Bartscher Q25, 104204, Q75, Q150, 104206 Instruction Manual
...
INSTRUCTION MANUAL
LIBRETTO ISTRUZIONE
MANUEL DE ISTRUCTION
BETRIEBSHANDBUCH
ICE MAKERS
FABBRICATORE DI
GHIACCIO A CUBETTI
MACHINE À GLACE
EN CUBES
EISWÜRFELBEREITER
Q-SERIE (Kegelform)
104204 Q25
104206 Q45
104218 Q75
104216 Q150
71503928_Bartscher-service Ice makers
ALL
-
w
t
e
y
a
d
u
i
f
g
h
j
k
;
2)
2!
r
max 32°C
min 10°C
max 0,5 MPa (5 bar)
min 0,1 MPa (1 bar)
m
in
50 m
m
q
t
o
s
Q Series - Kegeleis
Eisproduktion (10°C / 10°C)
Eisproduktion (21°C / 15°C)
Abmessungen
Externe Breite
Externe Höhe mit Füße(ohne Füße)
Tiefe
Vorratsbehälter
Netto Gewicht / Brutto
W Anschlusswert
Eiswürfel Programm
Kältemittel
Q 25
MODELL
25 kg
20 kg
400 mm
(690) mm
545 mm
10 kg
33 kg / 39 kg
265 W
15
051 Q54 Q Q 75
R134a
500 mm
(693) mm
600 mm
16 kg
45 kg
38 kg
35
41 kg / 48 kg
370 W
R134a
700 mm
585 mm
36 kg
956 mm
75 kg
66 kg
60
55 kg / 63 kg
R134a
620 W
920 mm
650 mm
67 kg
1279 mm
150 kg
135 kg
100 kg / 116 kg
R134a
990 W
90
40 mm
26 mm
30 mm
17 g
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INDICE
1. INSTALLATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
1.1
CONNECTING THE APPLIANCE TO THE MAINS
. . . . . . . 8
2
. ACTIVATING THE MACHINE . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
3. OPERATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
3.1 ALARM SIGNALS FOR AIR / WATER MODELS . . . . . . 9
4. CONTROL PANEL SIGNALS . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
5. OPERATING PROBLEMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
6. SERVICE INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
7. CLEANING AND MAINTENANCE
7.1 CLEANING THE AIR CONDENSER . . . . . . . . . . . . . . . . . 11
7.2 CLEANING THE WATER INLET FILTER . . . . . . . . . . . . . . 11
7.3 CLEANING THE CONTAINER . . . . . . . . . . . . . . . . . . . . . . 11
8. TECHNICAL SERVICE DATA
8.1 ELECTRONIC BOARD FUNCTIONS . . . . . . . . . . . . . . . . 12
8.2 ELECTRONIC BOARD INPUTS AND OUTPUTS . . . . . 12
8.3 OPERATION CHARACTERISTICS . . . . . . . . . . . . . . . . . . . . 12
8.4 FEATURES OF THE GAS REFRIGERATOR
PLANT FREON R404a . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
8.5 PROGRAMMED MAINTENANCE WARNING . . . . . . . . . 13
8.6 CONNECTION OF ELECTRICAL CABLES AND
COMPONENTS TO THE PC BOARD . . . . . . . . . . . . . . . . . 14
9. MAINTENANCE
9.1 PERIODICAL MAINTENANCE AND CLEANING . . . . .15
9.2 ICEMAKER CLEANING . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15
9.3 PARTS REPLACEMENT PROCEDURES . . . . . . . . . . . . . .15
10. WEE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47
11. WIRING DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48
Description Pag.
