into their original positions in the base of the dishwasher. You must turn the coarse filter clockwise to lock it back into position.

IMPORTANT: If a glass gets smashed inside of the appliance, you must check there is no glass in the filter before the machine is used again as this can cause a drainage failure.

IMPORTANT: THE DISHWASHER SHOULD NEVER BE

SET ON A WASH CYCLE WITHOUT THE FILTERS BEING

INSIDE OF THE APPLIANCE.

28

Cleaning the spray arms

The spray arms should be cleaned regularly, to prevent hard water deposits from clogging the spray arm jets and bearings. o

To remove the upper spray arm, hold the nut and rotate the arm clockwise to remove it. o

To remove the lower spray arm, gently pull it upwards. o

Wash the spray arms in warm, soapy water and use a soft brush to clean the jets. o

Rinse the spray arms thoroughly and then reassemble the spray arms back in their original positions.

Cleaning the control panel

IMPORTANT: Do not use any abrasive cleaner or household polish on either the control panel or operating parts. o

Wipe over the control panel using a brand new damp cloth with warm water.

29

Cleaning the door o

To clean the edge around the outside of the door, you should use a soft, damp cloth only. o

To prevent water from penetrating the door lock or electrical components, DO NOT use a spray cleaner of any kind. o

DO NOT use any abrasive cleaner or scouring pads on the inner or outer surfaces, as they may cause damage to them.

Error code failure system

If your appliance senses that it is not operating correctly, then a program indicator light may flash.

The following error codes can possibly be remedied by the customer and the steps outlined below should be followed.

BEFORE COMPLETING ANY MAINTAINEANCE ON THE

APPLIANCE, IT SHOULD BE DISCONNECTED FROM YOUR MAINS

POWER SUPPLY.

RAPID program indicator flashes. o

Longer than expected fill time.

 Check the water pressure of your mains water supply.

 Clean the mesh filter that sits in the inlet hose.

 Ensure that the inlet hose is not kinked or crushed.

 Make sure the water tap that the machine is connected to is turned on fully.

GLASS program indicator flashes. o

The machine has sensed water in the base.

 Check that the outlet hose is not kinked or crushed.

 Check that there are no blockages in the drain hose or the drainage system that the appliance is connected to.

30

 The drain pipe may be placed in too high a position or incorrectly.

Check the installation instructions and ensure that the installation is correct. o

Once you have taken action to rectify the problem that has caused the fault code to appear, plug the machine back into your mains power supply. o

Turn the machine on using the ON/OFF button and wait for 5 seconds, before attempting to set a wash program, using the program selection button.

IMPORTANT: If any other program indicators flash, you should not attempt to clear it yourself and contact the

Baumatic Customer Care Department.

IF THE FAULT CODE REAPPEARS AFTER FOLLOWING

THE ABOVE ADVICE AND CLEARING THE FAULT

CODE. YOU SHOULD TURN OFF THE APPLIANCE;

DISCONNECT THE APPLIANCE FROM YOUR MAINS

SUPPLY. THEN ARRANGE FOR AN ENGINEER TO

ATTEND THE APPLIANCE. YOU SHOULD CONTACT

BAUMATIC CUSTOMER CARE ON TELEPHONE

NUMBER (0118) 933 6911.

Please note that if an engineer is asked to attend whilst the product is under guarantee and finds that the problem is not the result of an appliance fault, then you may be liable for the cost of the call out charge.

The appliance must be accessible for the engineer to perform any necessary repair. If your appliance is installed in such a way that an engineer is concerned that damage will be caused to the appliance or your kitchen, then he will not complete a repair.

This includes situations where appliances have been tiled in, sealed in with sealant, have wooden obstructions placed in front of the appliance, like plinths. Or any installation other than the one specified by Baumatic Ltd. has been completed.

Please refer to the conditions of guarantee that appear on the warranty card that you receive with the appliance.

IMPORTANT: Baumatic Ltd. operates a policy of continuous improvement and reserves the right to adjust and modify its products without prior notification.

31

General troubleshooting

PROBLEM POSSIBLE

CAUSES

Dishwasher doesn’t start.

Fuse blown or the circuit breaker acted.

WHAT TO DO

Replace the fuse or reset the circuit breaker. Remove any other appliances sharing the

Power supply is not turned on. same circuit with the dishwasher.

Make sure the dishwasher is turned on and the door is closed securely.

Make sure the power cord is properly plugged into the wall

Water does not drain from dishwasher.

Water pressure is low.

Door of the dishwasher is not properly closed.

Kink in the drain hose.

Filter clogged.

