Electrolux PINOT TF User manual

Electrolux Thailand Co.,Ltd.
1910 Electrolux Building
New Petchburi Rd. Bangkapi
Huaykwang Bangkok , 10310
Tel : [phone]
Publication-No.
161021
Service Manual
SAFETY WARNING
Always turn off and unplug the machine before detaching any parts.
When servicing machines, do not remove
ANY detachable parts while the machine is powered.
The reason is internal faults may cause shorts to components
that are normally at low voltage presenting a shock hazard.
PINOT
TF BF FD

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PRODUCT FEATURE
ETB4602AA,ETB5702AA

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ETE4600AA
PRODUCT FEATURE

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ETE5720AA
PRODUCT FEATURE

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EBE4500AA
PRODUCT FEATURE

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EHE5220AA
PRODUCT FEATURE

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Azzura UI
FEATURES
•5 leds –Temperature
level
•1 led – Quick freezing
function;
•1 icon to select the
functions.
•LED colour
(s): White
or Blue
Cyan UI
•5 leds –Temperature
level
•6 leds –Temperautre
icons
•1 led – Quick freezing
function;
•2 leds –Zone icons
•3 Touch Sensing inputs
Ruby AIM
•7 Touch keys control
with back lit LEDs
•LED Digit display
•Humidity sensor input
(FD)
•Door heater signal
output (FD)
•Automatic Ice Maker
power supply and
control (SELV)
•Ice maker off/on
switch
•MACS communication
•Buzzer
•IR light switch (TF, BF,
SD) (FD uses reed
switch)
Basic
ETB5702AA
ETB4600AA
Luxury
ETE4600AA
EBE4500AA
Luxury
AIM
ETE5720AA
EHE5220AA
Cyan UI
Azzurra UI ERF1600 ERF2003
8W Ruby AIM ERF2003
15W
PRODUCT FEATURE

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PRODUCT SPECIFICATIONS

-9-
DUCT CROSS OVER
SIDE AIR COOL
DUCT CROSS OVER
SIDE AIR COOL
TF BF & MD
METAL MULLION COVER
HOT PIPE MULLION
(TF/BF/MD Model)
HOT PIPE Anti condensations (TF)
HOT PIPE (BF & MD Model)
PRODUCT SPECIFICATIONS

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PRODUCT INSTALLATION
Pinot is big capacity and height.
Importance : when install product must adjust stability foot attach with the floor
completely to prevent product fall down when customer use.
Back roller Back roller
Stability foot
1) Adjustable
2) Feet & Rollers
•Handle is packed in carton and placed at door panel side.
•Door bin bottle and flex store bin are packed in carton and placed
inside the fridge shelf.
Install handle by insert the handle hole into the door handle holder at the door
Ensure that handle is installed tightly with door.
Then insert door bin into panel door.
Handle installations

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OPERATION
Evap
Comp
Skin
condensers
Dryer
Capillary Tube
Suction tube
Pinot refrigerant applied R600a.
Comp
Skin
condenser
Dryer
Capi
tube
Evap
Suction
tube
Refrigeration cycle

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OPERATION
VNX1113Y
FLEX DRIVE 1
PINOT
VNX113Y spec
•Inverter compressor spec

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OPERATION
Air outlet to the top
Insufflate to Ice Maker
Air to all compartment
Air Return Freezer
Air Return Fridge
Air Return Fridge
Air Return Freezer
Air to all compartment
Air outlet to Fast Freezing
Side cooling supply
Air outlet to Shelf
Air outlet to Shelf
Air outlet to Shelf
Air outlet to the bottom
Air to Deodorizer
Air outlet to Chilled
Side Cooling
Fridge
Compartment
Duct Cross
Over
•Air Flow Diagram

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OPERATION
•OPARETION TF BASIC MODEL (ETBXXXXX)
AZURA UI ERF1600
Compartments Temp adjust Factory setting temp
Fridge
1ºc/step
Freezer
1.3ºc/step
0ºc to 7ºc
-23ºc to -14ºc
3ºc
-18ºc
The compressor & Fan are controlled according to Fridge temperature sensor.
If Fridge sensor temperature is above Cut-In temperature then compressor & fan will turn On.
Once Fridge sensor is below Cut-out temperature then
compressor & Fan will turn off
To summary The compressor and fan are only turned on if all conditions are met.
•The fridge temperature has risen above the Cut-In temperature.
•The compressor has been stopped for greater then 6 minutes and
defrost is not in progress.
Normal Operation