WARNING
THE FOLLOWING OPERATIONS AND THOSE
HIGHLIGHTED BY THE SYMBOL AT THE SIDE
ARE STRICTLY FORBIDDEN FOR WHOEVER USES
T
HE MACHINE SUCH OPERATIONS MUST BE
PERFORMED EXCLUSIVELY BY QUALIFIED PERSONNEL
E
specially:
• electrical connections
• water connections
• machine installation
• machine testing
• repairing machine components and parts
• disassembling the machine and/or its
components
• adjustments and settings
• machine cleaning and maintenance relative to
the following parts and components:
- electrical
- electronic
- mechanical
- cooling
THE TEXT WITH THIS SYMBOL
IS OF MORE IMPORTANTE
OR POTENTIAL DANGER SIGNALS
NOTE claries the ongoing operations
i
GENERAL INFORMATION
• The ice making machines approved by VDE bear the symbol
shown in fig. fon the packing, the serial number plate and
the machine structure.
CE
Our products comply with directives 2006/95/ec
2004/108/ec therefore they also bear the marking on the manual cover.
• This appliance is not intended to be used by persons - including children - with reduced physical, sensory or mental
capabilities, or with no experience and knowledge, unless
they have been instructed on how to use the appliance and
are supervised by a person who is responsible for their safety.
Children should be supervised to ensure that they do not
play with the appliance
Do not start the appliance before the technician intervenes
(fig.
r
).
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1. INSTALLATION
Implement the following operations before activating the
i
ce maker:
1. Verify that the ice maker has not been damaged during
transport (fig.
q
).
2. Remove all the material provided from the container: supply
p
ipe, drain pipe, documentation and any accessories.
3. Clean inside the container with a sponge dampened with
warm water and a little sodium bicarbonate; rinse with clean
water and dry carefully.
4. Place the ice maker in its definite location and ensure that it
is perfectly level (fig.
a
).
Note: When choosing where to install the appliance, make sure
that:
• the room temperature never drops below 10°C (50°F) and does
not exceed 43°C (110° F).
• the water temperature must be no less than 10°C (50°F) and no
more than 32°C (90°F) (fig. u).
• the supply water pressure must be no less than 0,1 MPa (1 bar)
and no more than 0,5 MPa (5 bar).
Should the pressure exceed 0,5 MPa, install a pressure reducer on
the machine water supply (fig. i).
• d) the machine is away from heat sources and in a well-ventilated area (fig. o).
Connect only to the drinking water mains
5. Use the new set of mobile junctions (water pipe) supplied
with the appliance. The old set of junctions must not be
reused.
6. Install the water connections before the electrical connections.
7. Connect the 3/4’’ supply pipe (supplied) to the machine and
to the cold drinking water supply line.
For practical and safety purposes, it is advisable to install a
shut-off valve (not supplied by us) (fig. h: 1. switch; 2. socket;
3. electrical plug; 4. water supply; 5. valve; 6. water drain from
the condenser: water-cooled version; 7. water drain from the
container; 8. water drain with open siphon).
8. Apply the flexible pipe (supplied) with a 20 mm inner diameter and of adequate length (not more than 1 metre from
the machine) to the water drain fitting of the machine in
order to reach the drain well (fig. h).
Note: Install the machine in a position that the ventilation of the
c
ooling unit is not obstructed in any way (only for air-cooled ma-
chines) (fig.
s
).
• Do not install the machine in a dusty room as the condenser of
the cooling unit can be easily clogged (only for air-cooled machines) (fig. 2)).
•
If the machine is installed in an area where the drinking water
has a high content of salt solutions, follow the manufacturer's
instructions in order to minimise the problem.
• To prevent the ice from absorbing bad smells and tastes, never
store food, bottles, etc. in the container.
• Do not leave the ice container door open during normal operation.
There must be a differential switch (cut-out) in the electrical system.
1.1. CONNECTING THE APPLIANCE TO THE MAINS
• If the power supply cable is damaged, it must be replaced
by qualified personnel to prevent any hazards to persons
i
i
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2. ACTIVATING THE MACHINE 3. OPERATION
Implement the following operations before activating the
ice maker.
1
. look at the pictures:
• remove the cover by loosening the relative fastening screws.
