Beko WM5101W Service Manual
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Beko WM5101W Service Manual

Beko WM5101W Service Manual

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COMPONENTS
Mechanical Parts
All tubs are made of a highly resistant special plastic material that drops the noise volume and
that has not any corrosion problem. The tub door used in compact series machines is also
plastic and it is permanently fixed to the back of the tub by means of vibration welding. There
is one counterweight at the upper and lower parts of the tub. Motors are fixed by connecting
them with two bolts on Compact series There are transportation safety bolts on the back side
of the tub. The tub assembly is suspended from the body from its sides by means of two
springs and it is connected on to the lower surface of the body by means of two friction
horizontal suspensions. The tub is made of stainless steel.
Suspension System
The drum is attached on to the body by means of 2 springs. Moreover, the tub is fixed to the
body from its lower part by means of 2 friction suspensions. The springs and the suspensions
prevent moving and noisily operating of the machine by transferring the vibrations that are
created in the tub to the body. Suspensions are connected to the tub by means of plastic pins
instead of bolts.
Electronic Card
With the aid of the control card designed as single-face washing programs written on the
microprocessor, washing and spinning motor profiles, protection algorithms and components
(motor, heater, pump, valves, door lock, ntc, water level sensor) are controlled.
While on the front face of the card are the supply circuit, motor and other component control
circuits – triac and relays – and component connection terminals, there are the
microprocessor, function and time delay buttons and leds as well as the program follow up
leds on its back surface.
The required washing program is run in accordance with the program sensor (rotary switch)
connected on to the card, the data read on auxiliary function and time delay switches.
Auxilliary functions, spin speed/temperature and delayed time options and functions can be
selected via this card.
Door Lock
A PTC door safety lock is used. When any washing program is started after the door is closed,
the PTC disk heats up to lock the door and prevent its opening while the program is running.
The PTC cools down and the door is unlocked within 70 seconds after the program comes to
an end. Currents of all components pass through the door safety lock. In case it is defective,
the machine does not operate.
Nominal Operating Voltage
Operating Current
C
O
M
P
A
C
T
F
O
C
O
M
P
A
C
T
F
O
R
A
S
E
R
V
I
C
E
R
A
S
E
R
V
I
C
E
250V 50-60Hz
10-50 mA
M
A
N
U
A
L
M
A
N
U
A
L
1

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Summary of Contents for Beko WM5101W

  • Page 1 COMPONENTS Mechanical Parts All tubs are made of a highly resistant special plastic material that drops the noise volume and that has not any corrosion problem. The tub door used in compact series machines is also plastic and it is permanently fixed to the back of the tub by means of vibration welding. There is one counterweight at the upper and lower parts of the tub.
  • Page 2 PTC Resistance Min. >=50 ohm Time of Contact Lock <=8sec Time of Contact Unlock 35...70sec Motor Universal serial motor is used. The universal serial motor is composed of a stator and armature (rotor). Stator and armature coils are serially connected with the aid of the collector and brush to transmit the current to the armature coils.
  • Page 3 Valve There is a double valve in single water-inlet models while there is an additional single valve besides the double valve in machines with hot water inlet. Valves are driven with the triacs on the electronic card; both valves are driven at the softener step by using the collision water direction system to send the water towards the middle compartment of the detergent drawer.

  • Page 4: Rear Cover

    DISASSEMBLY PROCESES IMPORTANT: THE MACHINE SHOULD BE TILTED FRONTWARDS TO ATTACH THE TRANSPORTATION SAFETY BOLTS IN CASES OF SERVICE. THIS IS PARTICULARLY NECESSARY AVOID DAMAGE COMPONENTS ON THE PANEL REINFORCEMENT IRON SHEET. 1- TOP PANEL 2 self-tapping screws connecting the Top Table to the Body are removed. Top Table is lifted backwards and then upwards to be taken out.
  • Page 5 The Bellow is taken out of the Front Wall. 2 screws that fit the Safety Lock to the Front Wall are removed. The Kick Plate is removed. Self-tapping screws which fix the Front Wall onto the Body from its lower part are removed.

