Suppose therefore to have programmed the time 02.30 as the start time of the regeneration. When the internal clock
reaches the time 02.30 the cycle will start, taking for granted that the days have finished.
If when the clock reaches the time programmed for the start of the cycle the inhibit signal is active, the start is obviously
blocked. If the inhibit signal disappears during the minute in which the local time is the same as the time programmed
for the start of the cycle, the regeneration will start.
If, however, the inhibit signal disappears when the clock has passed the time programmed for the start of the cycle, the
regeneration will not be able to start until the conditions are repeated, that is after 24 hours.
To avoid waiting for 24 hours with the system not regenerated, it is possible to programme with the value 1 the flag
0dL.
With this programming the regeneration will start as soon as the inhibit signal stops being applied, whatever the time is.
Referring to the above example, suppose that the inhibit signal activates at 02.00. When the clock arrives at 02.30 the
regeneration is obviously blocked. At 05.35 the inhibit signal disappears and the regeneration starts.
It is important to consider that, using this flag, there is the possibility of having the regeneration of the resins at a time
considered undesirable.
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