• release the gear motor, the blades and the float (where applicable) by removing the factory-set stops 1, 2 and 3, which
have been fixed to prevent damage during transport (fig.
j
)
. For the water-cooled models connect also the second
fitting to the water outlet, which conveys the water coming
from the condenser.
Note: Implement a minimum inclination of 3% to the pipes for
perfect water flow from the appliance, ensuring that these have
no narrowing sections and are not siphoned. It is advisable that
the pipes drain into an open siphon (fig.
h
).
2. Connect the machine to the power supply after having verified that the mains voltage corresponds to that on the serial
number plate on the rear panel of the appliance.
The maximum voltage variation tolerance allowed is ±
10% of the rated value.
• Provide a power supply circuit to the machine, with its own
bipolar main switch and a minimum of 3 mm contact opening. The machine should also have its own fuse or automatic
protection and an earthed plug.
• All must be sized according to the amperage indicated on
the serial number plate (fig. ;). The socket must be easily
accessible.
Simply press the ON/OFF button to start and stop the
machine.
• The ice cube makers can be easily adapted to the furnishing
of every room.
• The ice cubes are formed around the fingers of the evaporator, inside a tray filled with water and continuously moved
b
y revolving blades.
• The level of the water in the tray is kept constant by a float
connected to a microswitch that controls the opening and
closing of a water inlet electrovalve of the water supply.
• When the ice cubes reach the required dimensions, they
come in contact with the revolving blades that cause the relative gear motor to swing, which stresses a micro switch and
simultaneously causes the following through a relay:
- the delivery of hot gas to the evaporator by an electrovalve
opening, which leads to the cubes gradually dropping off
the fingers of the evaporator.
- the tilting of the water tray connected by means of a lever
to a gear motor.
• The cubes drop and slide on a slanting grid inside the tray
and are conveyed into the container beneath.
• The remaining water in the tray is collected into the relative
pan on one side of the container and conveyed towards the
drain. The tray automatically returns to its horizontal position
after about a minute and fills with water till the pre-set level.
In the meantime, the hot gas valve closes and the ice forming cycle proceeds smoothly; a complete cycle can vary from
about 15’ to about 25’ depending on the water and room
temperatures.
• The quantity of ice inside the container is controlled by the
electronic sensor fixed on one side of the container itself;
when the ice cubes reach the level of the bulb, the machine
stops completely. After removing enough ice from the container for no cubes to be in contact with the bulb, the appliance will resume its normal production.
Note: After removing the ice cubes, remove any remaining ice
on the control bulb for production to resume quicker.
3.1 ALARM SIGNALS FOR AIR / WATER MODELS
• Overheating condenser: the machine restarts automatically
once the alarm has been resolved. The cause may be due to:
clogged air filter, faulty fan, room temperature too high, no
water (only in the water version).
• Water error: if there is no water, the machine restarts automatically 60 minutes after the alarm is triggered.
Note: You can exit from the alarm status after having disconnected / connected the power supply (ON/OFF button).
• The machine stops when the container is full: the sensor
of the container is controlled by the control board and stops
the machine when the ice comes in contact with it. The machine stops at the end of the defrosting cycle.
iii
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6. SERVICE INFORMATION
LL= flashing slowly
LV= flashing quickly
LA= alternate flashing
ON = steady light
1. Verify that the water supply valve is open, then plug in the
m
achine and switch on the main switch; the appliance starts-
up in automatic mode (fig.
g
) after having pressed the
ON/OFF start button (fig. 2@).
2. Verify that the water reaches the tray, the float stops the
water before the overflow and that there are no leaks in the
system and in the water channels. The normal level of water
inside the tray is about 5/10 mm from the upper edge (fig.
k
).
The level of water can be adjusted by rotating the microfloat
or the water sensor on the slot on the relative support after
having loosened fastening screw 1 (fig. k). This adjustment
must be implemented after having disconnected the power
supply.