Kitchen sink is clogged. socket.

Check that the water supply is connected properly and the water is turned on.

Make sure to close the door properly until it latches.

Check the drain hose.

Check the coarse filter.

Check the kitchen sink to make sure it is draining well. If the problem is the kitchen sink not draining, you may need a plumber rather than an engineer for the dishwasher.

Suds in the dishwasher.

Stained interior.

Improper detergent was used.

Spilled rinse-aid.

A detergent with colourant was used.

Use only specific dishwasher detergent to avoid suds. If this occurs, open the dishwasher door and let the suds evaporate.

Add 1 gallon of cold water to the interior and close the door.

Select the RAPID program with no dishes loaded and allow the dishwasher to drain the water.

Repeat if necessary.

Always wipe up rinse-aid spills immediately.

Make sure that the detergent used is one without colourant.

White film on interior surface.

Hard water minerals. To clean the interior, use a damp sponge with an appropriate dishwasher descaler and wear rubber gloves.

Never use any other cleaner than those specifically for

32

There are rust stains on the cutlery.

Knocking noise in the wash cabinet.

Rattling noise in the wash cabinet.

Knocking noise in the water pipes.

The dishes are not clean.

Cloudiness on glassware.

Black or grey marks on dishes.

The affected items are not corrosion resistant.

A RAPID program was not run after dishwasher salt was filled so traces of salt have gotten into the wash cycle.

The lid of the water softener is loose.

A spray arm is knocking against an item in the basket.

Items of crockery are loose in the wash cabinet. dishwashers for the risk of foaming or suds.

Avoid washing these items in the dishwasher and look for dishwasher-safe replacements in the future.

Always run a RAPID program without any dishes in the dishwasher after adding salt to remove any excess traces.

Check the lid seal to ensure it is secure.

Interrupt the program and rearrange the items which are obstructing the spray arm.

This may be caused by on-site installation or the cross-section of the piping.

The dishes were not loaded correctly.

The program was not powerful enough.

Not enough detergent was used.

Items are blocking the path of the spray arms.

The filter assembly in the base of the dishwasher cabinet is not clean or not correctly fitted. This may cause the spray arm jets to get blocked.

Combination of soft water and too much detergent.

Aluminium utensils have rubbed against dishes.

Interrupt the program and rearrange the items of crockery.

This has no effect on the dishwasher performance but if in doubt, contact a suitably qualified plumber.

See the section on loading the dishwasher baskets for instructions.

Select a more intensive program. Please refer to the program table.

Use more detergent next time or change the brand.

Rearrange the items so that the spray arms can rotate freely.

Clean and/or fit the filter assembly correctly.

Clean the spray arms jets. Refer to the relevant sections of this manual.

Use less detergent if you have soft water and select the RAPID program to wash glassware and get them clean.

Use a mild abrasive cleaner to eliminate those marks.

33

Detergent left in the dispenser.

Dishes are blocking the detergent dispenser.

The dishes are not drying.

Improper loading of crockery.

Too little rinse-aid was used.

Dishes were removed too soon.

The wrong program was selected.

Use of cutlery with a lowquality coating.

Re-load the dishes properly.

Load the dishwasher as suggested in the relevant instructions.

Increase the amount of rinse-aid or refill the rinse-aid dispenser.

Do not empty your dishwasher immediately after washing.

Open the door slightly so that the steam can escape.

Begin unloading the dishwasher only once the dishes are barely warm to the touch. Empty the lower basket first to prevent water dropping from the dishes in the upper basket to the ones below.

The RAPID program does not feature a drying section and shorter programs have lower wash temperatures. Choose a program with a longer washing time.

Water drainage is more difficult with these items. Cutlery or dishes of this type are not suitable for washing in the dishwasher.

34

Installation

IMPORTANT: THIS INSTALLATION MUST BE

COMPLETED BY A SUITABLY QUALIFIED PERSON.

BAUMATIC ONLY SANCTION THE INSTALLATION

GIVEN IN THIS INSTRUCTION MANUAL. YOU

SHOULD DISPOSE OF ALL PACKAGING IN AN

ENVIRONMENTALLY FRIENDLY MANNER.

Aperture requirements

35

o

The aperture that your dishwasher needs to be installed into should resemble the one shown in the drawings on the previous page. o

There should be less than a 5 mm gap between the top of the dishwasher and the underneath of the worktop. The height of the aperture required will vary between 820 – 870 mm depending on the height of the adjustable feet.

