Position of the Drain and Water

Supply hoses before disassembling.

ASSEMBLY AND DISASSEMBLY METHODS OF MARTI 1) DRAIN HOSE

For the purpose of avoiding any siphonage in the drain hose, the hose must be hanged at the back of the machine by one hose clamp as shown in the picture. This clamp should never be removed while assembling of the machine.

When the hose is to be replaced, the unit, which is seen at the right back top corner of the machine is required to be removed after being cut. 3 wire clamps and 2 plastic hose clamps are removed for dismantling the drain hose. 2) TOP PLATE

The position of the drain hose during the assembly of the product.

Manner of opening the latch of the upper plate.

Disassembly of top plate after the screws are

dismantled

The plate is pulled back for approximately 1 cm by pressing the latches located at both sides of the upper plate in upward direction. Afterwards, the plate is removed by pulling it upwards. In case the machine is to be installed under the counter, the support of the upper plate should be dismantled.

3) TOP PLATE MID SUPPORT The part can be dissembled by loosening 2 snaps by screw driver

4) SIDE WALLS

A total of 8 screws, as 4 in the front, 2 at the back and 2 at the top are loosened to take out one side wall 5) OUTER DOOR

This part can be taken out by loosening 6 screws which are connected with inner door

6 ) LOCKER GROUP

7) HINGE PLATES, INNER DOOR FRONT SUPPORT AND LOWER SUPPORT

Locker group is fixed to the panel by two snaps.

4 screws are loosened from front support (1). To separate inner door from hinge arm 2 screws at the each side are loosened (2). The lower support is taken out by loosening 6 screws (3).

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8) DOOR SPRING, HINGE PULLEY, HINGE ROPE

9) DETERGENT CONTAINER

The inner door plate, held by 8 notches, is taken out by releasing the lobes

10) CABLE CASE

11) DRAIN HOSE, WATER INLET VALVE

The spring is taken out by removing from hinge rope. Then washer and pulley are removed from pulley pin which is fixed to the body. When the pulley is reattached , it must be grouped by getting the buckled side of washer to the outside

To replace any cable, firstly 4 screws of hinge arm support must be loosened.

To render services to these components, the operators should work on the backside of the machine. The concrete sheet should be removed. The hose holder is taken out by turning as it is seen in the picture. The drain hose holder is made up two symmetric parts, which fit together by the help of the snaps. It should be located approximately 26 cm from the hose end. 12) CONCRETE SHEET

30 cm26 cm

Both of the sidewalls are dismantled. A total of 4 screws that connect the concrete sheet to the frames from both sides are unscrewed. 2 screws that connect the base to the concrete sheet are unscrewed. Water inlet hose is taken out. Base is dismantled. The concrete is taken out and the sheet is freed from its connections.

13) ASSEMBLY OF AQUASTOP

14) INTERFERENCE FILTER

To dismantle the interference filter and themain power cable, sockets should be takenout first. Then filter can be dismantled byloosening two screws.

For disassembling the water inlet valve, the screw on the concrete sheetis unscrewed. Water inlet valve is taken out by being rotated in the clockwise direction.(according to the back of machine)

Aquastop holder is disassembled by releasing 2 snaps by screw driver from concrete sheet(1). Aquastop holder is consist of two parts . After assembling of aquastop and drain hose to the below part , it is grouped to the upper part.

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15) MAIN POWER CABLE

16) ASSEBMLY OF FAN OUTLET PART TO THE CONCRETE SHEET

17) REGENERATION CONTAINER

The regeneration container is taken out by pressing to the body. The lid of the regeneration container is taken out by being rotated in the counter clockwise direction at 5-10˚.

The main power cable is grouped to the cable holder by inserting into the concrete sheet. The cable holder is fixed to the concrete sheet by attaching in counter clockwise direction.