3. Verify that there is no abnormal vibration due to loose screws.
4.
Always stop the appliance before implementing any operations
to resolve water leaks, tighten screws, etc.
5. Verify an ice production cycle ensuring that the cubes are
conveyed into the container.
6. Verify that the container sensor functions properly: place an
ice cube on the bulb inside the container; the appliance
should stop within 1 minute and restart automatically shortly
after removing it.
7. Replace the cover previously removed.
THE FOLLOWING OPERATIONS MUST BE
IMPLEMENTED SOLELY BY OUR
QUALIFIED PERSONNEL
4. SIGNALS
5.
OPERATING PROBLEMS
• If the condenser overheats
The machine stops and only the air/water condensation remains in operation. The machine automatically restarts when the temperature returns to below the limits set. Only after three consecutive alarms within a period of 5 hours, the machine turns off and
stays off.
• Freezing cycle too long
In the case of three consecutive alarms within 5 hours, the machine stops.
Calculation of the maximum time of the freezing cycle:
1stcycle = 50'
2ndcycle = duration of 1 cycle x 1.5.
If the 1st cycle lasted less than 7' the maximum time of the next cycle will be 50'.
• Defrosting too long
If the defrosting time is greater than 2 minutes and there are 2 consecutive failures within 5 hours, the machine stops.
• Freezing cycle less than 7 minutes
The electronics calculate the cycle time as too long at 50 minutes.
• Water loading too long
If the load time for the water is greater than 5' the machine stops in alarm. After a break of 120' the machine restarts automatically.
If water shortage is ongoing, the machine will attempt to restart every 120'.
Function Status
Led 1
G
reen
Led 2
R
ed
Notes
Machine ON ON OFF
A
pplicable to all
conditions that are
n
ot in alarm/error
Bin temperature
sensor error
OFF LL
Temperature sensor
out of range.
Machine OFF
Condenser
t
emperature
sensor error
O
FF
L
L
Temperature sensor
out of range.
The machine
continuous to run
Error cold cycle too
long or defrosting
too long
ON ON Machine OFF
Condenser
overheating error
OFF ON Machine OFF
No water error LL ON
The signal is triggered
after attempting to restart
Maintenance
warning
LA LA
The pre-set number of
operating hours has been
reached. The machines
continous to run
Wash / clean LV LV
Signalled during the wash
routine
Start stand-by LV OFF
Waits to start after
switch-o
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7. CLEANING AND MAINTENANCE
• Use a cloth dampened with a specific chlorine-free product
for stainless steel to clean the structure.
Note: Disconnect the electrical power supply from the appliance
to perform maintenance and cleaning operations.
7.1 CLEANING THE AIR CONDENSER
• To make the most of your appliance in terms of efficiency
and durability, the air filter at the front of the machine must
be cleaned every week (fig. 2#).
• The filter is removed by simply extracting it. Simply wash the
filter with a water jet of warm water and dry it before setting
it back in place.
Do not use brushes or blunt objects to clean the filter.
It is absolutely forbidden to operate the producer without
the air filter to prevent malfunctioning.
7.2 CLEANING THE WATER INLET FILTER
• Close the water shut-off valve of the appliance, disconnect
the water inlet pipe and remove the filter screen that is on
the water inlet electrovalve with a pair of pliers.
• Clean the screen with a water jet and reassemble it into its
place.
7.3 CLEANING THE CONTAINER
• Remove the ice from the container. Clean inside the container with a sponge dampened with warm water and a little sodium bicarbonate;
• rinse with clean water and dry carefully.
For all extraordinary maintenance and/or repairs (mec
hanical, cooling and electrical parts) that require adjustments and/or components to be replaced, always refer to
an authorised service centre.
