EN
6.3A BLAST CHILLING AND CONSERVATION
The temperature-controlled blast chilling and conservation cycle is divided into the following two phases:
• Blast chilli
ng
• Conservation
On conclusion of a phase, the device passes automatically to the next.
Operate as indicated to start the cycle:
• Press and release the
blast chilling
key: the
blast chilling
LED and the
core probe
LED will flash.
• Press
start
, when the sensor measures a temperature identical to the camera (sound signal and the probe flash-
es), it automatically switches to time.
• Selecting the temperature control, the display will show the temperature that the probe will detect at the end of
blast chilling.
• By selecting the time control, the display will show the duration of the cycle.
• After selecting the type of blast chilling (temperature or time control) it is possible to modify the end cycle value by
pressing (within 15 seconds) the key
increase
or the key
decrease
until reaching the chosen value.
• At this point, to start the cycle press and release the
start/stop
key
.
• If the temperature control has been selected, the system starts a test to verify the correct insertion of the pro
be. If
the test is successfully completed the cooling cycle will start; otherwise a time-controlled cooling cycle will be started
(in this case, the
probe
led turns off and the
time
led lights up).
• To stop the cooling cycle, keep pressed the
start/stop
key.
• During temperature
-controlled chilling, the cell temperature can be displayed by pressing the
blast chilling
key. After
15 seconds, the display returns to displaying the temperature detected by the probe.
• If the temperature detected by the probe reaches the blast chilling end value within the maximum expected du
-
ration, the cycle will be considered correct and the blast chiller will automatically go to the conservation phase.
• When switching from blast chilling to conservation phase, the buzzer is activated for a set time.
• During storage, the display shows the temperature detected by the probe and the LED
conservation
lights up in the
lower part of the display.
• If the temperature detected by the probe does not reach the blast chilling end value within the maximum expect
-
ed duration, blast chilling will not be completed correctly but will continue.
• The
probe
LED will flash and the buzzer will be activated.
6.3B HARD BLAST CHILLING AND CONSERVATION
The temperature-controlled hard blast chilling and conservation cycle is divided into the following three phases:
• blast chilling hard phase
• blast chilling
• conservation
On conclusion of a phase, the device passes automatically to the next.
Operate as indicated to start the cycle:
• Press and release the
blast chilling
key: the
blast chilling
LED and the
core probe
LED will flash.
• Press and release the
hard/soft
key (the
hard
LED will flash).
• At this point, to start the cycle press and release the
start/stop
key
.
6.3C DEEP FREEZING AND CONSERVATION
The temperature-controlled deep freezing and conservation cycle is divided into the following two phases:
• Deep freezing
• Conservation
On conclusion of a phase, the device passes automatically to the next.
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