OSAKA – SMART BOX – Simple Manual – v1.1 – Page 8
Superior temperature limit of the evaporator in order to pause the interval’s time in between defrostings.
Enable the temperature of the air output as a defrosting probe during the evaporator’s temperature probe
error (code “Pr2”).
Defrosting interval due to the air input temperature probe which works as a defrosting probe during the
evaporator’s temperature probe error (code “Pr2”); (0 = the function isn’t used).
Temperature associated to the low temperature alarm (code “AL”); 0 = Room temperature or CPT
temperature; 1 = Evaporator’s temperature.
Low temperature alarm set point (code “AL”)
Type of low temperature alarm; 0 = not used; 1 = relative to the set point; 2 = absolute.
High temperature alarm set point (code “AL”).
Type of high temperature alarm; 0 = not used; 1 = relative to the set point; 2 = absolute.
Delay of the high temperature alarm when the device is started.
Delay of the temperature alarm.
Delay of the high temperature alarm when the evaporator’s fan’s stoppage has finalized.
Delay of the high temperature alarm when the open door input is deactivated.
Duration of a power failure in order to memorize the power failure alarm (code "PF").
Temperature alarms differential.
Type of power failure alarm signal (code "PF"); 0 = "HACCP" led; 1 = code "PF", the buzzer and the
"HACCP" led; 2 = code "PF", the buzzer (if the power failure’s duration is superior to the A10 time) and the
HACCP" led.
EVAPORATOR FAN AND CONDENSER FAN
Activity of the evaporator’s fan during the normal operation; 0 = deactivated; 1 = turned on (11); 2 =
according to the compressor (12); 3 = according to “F1” (13); 4 = Turned off if the compressor is
deactivated, it depends on F1 if the compressor is activated (14); 5 = It depends on F6.
Superior temperature limit of the evaporator in order to deactivate the evaporator’s fan.
Activity of the evaporator’s fan during the defrosting and the dripping; 0 = Deactivated; 1 = Turned on (it is
recommended to configure the d7 parameter to 0); 2 = It depends on F0.
Maximum duration of the stoppage of the evaporator’s fan.
Stoppage time of the evaporator’s fan during the operation in low percentage of relative humidity when the
compressor is deactivated.
Activation time of the evaporator’s fan during the operation in low percentage of relative humidity when the
compressor is deactivated.
Operation in low or high percentage of relative humidity; (only if F0 = 5; 0 = low; 1 = high).
Temperature differential (relative to the working set point, or “working set point + F7”), inferior limit in order
to activate the evaporator’s fan.
Differential of the locking of the evaporator’s fan.
Delay in deactivating the evaporator’s fan after the compressor is disconnected.
Superior temperature limit of the condenser in order to activate the condenser’s fan (“F11 + 2,0 ºC / 4 ºF”).
Delay in deactivating the condenser’s fan after the compressor is disconnected.
Locking time of the evaporator’s fan during the “saving energy” operation mode.
Activation time of the evaporator’s fan during the “saving energy” operation mode.
Open door digital input’s function: 0 = not used; 1 = disconnect the compressor & the evaporator’s fan; 2 =
disconnect the evaporator’s fan; 3 = turn on the room’s light; 4 = disconnect the compressor, the
evaporator’s fan & turn on the room’s light; 5 = disconnect the evaporator’s fan & turn on the room’s light.
Open door input’s type of contact (operation logic); 0 = NO (normally opened); 1 = NC (normally closed)
Delay in the open door input alarm signal (code “Id”); (-1 = the alarm is not signaled).
Duration of the open door input effect on the compressor and the evaporator’s fan.
Memorize the open door input alarm (code "Id"); 0 = NO; 1 = YES.
Configurable input 1 function; 0 = no use; 1 = Activate the energy saving mode; 2 = digital input alarm, "iA"
will be shown (16); 3 = High pressure switch alarm, "iA" and “iSd” will be shown; 4 = Activate the auxiliary
output; 5 = Turn off the device; 6 = Low pressure switch, "LP" will be shown; 7 = Compressor’s thermal
protection, "C1t" will be shown; 8 = Compressor’s 2 thermal protection, "C2t" will be shown; 9 = Locked
man alarm, “MiC” will be shown.
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