18) WATER SOFTENER

19) FLOW-METER

The clamps under the regeneration container is removed. The hose that is coming from flow-meter are taken out. Then the snaps of the regeneration container are gotten out

Nut is taken out by rotating counterclockwise. Softener dismantled from the inner body. There are 2 o-rings between softener and regeneration container

20) FAN GROUP Picture-1 Picture-2

Picture-3 Picture-4

The air discharge way is located at the right side of the machine.(Picture-1). Air unit cover is taken out from the snaps with hose that is coming form unit by being rotated in the counter clockwise direction .(Picture-2).The fan motor is removed out by loosing 4 screws as shown picture 3-4

The counter is connected to the hoses coming from the regeneration unit and waterinlet valve by 2 hose clamps. Remove the connector coming from the cable harnessThe counter is fixed to the frame by two snaps. The counter is taken out by releasingthe snaps

21) BOTTOM TRAY While providing service for the components located beneath the machine, the machine is moved to a place other than the place of installation

For dismantling the tray, the machine is inclined backwards with an angle of approximately 40˚.

2 screws holding the base and located on the front side are removed and the components beneath the machine are accessed. Thus, it is possible to work on all the components except for the Water Inlet Valve, Clip Holder and the Drain Hose.

If there is plinth: The door is swiftly opened and the plastic plinth located at the bottom of the machine is taken out, by being rotated in the downward direction without using any tool. Afterwards when this plastic plinth is repositioned, the similar procedure is applied but this time by being rotated in the reverse direction

22) OVERFLOW GAUGE

The mechanism attaching the overflow gauge to the base is pulled to the front direction, by pressing the latches and then is taken out.

23) PUMP SUMP

The inner tub is different because of the change made for the new sump, and sump connections

Sump o-ring is placed between the sumpand the inner tub in order to preventleakage

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3 4

Filter support part is fixed to the sump and inner tub by the screws numbered as 3, 4 and 5.

Sump Gasket

The sump is fixed to the inner tub by the help of 5 PT type screws as shown in the picture.

The drain hose is assembled to the drain exit of the sump by using a hose clamp

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24) TURBIDITY SENSOR

3W valve should be fixed to the sump by fourscrews, for the DW models that have 3 way valve.

The flow diverter is assembled to the sump by hot plate in the factory production for the DW models that have flow diverter.

Drain pump group should be fixed to the sump by the help of snaps fits on the sump.

By releasing 3 clicks turbidity sensor holder is taken out from the sump. Sensor is taken out from the holder by pulling out. There is an o-ring on the holder, it should be used while mounting again

25) NTC

26) HEATER

27) CIRCULATION PUMP Circulation pump is connected to the motor by snaps

NTC is taken out by being rotated 30˚.

Pipe type heater is used in the machine. It is taken out by unscrewing the two spring clamps

After the clamps and cable connections of the circulation pump are removed, the screws of the motor holding plate that are connected to the body frame are unscrewed. So as to detach the circulation pump from the motor holding plate, the connection is cut off by breaking the white coloured auricle shown in the photo, and a new auricle is installed during the assembly.

28) TOP SUPPLY TUBE, WATER SUPPLY TUBE AND FILTER SUPPORT Picture –1 Picture - 2 Picture –3 Picture-4

Although motor bracket has been changed, it issame to be grouped to the motor and frame

Picture– 5 Picture -6

Filter support is freed after three related screws are loosened (picture-2). After the notch of the water supply tube is released, both of the parts are taken out (picture-3). The filter support is turned in the clockwise direction After the notch located on the water supply tube is moved to the canal of the filter support, the tube is pulled above (picture-4). The top supply tube is welded with water supply tube (Picture-5). The holder of top supply can be removed from body holder (Picture-6)

For the models having metal filter, metal filter o-ring is used. The assembly of the part is as shown in the pictures.

Welded part

29) FEET .

The filtering system will beeffective if the assembly of thefilters are done in the rightmanner. For both the metaland plastic filter, the filter endsshould be positioned under therelated region of the flowdiverter.

Adjustable Foot

The snap in the middle is pressed by a screwdriver

45 cm left back adjustable foot

45 cm right back foot

Rope

At 45 cm dishwasher machine the hose of regeneration unit must be assembled as shown in the picture.