Installation Sheet

18
Blubar Countertop and Fontemagna Compact
Installaon and Maintenance Manual
Programming the Touch Control Keypad
Fontemagna Compact Only
By default, the Fontemagna Compact dispenses a single 7 oz (0.2 liter) serving when the upper dispensing buon
is pressed, and a 34 oz (1 liter) serving when the lower dispensing buon is pressed. You can change the default
serving size by entering Programming Mode.
To enter programming mode
Press and hold the Energy Saving buon, plus the two Room
Temperature dispensing buons, unl the machine beeps
three mes.
Note: The LEDs in all dispensing buons ash to indicate they
are ready to be programmed.
To reset the serving size for a buon
1. Place a correctly sized cup or bole beneath the dispenser.
2. Press the buon to start dispensing. Water ows and the LED for that buon shuts o.
NOTICE: Water will connue to ow unl you press the buon a second me.
3. When water has reached to desired level, press the buon a second me to stop dispensing. The water ow
stops and the LED for that buons turns back on.
NOTICE: The maximum serving size you can set is 101 oz (3 liters). This volume would require a
65-second dispensing session.
4. Repeat these steps for any other buons you wish to reset.
To reset all buons to factory defaults while in
programming mode
Press the Energy Saving buon.
To exit programming mode
Press and hold the Energy Saving buon, plus the two Room
Temperature dispensing buons, unl the machine beeps
three mes.
Note: All LEDs return to their default appearance.
SPARKLING
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2
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CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER
SPARKLING
H
2
O
CO
2
STOP
MESSAGE
ROOM
TEMPERATURE
COLD
ENERGY
SAVING
POWER