Installation stages

1. Preparing and connecting the furniture door.

2. Adjusting the tension of the door spring.

3. Connecting to the mains water supply

4. Connecting to the water outlet

5. Connecting to the power supply

6. Applying the condensation strip

7. Positioning the dishwasher

8. Levelling the dishwasher

9. Securing the dishwasher

Preparing and connecting the furniture door o

IMPORTANT: The furniture door is not supplied with the appliance. You should purchase one to match with the rest of your kitchen cabinets. o

The maximum weight of the furniture door should be 5.5 kilograms. The maximum thickness of the furniture door should be 15 mm.

36

o

Use the installation template supplied with the appliance to mark up and then drill out the necessary holes in the furniture door. o

Attach the upper and lower hooks onto the furniture door. o

Lift the furniture door towards the dishwasher door, ensuring that the upper and lower hooks locate into the slots on the outside of the dishwasher door. o

Push the furniture door downwards so it locks into place on the dishwasher door. o

Open the dishwasher door and remove the four short screws. o

Use the four long screws to secure the panel to the door.

37

Adjusting the tension of the door spring o

The door of the dishwasher is attached to springs. These are set at the factory to ensure that they are at the proper tension, so that the door can open and close smoothly. o

After the furniture door has been fitted, you will need to adjust the tension of the door spring. o

Using a suitable screwdriver, rotate the adjusting screw shown in the image above to either tighten or slacken the steel cable. o

The doors’ spring tension is correct when:-

The door remains horizontal when in the fully opened

position.

b) You are able to shut the door easily, by raising the door using

your o

WARNING: If you do not adjust the tension of the door spring, then it could cause damage to the appliance.

38

Connecting to the mains water supply

IMPORTANT: Do not connect the appliance to your mains water supply using an old or an existing water inlet hose.

The inlet hose supplied with the dishwasher is the ONLY one that should be us ed.

DO NOT CONNECT THE WATER INLET HOSE TO A HOT

WATER TAP. o

The inlet hose will be located inside the cabinet of the dishwasher. o

Connect the water inlet hose to a threaded water tap that has a

3/4” thread and to the inlet hose connector on the appliance. o

Fully tighten the inlet hose to the water tap and the dishwasher.

IMPORTANT: The inlet hose is fitted with an aqua stop.

This MUST be fitted in the upright position, as shown in the above diagram.

Connecting to the water outlet o

Secure the drain hose, so that it cannot move whilst the dishwasher is in use.

39

o

Place the end of the drain hose on your drain pipe. Push it a short way down into your drain pipe. The drain pipe must have a minimum diameter of 40 mm. o

The top of the drain hose must be no higher than 1000 mm. o

IMPORTANT: Do not insert the drain hose too deeply into the

pipe, as this may cause siphoning. o

NEVER EXTEND THE DRAINAGE HOSE FROM ITS ORIGINAL

LENGTH.

Connecting to the power supply once the appliance is installed. o

IMPORTANT: The electrical socket must still be accessible o

Consult the rating plate, located on the right hand side of the drop down door BEFORE making the electrical connections.

Ensure that the voltage reaching the plug is the same as that on the rating plate. o

DO NOT REMOVE THE RATING PLATE AS THE

INFORMATION ON IT IS IMPORTANT. o

The moulded plug that is supplied with the appliance must be placed into an earthed and insulated socket. o

Broken or damaged power leads must only be replaced by a suitably qualified person. A power lead of a similar type must be used in replacement. o

Power lead type – H 0 V V – F 3G 1,5. o

IMPORTANT: We do not recommend that this appliance is connected to an extension lead.

40

Applying the condensation strip o

The condensation strip must be fitted to the underside of the worktop to protect it against the ingress of moisture. The strip will deflect steam that rises from your appliance, away from the underneath of the worktop. o

The condensation strip will be located inside of your dishwasher. o

Ensure that the underneath of the worktop is clean before sticking the strip to it. o

Separate the backing paper away from the strip. o

Stick the condensation strip to the underneath of the worktop. o

IMPORTANT: Failure to attach the condensation strip could result in damage to your worktop.

Positioning the dishwasher o

Carefully slide the dishwasher back into position, underneath the worktop.

41

Levelling the appliance o

IMPORTANT: Your dishwasher must be level for it to operate properly. o

Make sure that the dishwasher is supported whilst it is being levelled, otherwise it may tip over. o

Rotate the adjustable feet to level the appliance accordingly. o

Use a spirit level to check that the appliance is level. o

Check that the appliance is level from side to side. o

Check that the appliance is level from front to back.

