English
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71503816/0 - REV.04 01/2013
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 pro-
grammed after a certain number of hours of functioning.
• Wash/cleaning cycle check to be carried out periodically with
manual control.
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 tempera-
ture:
• PCB MICROPROCESSOR RESET
Pressing the ON/OFF button.
8.3 OPERATION CHARACTERISTICS
• On the starting the machine goes into defrosting and dis-
charge 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 defrost-
ing, the water load happens with 80 seconds of delay, this to
allow the evaporator subcooling.
• When the bin is fu
ll 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 com-
pletely 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 re-
moved 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 ma-
chine automatically start again after 60 minutes from the
alarm reset.
8.4 WASHING CYCLE
Note:
• Time of complete washing cycle: 3 hours
• The washing / cleaning cycle is formed of: 90 minutes of
washing plus 5 rinsing of 15 minutes each.
• At the end of the washing cycle the machine automatically
start again in cold cycle.
• The water level sensor inside the basin works with waters
with conductivity between 20 and 1000 micro-siemens per
centimetre.
• The water level sensor can be replaced by a microoat. Con-
nection is the same for both.
• If the machine is supplied with softened water (deminer-
alised), oat kit installation is recommended (g.
k
)
In case of incorrect startup cycle (by the user) to exit the
cycle you must press the reset button for more than 10 se-
conds during the wash. (Not active during rinse cycle).
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
English
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71503816/0 - REV.0401/2013
8.5 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
and 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
8.6 PROGRAMMED MAINTENANCE WARNING
• The programme
d 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*
E21 134 A 2 A 1,8 A 11,5 -3,3 9 -17 7,5 15/17 GR 6
E25 134 A 1,6 A 1,4 A 11 -2 9 -13 5,8 15/17 GR 2,8
E35 134 A 2,7 A 2,1 A 14 -2 10 -15 8,6 20/17 GR 4,7
E60 R134a 4,2 A 3,4 A 14,7 -2 11,3 -15 12,7 35/17 GR 7,5
E75 R134a 4,6 A 3,8 A 14,6 -2 11,4 -13 13,3 60/17 GR 9,4
E90 R134a 4,7 A 4,2 A 14,9 -2 10,8 -15 14,4 60/17 GR 12,5
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