Mestra R-080510 Manual De Instrucciones página 11

temperature in the shortest possible time. In
order to carry out a startup of this type it is
sufficient to briefly press key (8) ºC1. Then press
key (8) (ºC1) for a few seconds. You will notice
that light (11) on the control graph blinks
intermittently. If you wish to consult the closest
time in wich theºC1 temperature will be reached
just press the watch key (7) briefly. The display
will show the word "horA" and the said hour
alternatively.
The other type of startup is delayed- In this case
the user inserts the time he/she wishes the ºC1
temperature to be reached. Then, the unit
remains on standby during a variable amount of
time, defined by the control module, and it is
automatically turned on at the precised time in
order to reach ºC1 temperature at the time
desired by the user.
There are also two possibilities with the delayed
startup procedure:
1. Specific delayed startup- This is used
when the user wishes the delayed startup to
be carried out only once. In subsequent
startups, the value of the time to reach ºC1
inserted by the user, will be lost.
In order to programme a delayed startup of
the type press the clock key (7). You will
notice how the display (1) shows the nearest
time wich according to the microprocessor's
calculations the heating temperature (ºC1)
can be reached. Alternatively the word
"horA" appears. Press the increase (5) and
decrease (6) keys until you set the time you
wish. When you have finished, press the key
(7) before 3 seconds have transpired, in
order to set the time and commence the
programme.
If when inserting the time the minimum
period the microprocessor deems necessary
for heating decreases, the control will
interpret that the programmed time is for the
following day.
2. Memory delay start-up – This option
provides two possibilities, as follows: firstly,
when we want the value entered by the user
so that the machine reaches temperature
ºC1 to remain for an indefinite period of time
in the memory, and to be used by the control
function as a default value, i.e. so that
temperature ºC1 is obtained every day at the
same time.
In order to programme a delayed startup of
the first type press key (7) twice. You will
notice the display (1) alternatively shows a
time value, and the word "hPro" (Hora
programada). This is the value stored in the
unit's memory as a programmed time to
reach temperature (ºC1). Press the increase
(5) and decrease (6) keys until the display
shows the time
temperature (ºC1). Also in this case, if the
minimum time the microprocessor deems
necessary for heating decreases, the control
will interpret the programmed time is for the
following day. When you have set the time,
keep the clock key (7) pressed for several
seconds. From this moment on, the unit will
startup automatically when required —
according to the control calculations— in
order to reach temperature ºC1 at the
programmed time. The time value inserted
will be stored in the memory. It is possible to
check that the programming has been
carried out properly by briefly pressing the
clock key (7). The display shows alternately
the time programmed and "today".
During the unit operation, the blades and the
resistances in the
automatically each time it is required. In order to
indicate the operation of these elements, lights
(4) and (2) respectively are kept on.
Once the heating phase is completed, the final
cooling phase commences to reach the pouring
temperature (ºC2).
disconnected and
commences. The time needed for cooling up to
temperature (ºC2) is difficult to calculate exactly,
because it depends on many factors, among
these the specific heat of the gel used, the
amount of the gel used, the amount of the gel in
the container, the room temperature, the values
of (ºC1), (ºC2), etc.
For this reason we have decided to limit the
scope of the programming time only up the
temperature (ºC1), allowing the cooling to
proceed without any type of programming.
Nevertheless, experimental value show that a
reasonable period for cooling the gel from
temperature (ºC1) to (ºC2), may be from 2 to 4
hours.
Once this value is known, it is good practice to
programme the time in which we wish the reach
the GEL BAT-6 heating temperature (ºC1), from
2 to 4 hours before pouring. For example, if we
wish to pour at 17:30 PM the unit may be
programmed to reach (ºC1) at 13:30 PM. In this
manner, after four hours cooling, at 17:30 the
gel will have reached pouring temperature.
Finally, mention that at any time of the cycle a
direct displacement of the (ºC1) temperature. In
order to do this press key (ºC1) (8) for a few
seconds. You will then notice that the indicator
lamp (11) remains
demonstrating this fact.
It is also possible to carry out a direct
displacement up to pouring temperature doing
English
you wish to reach
container will startup
The resistance
a forced ventilation
on continuously
is
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