If the appliance should not be used for long periods of
t
ime:
- disable the machine
- remove all the ice from the container
- drain all the water
- thoroughly clean the machine
- leave the door of the container ajar
i
THE FOLLOWING OPERATIONS MUST BE
IMPLEMENTED SOLELY BY OUR
QUALIFIED PERSONNEL
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8. TECHNICAL SERVICE DATA
8.1 ELECTRONIC BOARD FUNCTIONS
•
Ice level check with probe
• Condensing temperature check with probe (machine stop
with temperature > 70°C water version; > of 80°C air).
• Maintenance check. The maintenance alert can be programmed after a certain number of hours of functioning.
8.2 ELECTRONIC BOARD INPUTS AND OUTPUTS
• Condenser probe: with condenser temperature < 24°C, the
board makes the fan turn guaranteeing optimal condition of
condensation and machine yield.
• Resistance values of the temperature probes (deposit probe
and condenser probe) with reference to the room temperature:
•
PCB MICROPROCESSOR RESET
Pressing the ON/OFF button.
8.3 OPERATION CHARACTERISTICS
• On the starting the machine goes into defrosting and disc
harge the water pan.
• The production cycle start with two minutes of delay that
allow a correct balancing of the refrigeration system and
therefore a good output and a best production.
• During the machine operation, at the end of every defrosti
ng, the water load happens with 80 seconds of delay, this to
allow the evaporator subcooling.
• When the bin is full of ice, the probe comes in contact with
the ice and the electronic card stop the machine only on the
end of defrosting time. This to always have the cubes completely formed and at the same dimensions.
• Signalling of alarms for the models air and water version:
- condenser overheating : the machine goes to alarm and it
restart again automatically once that the cause has been removed and / or the temperature has re-entered in the range
of established operation;
- error of not water feeding: in case of lack of water the machine automatically start again after 60 minutes from the
alarm reset.
THE FOLLOWING OPERATIONS MUST BE
IMPLEMENTED SOLELY BY OUR
QUALIFIED PERSONNEL
Temperature °C Sensor resistance Ohm
20 2762,034556
25 2200,000000
30 1765,531939
Low voltage
inputs
Condenser probe
Container Probe
Water level sensor
Defrosting start micro
Defrosting end micro
High voltage
inputs 230V/50HZ
Compressor
Tilting Motor
Hot gas electrovalve
Water electrovalve
Blades gear motor
Electric fan
Electronic board
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8
.4 FEATURES OF THE GAS REFRIGERATOR PLANT
FREON R134a
• Medium and maximum series “E” blade machines absorption
at room temperature of 32°C.
• Condensing pressure and evaporator temperature cycle start
a
nd end at room temperature of 32°C.
* Expressed in water litres per hour at water temperature of
15°C and room temperature of 21°C
8.5 PROGRAMMED MAINTENANCE WARNING
• The programmed maintenance time is set at 0 hour by the
manufacturer.
• In order to modify this time and/or reset the maintenance
recall function; proceed with dipswitch setup, as shown in
the attached table.
* In case of programmed maintenance, to reset and to restore
the programming to the initial value it's necessary to press
the RESET button for at least 5 seconds.
DIP
NOTE
1 2
1
OFF
Interval of maintenance to 0 hour
ON
2
OFF
Interval of maintenance to 2000 hours
ON
3
OFF
Interval of maintenance to 6000 hours
ON
4
OFF
Interval of maintenance to 3500 hours
ON
Machine
Gas
Max. ampere
Medium ampere
Condensing
pressure strarting
cycle (bar)
Evaporation
temperature
starting cycle (°c)
Condensing
pressure end cycle
(bar)
Evaporation
temperature end
cycle (bar)
Electrical
consumption
on 24 hrs/kw
Cubes for cycles and
weight singel cube
in gr
Water consumption
l/h*
21 134 A 2 A 1,8 A 11,5 -3,3 9 -17 7,5 15/17 GR 6
25 134 A 1,6 A 1,4 A 11 -2 9 -13 5,8 15/17 GR 2,8
35 134 A 2,7 A 2,1 A 14 -2 10 -15 8,6 20/17 GR 4,7
60 R134a 4,2 A 3,4 A 14,7 -2 11,3 -15 12,7 35/17 GR 7,5
75 R134a 4,6 A 3,8 A 14,6 -2 11,4 -13 13,3 60/17 GR 9,4
90 R134a 4,7 A 4,2 A 14,9 -2 10,8 -15 14,4 60/17 GR 12,5
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8
.6 CONNECTION OF ELECTRICAL CABLES AND COMPONENTS
TO THE PC BOARD
O
bserve the connection with the colors of electric cables.
