Silverline H10560 015 User manual

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EN SERVICE MANUAL
H10560 015
H10590 015

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Contents
1. Safety Procedures/Information, Warnings…………………………………………..3
2. Recommendation for Product Installation and Dimensions ............................ 4
3. Indication of the Serial Number Plate Location ................................................. 5
4. Explanation of the Characters in the Serial Number ......................................... 6
5. Product Specifications .........................................................................................7
6. Control Panel and Operation................................................................................8
7. Troubleshooting - Measurement of Component Values.………………………….9
8. Fault Flow Chart...................................................................................................16
9. Disassembly Manual........................................................................................... 17
10. Carbon filter change…………………………………………………………………….23
11. Cleaning Recommendations…………………………………………………………..24
12. Wiring Diagram (For All Boards)……………………………………………………...25

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1. Safety Procedures/Information, Warnings
CAUTION!!
Before servicing, disconnect the unit
from power to prevent power from
being switched on accidentally
1. Usage voltage of your product is 220-240 Volt~50 Hz.
2. Power cord of your product is fitted with a grounded plug. This cord must be plugged into a
grounded outlet.
3. The whole electrical wiring must be installed by a qualified electrician.
This is the safety alert symbol. This symbol alerts you to hazards that can kill or hurt you and
others.

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2. Recommendation for Product Installation and Dimensions
APPLIANCE POSITION
After completing the installation of hood, the minimum distance must be 65 cm between the
product and any electric cooker; and 75 cm between it and any gas ranges or cookers burning
other.

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3. Indication of the Serial Number Label Location
Picture
Picture : Product name plate is affixed on the area shown with a red circle in the photograph.

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4. Explanation of the Characters in the Serial Number

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5. Product Specifications
Size (cm)
60-90
60-90
Max Volume Level (db)
60
61
Lighting
Spark Plug
Spark Plug
Use Version
Motorized
Motorized
Total Power (W)
116
131
Air Outlet Connection (mm)
120/150
120/150
Material
Inox
Inox
Filter
Aluminum Cartridge Filter
Aluminum Cartridge Filter
Air Flow at Maximum Speed
(m3/h)
266
253
Control
Mechanical Push Button
Mechanical Push Button
Motor
1190 K25
1190 SP25
(For the model 3159.6.670.03
and 3159.6.670.03)

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6. Control Panel and Usage
Push Button Product Usage
1. Press this button to reset the product.
2. When this button is pressed, product will operate at speed level 1.
3. When this button is pressed, product will operate at speed level 2.
4. When this button is pressed, product will operate at speed level 3.
5. Press this button to turn on or off the lamp

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7. Troubleshooting - Measurement of Component Values
A. COMPONENT LIST
1. Terminal: 4. Control Switch:
2. Motor Block 5. Motor Connecting Cable:
3. Power Cord : 6. Lamp:

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7. Grounding Cord: 8. Lamp Holder

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B. TROUBLESHOOTING
All measurements other than the cord short circuit test are performed as
energized.
The relevant person shall wear insulating shoes and shall not contact
the circuits by hand. In case of contact, he shall cut off power, and re-
supply the required energy during measurement.
The faults in the product may be examined as follows: When the product is supplied with
power;
1. If no component is operating (motor, lamp, etc.)
> The product may not be receiving power. In such a case, check the power in the
circuit, too.
♦Circuit power check;
> Fuse may be blown if there is no power in the circuit. Make sure that the fuse is on.
> Power cord may be damaged if the fuse is OK. In such a case, a cord short circuit
test shall be performed.
♦Short Circuit Test for the Power Cord;
> Switch may be faulty if there is power in the circuit. In such a case, a switch short
circuit test shall be performed.
♦Short Circuit Test for the Switch Cord;
> The motor is faulty if there is no fault in the motor speed cords of the switch.
> There may be a fault in the receptacle cord if there is no fault in the lamp cord of the
switch.
♦Short Circuit Test for the Receptacle Assembly
>The lamp is faulty if there is no fault in the receptacle cord.
2. Grounding cord may be damaged in case of electric shock when you contact the
product.
♦Short Circuit Test for the Grounding Cord
3. If the circuit is 220V at the motor socket outlet but the motor is not running the
robustness of the windings can be checked by checking the motor windings.
♦Motor winding measurement

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C. MEASUREMENTS
1. Circuit Power Check
The indicator shall indicate 220 Vwhen the positive and negative
probes (the pole is irrelevant) in the AC voltage range of the
multimeter (while Range: Auto or Range: 100) are contactedwith
the pins connected to the power cord of the terminal while power
is supplied to the product.
2. Short Circuit Test for the Power Cord
Switch the multimeter to the short circuit test mode. Contact one
of the probes (the pole is irrelevant) to the probe of the male
socket and the other one to the cord terminal. A continuous
audible signal shall be issued from the multimeter and a fixed
value shall be displayed on the screen in this condition.
Otherwise, the cord is damaged.
3. Short Circuit Test for the Switch Cord
i. Short Circuit Test for the Switch Lamp Cord
Switch the multimeter to the short circuit test mode. Contact one
of the probes (the pole is irrelevant) to the terminal of the brown
cord of the push button and the other one to the terminal of the
white cord. A continuous audible signal shall be issued from the
multimeter and a fixed value shall be displayed on the screen in
this condition. Otherwise, the cord is damaged