  • Page 6: Outer Cover

    5- FRONT DOOR ASSEMBLY (SINGLE-AXIS FRONT DOOR) Front door is opened. 2 screws of the hinge holder that serves as the front door holder with a hinge are removed to take out the holder. The front door is released from the hinge. 2 hinge screws that are connecting the hinge onto the Front Wall are removed to separate the hinge from the Front Wall.
  • Page 7 DOOR EJECTOR AND DOOR EJECTOR SPRING Outer Cover is removed. Door Ejector (plastic) tabs are taken out of their housing on the inner surface of the Inner Cover. HINGE Front Door is removed. Outer Cover is removed. 4 screws that fix the hinge holder onto the inner cover are removed to take out the hinge.

  • Page 8: Program Card

    8-PANEL The Drawer is taken out. 1 pt screw which is connecting the panel on to the panel reinforcement bracket and detergent box is removed. Tabs that connect the panel on to the reinforcement bracket are taken out to release the panel from the reinforcement bracket.

  • Page 9: Program Control Card

    2 screws are removed to take off the on/off key and the Light carrier set is released from the panel by pulling it by its tabs. 10- PROGRAM CONTROL CARD The card is taken out of the card holder.

  • Page 10: Interference Filter

    11- WATER LEVEL KEY The cable which the water level key is connected is released from the holder by removing 1 self-tapping screw. Water level hose and cables are taken out. 14- INTERFERENCE FILTER Top Table is removed. Cable ends of the Interference Filter are taken out. 2 screws behind the Body which fix the Terminal Assembly to the Body are removed.

  • Page 11: Two-Way Valve

    The tab behind the Body which fixes the valve on to the Body is pushed inwards by a screwdriver and the valve is turned to left. 13- TWO-WAY VALVE Top Table is removed. Valve cables are taken out Hose clamp is pulled backwards on the hose. Hoses of the two-way valve are taken out.
  • Page 12 Back Wall is removed. Heater Cable ends are taken out. M6 nut of the Heater is loosened to take out the Heater by pulling the Drum from the rear part. (Care should be paid to attach the Heater to the Heater Fixing Wire in the Drum during the assembly step.
  • Page 13 19- DRUM BELLOW Front Wall is removed. The coil spring which connects the Bellow to the Drum is removed. The Bellow is pulled out from the Front Cover by hand. INSERTION The areas with arrow –like signs on the Bellow as well as on the Drum Cover are overlapped as to match each other.

  • Page 14: Supply Cable

    22- PULLEY Rear Cover is removed. The Poly V-Belt is taken out by turning over the pulley. The bolt fixing the Pulley to the Drum Spindle is removed. The Pulley is taken out from the Drum Spindle. 23- MOTOR Rear Cover is removed. Motor Socket is taken out from the Motor.

  • Page 15: Upper Counterweight

    25- UPPER COUNTERWEIGHT Top Table is removed. The Upper Counterweight Fixture Bolts are loosened and taken out. 26- LOWER COUNTERWEIGHT Front Wall is removed. The Front Lower Counterweight Fixture Bolts are loosened and taken out. The torque value should be 2100 Ncm (it has a tolerance of -900) during mounting of Upper and Lower Counterweights.
  • Page 16 27- DRUM WING Iron sheet tabs are pushed backwards on the wing holes by means of a flat-tip screwdriver. The iron sheet stoppers that are holding the positioning feathers are pushed backwards by inserting the screwdriver into the holes numbered 2, 6 and 10 in the drawings below according to the front view of the wing to be replaced.
  • Page 17 Iron sheet tabs should be turned towards the outer side of the Drum when the wing is removed. Tab pointing out side of the drum In order to hod the wings, the tabs should be turned approximately for 2 mm towards inside of the drum.
  • Page 18 Iron sheet tabs are bent inwards to insert the wing. To do this, a flat-tip screwdriver will be useful. The point to be taken into consideration while flattening the tab is that the tip of the tab should rest appropriately. For this reason, while flattening the tab with one hand with a screwdriver, thumb of the other hand should be used to support the bottom of the tab.
  • Page 19 To check if the mounting is made correctly, the wing is forced backwards and sidewards. If it does not come out or if it does not move too much, the mounting is completed. Wing shouldn’t be moved sidewards Wing should be moved max.

  • Page 20: Drain Hose

    29- DRAIN HOSE Front Wall is removed. The Drain Hose is pulled backwards towards the clamp at the Pump inlet. Drain Hose is taken out from the Pump. It is taken out off the hose holder tabs at the back side of the Body. The hose is taken out from the front side of the machine.

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