Float level sensor
Micro tip
Cumun micro
Micro defrost
Probe deposit ice
Condenser probe
Blue
Brown
Orange
Black
White
Red
Dip. Switch
to set the
maintenance hours
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9. MAINTENANCE
9.1 PERIODICAL MAINTENANCE AND CLEANING
C
leaning and maintenance especially will vary, depending
upon ambient and use conditions.
In particular affect: hard water, ice volume produced and
location requirements.
The following maintenance procedures should be schedu
led once per year al least from the local service Agency.
Be sure the electrical power supply of the machine is OFF,
before starting any maintenance and cleaning procedure.
a) Close the water supply, shut-o valve, disconect the water
inlet pipe and remove the strainer from its seat in the water
inlet elettrovalve withdrawing it bay means of pilers. Clean
the strainer under running water and reassemble.
b) Check that the ice maker cabinet is levelled in side-to-side
and front-to-rear directions.
c) Check paddle shaft motor and harvest motor operation.
d) If you think it opportune, check by means of a gauges the
delivery pressure and the evaporator temperature.
e) Clean the air-cooled condenser using a nonmetal brush or a
vacuum cleaner.
f) Check that fan blades move freely and are not touching any
sourfaces.
g) Check for refrigerant leaks.
h) Check for water leaks. Pour water down bin drain to be sure
that drain line is open and clear.
i) Check operation of the bin thermostat.
9.2 ICEMAKER CLEANING
a) Remove the top panel.
b) Remove all ice from the storage bin.
c) Close the water supply shut-o valve.
d) Fill tilting pan with a solution of water and citric acid (200-
400 grs. of citric acid in one litre of water) and by means of
a brush clean the inside of the tilting pan and the evaporator ngers. Start the icemaker to tilt the pan, rinse with clean
water in abudance and repeat cleaning three times.e)
Add hot water to the ice storage bin and thoroughly wash
and rinse all surfaces within the bin.
f) Clean and sanitize the ice storage bin frequently.
9.3 PARTS REPLACEMENT PROCEDURES
a) ADJUSTABLE LEGS FOR N55S÷N90L MODELS
• Using the couplings and adjustable feet supplied and screwing them on the base nipples the icemaker can be placed at
9,5 cm. abt. from ground level.
• Extended feet are available on request to adjust the icemaker at 16 cm. about from ground level.
• The adjustment should be performed during initial installation of the cabinet and any time the cabinet is moved from
the original location to another site.
Be sure the electrical power supply and the water supply
are OFF, before starting any removal and replacement procedures, as a precaution to prevent possible personal injury or damage to equipment.
b) COMPRESSOR REPLACEMENT
• Remove the front panel grid and the right side panels.
•
On N45S÷N140 models remove the rear panel grid and the
side panels.
• Remove the cover and disconnect the electrical leads from
the compressor junction box.
• Bleed o or blow the refrigerant charge through the valve.
•
Unsolder and disconnect both the suction line and the discharge line (from the compressor).
• Remove compressor mounting bolts and the compressor
from the unit base.
• Always install a replacement drier, anytime the sealed refrigeration system is open. Do not replace the drier until all other
repairs or replacements have been completed.
• To install the replacement compressor follow previous steps
in reverse.
• Thoroughly evacuate the system to remove moisture and
non-condensables after compressor replacement.