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OPERATION
•Inverter Compressor
Parameters Compressor
Speed
Cycling. 2700rpm
Fridge temperature is more than 5ºc above set-point. 3300rpm
After defrost is operated for 30 min. 3300rpm
VNX1113Y,R600a, 230V ,40-150 Hz. Working
current is 0.5-0.6 amp.
Compressor speed is controlled by inverter drive
board “Flex drive 1”
The first defrost is according to below meet conditions.
The first defrost is base on Fridge temperature sensor & Defrost temperature sensor(DTS).
•Fridge temperature >=10ºC and Defrost sensor temp <5ºC then defrost Immediately.
•If temperature sensor broken then defrost after 1 hour
CRT(Compressor Run Time).
Defrost sensor ( <5ºC )
Defrost heater
Temp sensor ( ≥10ºC)
First defrost

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OPERATION
Defrost is activated when DTS is below 0°C and:
•The actual compressor run time(CRT) is bigger than the set runtime.
•The compressor cycle is off and the actual compressor run timer is less
than 30 minutes of the set runtime.
The defrost process is split into 4 stages in a cycle.
Evap
fan
defrost
Heater
defrost
Drip
time
Comp
Pull
down
1.Fan defrost: Comp Off Evap Fan On 5 minutes
2.Heater Defrost: Comp Off , Evap Fan off Heater
On Heater will be turned off under 2 conditions.
-To reaches max defrost time 60minutes.
-Defrost sensor reached temperature 10c.
3.Drip Time: Heater off Compressor & Evap
Fan Off 5 minutes to ensure that any water drip
away from Evap to stop water refreezing on the
evap.
4.Defrost compressor pull down:
Compressor On ,Evap fan off 10
minutes. To allow Evap to cool down.
Then enter to normal operation.
•Defrost

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OPERATION
•Next defrost
The next defrost is base on the heater defrost On time. See in table below.
Default defrost
time (def) 32 minutes
Defrost Time
(min) <= def def + 1 def + 2 def + 3 def + 4 def + 5 def + 6 >= def +7
Next defrost
Comp Runtime
(hours) =24h = 16.5h = 13.5h = 11h = 9h = 7.5h = 6.5h = 6h
•Freezer room temperature adjustment.
1) Select the freezer temperature control on cover evap.
2) Slide the control to the right set it to less cold.
3) Slide the control to the middle set it to normal.
4) Slide the control to the left set it to colder.

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OPERATION
1. 5 Leds –Temperature level.
2. 7th Led- Boost function.
3. 6th Led- Colder.
4. 2nd Led –Less cold.
5. 1st led-Temperature selection &
Boost function.
1
2
3
4
5Led 1
Led 2
Led 3
Led 4
Led 5
Led 6
Led 7
•Normal operation (1st start up and default setting).
When refrigerator is powered on each segment will starting from the
top to
down the bottom and will operate at default setting.
Default setting
Led 2,Led 3,Led 4
Brightness 100%
•Awake mode and sleep mode.
If the buttons is not pressed on the user interface or door is closed for 10sec
move from Awake Mode to sleep Mode. LEDs will no brightness.
If the button is pressed on the user interface or the door is opened move
from sleep Mode to Awake Mode. LEDs will ramp from 0% to 100% brightness
in 0.5sec. The last set temperature will be shown including temp boot if active.
10sec of
no activate.
Activate with
appliance.
•Button Press.
When the button is pressed
feedback to user is given as a “beep”
sound. This button for temperature
adjust & Temp boost.

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OPERATION
Led 1
Led 2
Led 3
Led 4
Led 5
Led 6
Led 7
•Temperature Adjustment.
There are 10 steps of temperature adjustment. Press on the button
will decrease the temperature by 1 step see the detail as per below table.
•Boost
Use Boost Mode when you store large amount of food to the fridge or freezer compartments
for rapid cooling.Activate by pressing and holding Temp button for 3sec.The Boost mode
will operate as setting temperature at2oC for 90 mins
then return to Normal Mode.When Boost is activated LED7 will flash (100%20%100%)
every 1sec (ramp up = 0.5sec, Ramp down = 0.5sec).
Boost mode will automatically exit after 90min.If power to appliance is lost
this function must be forgotten. Once power is restored go back to last temperature setting.
•Door Alarm
If the Door is left open for longer than 2 minutes.
1. The buzzer will sound.
2. Temperature scale will flash (100% 0% 100%) every 1sec
3. (ramp up = 0.5sec, Ramp down = 0.5sec).
3. Press “Door Switch” or close the door will stop alarm.
Press UI button to silence alarm. Alarm sound will mute for 8 minutes if the door
still open. LEDs will continue to flash (100% 0% 100%)
every 1sec until door is closed.

OPERATION
•Fault Mode
Sensor Fault
In sensor fault mode LED will blink with in 1sec.(0.5 sec Brightness
, 0.5 sec down).If touch button is pressed. It is able to adjust Temperature level but after
10 sec it will come back to sensor fault displayed.
•Communication Fault
Commutation fault means the UI has lost communication with the
main Board(ERF1600). When there is a communication fault temperatures
can not be updated and boost can not be activated.LED_6 blinking to show
there is a communication fault. The appliance will operate at its last setting.