9
GB
3
Flooding
3
Hot gas electro valve
4
Free input
4
Water inlet electro valve
• Cycle counter - A counter will appear on the screen showing
the total complete cycles the appliance has completed. One
cycle will be counted for each complete cycle time. By press-
ing the “OK” button for 3 seconds you can reset to 0, and the
screen will ask you that you want to reset number of cycle. If
you press “OK” the counter resets to zero and you will return
to the counter screen with zero cycles. If you press “MENU”,
the reset is cancelled and the screen will show the total cycle
number it had before. The value will remain stored even if the
appliance is disconnected from the mains.
• Exit - exit
III. CONFIGURATION MENU:
Access is provided by simultaneously pressing both arrows for
3 seconds. It can be accessed at any time with the appliance on
or with the appliance off. It allows you to change the working
parameters of the appliance. By pressing “OK”, you can save
setted parameter and go to the next one. The value will remain
stored even if the appliance is disconnected from the mains.
Temperature values can be set by 1ºC . Time values is meas-
ured in minutes and seconds and can be set by 1 second reso-
lution (excluding “max.appliance.t” which is measured in hours
and minutes and can be set by 1 minute resolution )
• Set production time “Freezing Time”
• Set production temperature “Freezing Temp” - This parame-
ter allows you to change the setpoint production temperature
of the appliance.
• Set detachment time “Harvest time”
• Set detachment temperature “Harvest Temp” - This param-
eter allows you to change the setpoint detachment tempera-
ture of the appliance.
• Water inlet time “water time” - The water inlet time occurs
during the set detachment time.
• Pump time during initial detachment “in.pump harv.t.” - The
pump time during initial detachment occurs at the start of
each variable detachment time.
• Pump time during final detachment “fin.pump harv.t.” - The
pump time during final detachment starts before each set
detachment time ends.
• Balance time (hot gas) during start-up “balancing time” - The
hot gas electro valve has to open during 5 seconds before the
compressor starts. DO NOT CHANGE.
• Start time “start t.” - The start time marks the time when
the appliance starts up. Both the hot gas and water electro
valves connect.
• Minimum downtime due to full stock “min stock t” - The min-
imum downtime due to full stock will be 2 minutes by default.
• Minimum downtime due to safety switch “min.security t” -
The minimum safety switch downtime will be 60 minutes by
default.
• Maximum variable detachment time “max. harvest t” - The
maximum variable detachment time will measure the maxi-
mum time the appliance has to wait to produce an alert with-
out reaching the setpoint detachment temperature.
• Maximum variable production time “max. Freez. t” - The
maximum variable production time will measure the maxi-
mum time the appliance has to wait to produce an alert with-
out reaching the setpoint production temperature.
• Minimum variable production time “min. Freez. t.” - The min-
imum variable production time will measure the minimum
time the appliance has to wait to start production.
• Maximum appliance time “max. appliance t” - The maximum
appliance time measures the maximum continuous opera-
tion time of the appliance without stops. It allows to defrost
the appliance with a given time.
ATTENTION:
For industrial use of the appliance, it is recom-
mended to change the maximum appliance time to 20 minutes
every 2 days.
• Defrost pump time “defrost pump t” - The defrost pump time
starts when the maximum appliance time has finished.
• By default “standard values” - With this option you can re-
store the default factory settings of the appliance. By press-
ing the “OK” button, the display will showconfirmation ques-
tion. If you press “OK”, all the values will have the default
settings and you will go back to the configuration menu. If you
press “MENU”, you will leave this option without making any
change and return to the configuration menu.
• Exit - exit
Cleaning & maintenance
• ATTENTION!
Always disconnect the appliance from the pow-
er supply and disconnect the water inlet or close the tap be-
fore storage, cleaning & maintenance.
• Do not use water jet or steam cleaner for cleaning and do not
push the appliance under the water as the parts will get wet
and electric shock might be resulted.
• If the appliance is not kept in a good state of cleanliness, this
can adversely affect the life of the appliance and result in a
dangerous situation.
• Checking and cleaning should be carried out at least every six
months. In very dusty places, it may be necessary to clean the
condenser in air-condensed appliances every month.
Cleaning
• Clean the exterior surface with a cloth or sponge slightly
dampened with a mild soap solution.
• Avoid water contacting the electrical components.
• Never immerse the appliance in water or other liquids.
• Never use aggressive cleaning agents, abrasive sponges, or
cleaning agents containing chlorine. Do not use steel wool,
metallic utensils, or any sharp or pointed objects for clean-
ing. Do not use petrol or solvents!
• No parts are dishwasher safe.
• For water condenser: Prepare a 50% solution of phosphoric
acid and distilled or demineralised water (or a suitable prod-
uct to clean the water condenser circuit). Pass the solution
through the condenser. (The mixture is more effective when
hot - between 35º and 40ºC)
NOTE:
Do not use hydrochloric acid.
• For air condenser: Clean with the help of a vacuum cleaner,
non-metallic brush or low-pressure air.
• Inlet filters tend to become obstructed during the first few
days that the appliance is operating, particularly in newly
plumbed facilities. Release the hose and clean them under
the water tap.
• For collectors and injectors: Remove the curtain, clean with
phosphoric acid and rinse. Then remove the collectors from
their axles by pulling gently upwards. Remove the expulsion
Summary of Contents for ICE400
Page 3: ...3 1 2 3...
Page 51: ...51 GR Barmatic 20 cm R452A...
Page 55: ...55 GR 2 t 60 t Freez t Freez t t 20 2 t OK OK 50 35o 40oC 3 10 10...
Page 56: ...56 GR 7oC...
Page 76: ...76 UA 20 R290 I...
Page 80: ...80 UA 50 35o 40oC 3 10 10...
Page 81: ...81 UA 7 oC 710 6 2 _____ 30 2 ON 60 2...
Page 148: ...148 BG 20 R452A I 1 3 C SC V SA B P EA T GC 2 3 1 0 Powe 2 3...
Page 152: ...152 BG 3 10 10 7 C...
Page 153: ...153 BG 710 6 2 _____ 30 bar 2 60 2 harv time long freez time short freez time...
Page 154: ...154 RU Barmatic 20 R452A...
Page 158: ...158 RU 10 10 7oC...