• Before proceeding with the refrigerant charge check nameplate for specic refrigeration charge for individual cuber.
c) AIR COOLED CONDENSER REPLACEMENT
• Remove the front panel grid and the right side panels.
• Remove the screws which attach the condenser to the unit
base.
• Bleed o or blow the refrigerant from the system.
• Unsolder the refrigerant lines from condenser and remove it
from the unit.
• Install the replacement condenser following previous steps
in reverse.
• Thoroughly evacuate the system to remove moisture and
non condensables; then proceed with the charge of FREON
R134a.
d) DRIER REPLACEMENT
• Remove the front panel grid and the right side panels.
• Bleed o or blow the refrigerant charge through the Henry-
type valve.
• Unsolder the capillary tube from one end of the drier and
the refrigerant line from the other end.
• To install a replacement drier remove factory seals.
• Thoroughly evacuate the refrigerant system.
• Charge the system with refrigerant by weight (see name-
plate) and check for leaks.
e) FAN MOTOR REPLACEMENT
• Remove the front panel grid and the right side panels.
• Trace the electric wire leads of fan motor and disconnect the
same.
• Remove the bolts securing the fan motor assembly to the
cabinet base and the remove the assembly.
• Install the replacement fan motor following previous steps
in reverse anc check that the fan blade do not touch any
sourface and move freely.
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f
) EVAPORATOR ASSEMBLY REPLACEMENT
• Remove the top cover.
• Remove six screws securing the paddle shaft supports (two)
and the paddle motor support; then remove the paddle
motor/paddle shaft/supports assembly.
•
Remove the bolts securing the evaporator supports (two) to
the cabinet.
• Sideways remove the evaporator supports.
• Unsolder the capillary tube, the hot gas solenoid valve tube
and the suction line.
•
To install the replacement evaporator assembly follow previous steps in reverse.
• Install the replacement drier; thoroughly evacuate the system and proceed with the refrigerant charge.
g) WATER RESERVOIR/TILTING LEVER/SUPPORT ASSEMBLY
REPLACEMENT
• Remove screws and top cover.
• Remove the gear motor/paddle shaft/support assembly.
• Remove the screws securing the evaporator supports (two).
• Sideways remove one evaporator support support as well as
one reservoir gudgeon support.
• Slightly lift the evaporator and remove the water reservoir
assembly.
• To install the replacement water reservoir assembly follow
previous steps in reserve.
h) WATER INLET ELECTROVALVE REPLACEMENT
• Remove the rear panel.
• Check that water supply is closed.
• Disconnect the water supply connection pipe from the valve
and that of the electrovalve from the reservoir.
• Break contact from the electrovalve and remove the screws
(two) securing the electrovalve to the relevant frame.
• To install the replacement electrovalve follow previous steps
in reverse; before installing the water supply pipe check that
the gasket is not defective.
i) PADDLE MOTOR REPLACEMENT
• Remove the top cover.
• Remove six screws securing the paddle shaft supports (two)
and the paddle motor support.
• Trace the electric wire leads of paddle motor and disconnect
the same; then remove the paddle shaft motor assy.
• Remove the paddle shaft assy from the paddle motor gudgeon (or guide pin).
• To install the replacement paddle motor follow previous
steps in reverse.
l
) HARVEST MOTOR REPLACEMENT
• Remove the top cover.
• Remove the screws securing the harvest motor to the cabi-
net base.
• Remove the seeger from the cam pin.
•
Trace the electric wire leads of harvest motor and disconnect
the same; then remove the harvest motor/cam/support assembly.
• Remove the lock pin securing the cam to the motor shaft
and the screws joining the harvest notor to the relative supp
ort.
• Install the replacement harvest motor on the support and
apply the cam; make a Ø 3 mm hole on the motor shaft and
to do it take as a guide the hole already existing on the cam.
• To install the replacement harvest motor assy follow previous steps in reverse.
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