Automatic Cleaning; Self-Cleaning; Cold Adjustment; Safety Systems - Zummo Z10 Manual Del Usuario

1.5. AUTOMATIC CLEANING

 The machine is equipped with a self-cleaning system that consists of:
a) A suction nozzle, located on the roof of the squeezing machine that rinses the
BLADE and its blade. (Fig. 11).
b) Two nozzles located inside the SQUEEZING TRAY that rinse the orange pulp
accumulated inside. (Fig. 12).
 These three nozzles start working every time that one of these circumstances are brought
about:
1) 10 juices have been made without over 45 minutes having gone by between two of
them.
2) 45 minutes have gone by since the last juice.
3) After cleaning corresponding to case 2, 4 hours have gone.
 To carry out this task, the machine has:
A water container (Scheme 1, No. 2), located behind the waste bag, that must be
filled with drinking water. Once full and placed in its position, introduce the rubber
water suction pipe sticking out of the container to the bottom.
 The water used for cleaning and from condensation falls into the WASTE WATER
CONTAINER.

1.6. COLD ADJUSTMENT

In programming field "t", the temperature required from 10° to 50°C can be chosen (50° for
when the compressor is never to be connected). We recommend it be programmed between
10-12°C.
The Cooling System works in the following manner:
- The evaporator ventilators are always operating.
- With the door open, the compressor is always at a standstill.
- When the door is closed, if the inside temperature is equal to or above that
programmed, the compressor will start up after two minutes.
- The maximum running time of the compressor is 30 minutes. If this time is exceeded
and the stoppage temperature has not been reached, (six degrees below that
programmed), the compressor will stop for 8 minutes for defrosting and will then start to
run again until the stoppage temperature is achieved.

1.7. SAFETY SYSTEMS

The machine has various safety systems:
 If, during a service, the machine becomes out of order, the Coin Operator returns the
money introduced.
 If the Squeezing Tray and the Blade are not well positioned and their Fastening Nuts
are tightened, (Fig. 33) the squeezer will not work and the display will show a fault.
 If, for some reason, the squeezing machine, when working, becomes blocked, after a
few seconds the motor will automatically stop and the display will show a fault.
 The machine has heat protection systems in the Squeezer Machine and Loader motors
that, in the event of overheating, stop working. In the case of the Squeezer Motor the
DISPLAY will show Fault. In case the Loader Motor the Loader simply will stop.
 The glass conveyor motor is protected in such a way that if the conveyor moves and
after 8 seconds the Cup Transporter has not reached the end of its run, the motor stops
and the display shows a fault.
 There are two 6.3A fuses on the control panel (Scheme 2) that protect the low voltage
circuit.
 A general fuse 10A (Scheme 1 No. 9)
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