42

Securing the dishwasher

The dishwasher must be secured to the worktop, this can be done in one of two ways:- o

Standard worktop- Secure the dishwasher to the underside of the worktop by using two wood screws (A). o

You should screw through the holes in the brackets at the top of the dishwasher cabinet. o

These screws should be fully tightened. o

Marble/granite worktop- The material of the worktop will mean that it is impossible to put a screw through the underneath of the worktop. o

On either side of the front edge of the dishwasher cabinet, there is a rubber stopper. You should remove the rubber stoppers, to reveal a pre-drilled hole on either side of the dishwasher. o

Secure the dishwasher to the cupboard either side of it, by screwing a wood screw through the pre-drilled holes into the cupboards. These screws should be fully tightened (B). o

The rubber stoppers should then be refitted into their original position.

43

Before first use

You should check the following before using the appliance for the first time:- o

That the dishwasher is level and fixed in position. o

That the water tap is fully open. o

That there are no leaks at either end of the drain or inlet hoses. o

That the inlet and outlet hose are fully tightened. o

That the inlet and outlet hoses are not kinked. o

That the power is switched on. o

That the water softener has been filled with 1 litre of water and salt. o

That the rinse aid dispenser has been filled.

44

Baumatic consumables

o

BC001 Degreaser for Dishwashers (200 g) o

BC002 Descaler for Washing Machines and Dishwashers (200 g) o

BC003 Ceramic Hob Cleaner (250 ml) o

BC004 Oven Cleaner (250 ml) o

BC005 Stainless Steel Cleaner and Protector (250 ml) o

BC007 E-Cloth – General Purpose Cloth o

BC008 Microwave Cover

To order a Baumatic consumable product please call 0123 5437 244 and quote the product code. You can also order online from eshop.baumatic.co.uk

45

Technical Data

Model Number

Standard Place Settings

Energy Efficiency Class (1)

Annual Energy Consumption (2)

BDWI640

14

A+

299 kWh

1.04 kWh Energy Consumption of the Standard

Cleaning Cycle

Power Consumption of Off Mode 0.45 W

Power Consumption of Left-On Mode 0.55 W

Annual Water Consumption (3) 3500

Drying Efficiency Class (4) A

Standard Cleaning Cycle (5)

Program Duration of the Standard

Cleaning Cycle

Economy 50°C

175 mins

Noise Level

Installation Type

49 dB

Built-in

(1) On a scale from A+++ (highest efficiency) to D (lowest efficiency).

(2) Annual energy consumption based on 280 standard cleaning cycles using cold water fill and the consumption of the low power modes. The actual energy consumption will depend on how the appliance is used.

(3) Annual water consumption based on 280 standard cleaning cycles. The actual water consumption will depend on how the appliance is used.

(4) On a scale from A (highest efficiency) to G (lowest efficiency).

(5) This program is suitable for cleaning normally soiled tableware and is the most efficient program in terms of combined energy and water consumption.

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United Kingdom

Baumatic Ltd.,

Baumatic Buildings,

6 Bennet Road,

Reading, Berkshire

RG2 0QX

United Kingdom

Sales Telephone

(0118) 933 6900

Sales Fax

(0118) 931 0035

Customer Care Telephone

(0118) 933 6911

Customer Care Fax

(0118) 986 9124

Spares Telephone

(01235) 437244

Advice Line Telephone

(0118) 933 6933

E-mail: [email protected] [email protected] [email protected] [email protected]

Website: www.baumatic.co.uk

Facebook: www.facebook.com/baumatic.uk

Republic of Ireland

Service Telephone

1-890 812 724

Spares Telephone

091 756 771

Czech Republic

Baumatic CR spol s.r.o.

Lípovà 665

460 01 Liberec 4

Czech Republic

+420 483 577 200 www.baumatic.cz

Slovakia

Baumatic Slovakia, s.r.o.

Panenská 34

811 03 Bratislava - Staré Mesto

Slovakia

+421 255 640 618 www.baumatic.sk

Germany

Baumatic Gmbh

Bachstr.10-12

D-32257 Bünde

Deutschland

+49 (0) 5223 99408 0 www.baumatic.de

Italy

Baumatic Italia S.R.L.

Via Galvani N.3

35011 Campodarsego (PD)

+3904 9920 2297 www.baumatic.it

Holland

Baumatic Benelux B.V.

Dukdalfweg 15d

1332 BH ALMERE

Nederland

+31(0)36 549 1553 www.baumatic.nl

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48

Dispenser

Door lock

Control panel

RHS of the appliance Bottom

Bottom

Screw for Main PCB

Main PCB

Pressure switch

Heating element (3 screws)

Sensor

Motor adjust screw of door spring

Heating element