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ii. Short Circuit Test for Switch Motor 1st Speed
Cord
Switch the multimeter to the short circuit test mode. Contact one
of the probes (the pole is irrelevant) to the terminal of the brown
cord of the push button and the other one to the terminal of the
red cord. A continuous audible signal shall be issued from the
multimeter and a fixed value shall be displayed on the screen in
this condition. Otherwise, the cord is damaged.
iii. Short Circuit Test for Switch Motor 2nd Speed
Cord
Switch the multimeter to the short circuit test mode. Contact one
of the probes (the pole is irrelevant) to the terminal of the brown
cord of the push button and the other one to the terminal of the
red cord. A continuous audible signal shall be issued from the
multimeter and a fixed value shall be displayed on the screen in
this condition. Otherwise, the cord is damaged.
iv. Short Circuit Test for Switch Motor 3rd Speed
Cord
Switch the multimeter to the short circuit test mode. Contact one
of the probes (the pole is irrelevant) to the terminal of the brown
cord of the push button and the other one to the terminal of the
black cord. A continuous audible signal shall be issued from the
multimeter and a fixed value shall be displayed on the screen
in this condition. Otherwise, the cord is damaged

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4. Short Circuit Test for the Receptacle
Assembly
Switch the multimeter to the short circuit test mode. Contact
one of the probes (the pole is irrelevant) to the terminal on the
end of the receptacle cord and the other one to the conductors
inside the receptacle. A continuous audible signal shall be
issued from the multimeter and a fixed value shall be
displayed on the screen in this condition. Otherwise, the cord
is damaged.
5. Short Circuit Test for the Grounding
Cord
Switch the multimeter to the short circuit test mode. Contact
one of the probes (the pole is irrelevant) to the needle-ended
terminal on the end of the cord and the other one to the ring
terminal on the other end. A continuous audible signal shall
be issued from the multimeter and a fixed value shall be
displayed on the screen in this condition. Otherwise, the cord
is damaged.
6. Motor winding measurement
This measurement is not performed under energy.
The person concerned should wear insulating shoes and
should not contact the circuits with the bare hand. If
necessary, they should energize the circuits again during the
disconnected measurement.
Remove the motor from the circuit. Take the multimeter
resistance to the measurement stage. Resistance value
decreases from speed 1 to final speed. There is an error in
winding if the resistance is in mega or kilo ohms. Resistance
value should be in ohms.

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7. Motor current power rating
This measurement is not performed under
energy.
A clamp-on ammeter is required to make this
measurement. The circuit cable to be
measured must pass through the middle of the clamp
ampere. The adjustment stage is set to alternating current
and the desired speed of the engine is turned off. Here, the
current output is applied in the formula below and the power
value is calculated. The power rating should be below the
nominal power.
P = V x I (Power = Voltage x Current)
Please check the rating label in order to see maximum power value of the motor. The power
measurement formula is given above.
The value you have measured may differ by up to 15% of the value on the rating label, depending
on the ambient conditions.
If a value is observed differently, it may be due to the following reasons;
1. Ambient conditions are out of standards;
The values on the rating label were made in accordance with the standards in laboratory. Out of
tolerance motor power values can be observed under different conditions.
2. Air outlet exhaust is blocked;
In a product with a blocked airway, the motor will operate at a speed above its nominal speed. In
this case, the motor noise level will increase, and the out-of-tolerance power value can be read.
3. Brake down of the motor’s propeller;
Problems such as excessive oil in the propeller can cause changes in engine speed. The volume
increases. Friction may occur due to oil and engine power may be out of tolerance.
4. Failure of engine bearings;
If there is a mechanical noise increase in the motor, a malfunction may have occurred in the motor
bearings.
5. Malfunction in motor windings;
If the motor does not run at all, there may be a fault in its windings.
6. Engine Starting Problem;
If the engine seems to rotate at a constant speed at all speeds or if the engine does not start at all,
there may be a capacitor failure.

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8. Failure Flow Chart
*Switch fault
Damage to the switch circuit
Distortion of the capacitive effect due to condensation in the touch circuits. Moisture in the switch
plastic
**Circuit fault
Damage to the circuit
Incorrect connection of cables on circuit
Let's Energize the Product
When we activate the rele vantcomponent
on the swi tch, does the component work?
Y
N
NoMalfunction
Is the re a corresponding voltage at
the terminal of the power cable?
Let's cut the p ower. Let's
replace the faulty
component.
Is the fuse off?
YN
Let's Open Insurance
H
Is the re a proble mwith
the power cable? Let's
check for short circuit
YN
Power cable failure Line fault
N
Is the required vol tage value observed at
the circuit output of the rel evant
NY
Is the re a proble mwith the
component cable? Let's checkfor
short circuit
YN
Cable Fault Component Fault
Control Button fault

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9. Disassembly Manual
Fig. 1
Fig. 1: Disconnect the appliance.
Fig. 2 Fig. 3
Figs. 2-3: Remove the chimneys from the product.
Fig. 4 Fig. 5
Figs. 4-5: Remove the filter from the product.

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Fig. 6
Fig. 6: Remove the lighting plastic by carefully pressing it from the inside.
Fig 7 Fig 8
Figs. 7-8: Remove the lamps by turning them counter clockwise.
Fig 9 Fig 10
Figs. 9-10: Remove the terminal box cover and remove the cover.

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Fig 11 Fig 12
Figs. 11-12: Remove the screws fixing the glass and take the glass off the product.
Fig 13 Fig 14
Figs. 13-14: Remove the screws fixing the product and take the product off the wall.
Fig 15 Fig 16
Figs. 15-16: Disconnect all cable connections.

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Fig 17 Fig 18
Figs. 17-18: Remove the screws fixing the button and take the button from the product.
Fig 19 Fig 20
Figs 19-20:Remove the support plate screws.
Fig 21 Fig 22
Figs 21-22: Remove the button from the product by removing the screws on the fixing plate.