C Energize proizvodna serija
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2.3 Safety instructions CO
2
Place the carbon dioxide cylinder in an upright position next to the workstation and secure it against falling
over.
Protect it against heat (e.g., against sunshine). Minimum distance from heater 0.5 m (TRSK).
Escaping carbon dioxide is heavier than air and may present danger of suffocation if large quantities collect in
enclosed spaces.
Use Food suitable CO
2
only
Remember that parts of the device are at operating pressure. Do not loosen or dismantle any components at
operating pressure.
3. Intended use
The Energize soda circuit cooler is designed for cooling non-alcoholic drinks (premix products and their base/syrup).
Food suitable CO
2
is used for propellant. The cooling of other drinks or liquids is forbidden.
The inlet temperature of the liquids must not exceed 32°C otherwise the pressure in the refrigeration cycle will rise
above specification.
Minimum ambient temperature 10°C, maximum ambient temperature 40°C
The energy exchange from the cooling coil to the drink takes place in a liquid bath with water. No other liquids are
endorsed for use in the liquid bath other than water.
The unit is suitable only for fixed installations in a closed area and not for the mobile application. It is prohibited to use
the unit in an area, where water jet is possible.
Cleaning with a water jet is forbidden.
4. System explanation
4.1 Energy reduction
Cooling of liquids takes significant amount of energy like electrical power. To keep the need on energy as low as
possible in order to save costs and reduce environmental pollution, Energize cooler decides between dispense times and
operational readiness. During operational readiness, for example over night, Energize runs in stand by mode. All
functions are reduced to a minimum, that means the power input is minimal an supplies just enough energy to keep
recirculation at required temperature. Energize recognizes when drinks are dispensed and switches to maximum power
to wash required amount of ice to supply enough energy for dispensed drinks. After dispensing, energize switches back
to stand by mode automatically. Biggest energy savings resulting in a combination of Energize cooler together with the
Energize tower. By using Energize tower all connected product lines are being cooled inside the skeletal tower instead
of inside the cooler. The product container are connected directly to the heat exchanger, thereby there are no energy
losses in the Python.
4.2 Diagnostic
Energize has an on board diagnostic system. During operation the most important operating parameters are being
recorded and stored in main controller of the machine. In case of malfunction or system overload, that could endanger
entire machine. It’s components or drink quality, the diagnostic system decides whether to indicate a warning or switch
off machine or dispense tower. A list containing all messages of the systems is shown in appendix.
4.3 Communication module
The communication module allows Energize to send out an error warning via SMS or a remote read out of operating
parameters by using IMIC Diagnostic Software. The communication module allows Energize to send an error warning
or fault condition message directly to the cell phone of the responsible field service technician or field service provider.
Based on the warning, the next scheduled maintenance inspection can be planed better or being initiated. The error
warning describes the kind of faulty condition, which required spares could be prepared for next service. A online check
of the machine also allows an evaluation of operating parameters at any time, which gives a realistic overview over the
machine, and it’s condition. A online check can be done with any computer with installed browser.
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