OSAKA – SMART BOX – Simple Manual – v1.1 – Page 9
Type of contact (operation logic) of the configurable input 1; 0 = NO (normally opened); 1 = NC (normally
closed).
Delay in the configurable input alarm signal (code “iA”); delay of the compressor’s start until the
configurable input is deactivated (according to the i5 parameter).
Number of configurable alarm inputs (code “iA”) in order to activate the high pressure switch alarm (code
“iSd”; 0 = not used.
Time that must pass without configurable input alarms (code “iA”) so that the alarm counter to be erased.
Time that must pass without activations of the open door input (after the room or CPT temperature has
reached the regulation set point) so that the “energy saving” mode to be activated; 0 = function not used.
Number of activations of the open door input in order to activate the defrosting; 0 = the function isn’t used.
Minimal time the open door input must be active so that the defrosting is initiated; 0 = function not used.
Configurable input 1 function; 0 = not used; 1 = Activate “energy saving” mode; 2 = Configurable input
alarm, "iA" will be shown; 3 = High pressure switch, "iA" and “iSd” will be shown; 4 = Activate 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.
Type of contact (operation logic) of the configurable input 2; 0 = NO (normally opened); 1 = NC (normally
closed).
Delay in the activation of the alarm due to low pressure after turning on the device (code “LP”).
Management of the K4 digital output (only available in SMART BOX, SMART BOX M, SMART BOX MD
and SMART BOX SD); 0 = ambient light; 1 = anti-fogging resistances; 2 = auxiliary output; 3 = alarm; 4 =
door resistances; 5 = dead-zone mode resistances; 6 = condenser’s fan 7 = compressor 2; 8 = defrosting 2;
9 = evaporator’s 2 fan; 10 = liquid valve; 11 = on/stand-by; 12 = locked man.
Management of the K5 digital output (only available in SMART BOX VEX, SMART BOX VEX M and
SMART BOX VEX MD); 0 = ambient light; 1 = anti-fogging resistances; 2 = auxiliary output; 3 = alarm; 4 =
door resistances; 5 = dead-zone mode resistances; 6 = condenser’s fan 7 = compressor 2; 8 = defrosting 2;
9 = evaporator’s 2 fan; 10 = liquid valve; 11 = on/stand-by; 12 = locked man.
Management of the K3 digital output (available in all models, except in SMART BOX VEX, SMART BOX
VEX M and SMART BOX VEX MD); 0 = ambient light; 1 = anti-fogging resistances; 2 = auxiliary output; 3
= alarm; 4 = door resistances; 5 = dead-zone mode resistances; 6 = condenser’s fan 7 = compressor 2; 8 =
defrosting 2; 9 = evaporator’s 2 fan; 10 = liquid valve; 11 = on/stand-by; 12 = locked man.
Enable the turning on/off the ambient light or the auxiliary output manually when the device is off; 1 = YES.
Delay in deactivating the compressor after the liquid valve has been deactivated; maximum time in between
the deactivation of the liquid valve (according to the C14 parameter).
Enable the deactivation of exiting the alarm and muting the buzzer; 0 = NO; 1 = YES.
Set point to activate the door resistances ("U5 – 2,0 °C/4 °F).
Ignition time of the anti-fogging resistances.
Differential under the set point in order to activate the dead zone resistances. (17)
Enable the buzzer; 0 = NO; 1 = YES.
Management of the K3 digital output (only available in SMART BOX PLUS, SMART BOX PLUS M, SMART
BOX PLUS MD and SMART BOX PLUS SD); 0 = reserved; 1 = anti-fogging resistances; 2 = auxiliary
output; 3 = alarm; 4 = door resistances; 5 = dead-zone mode resistances; 6 = condenser’s fan 7 =
compressor 2; 8 = defrosting 2; 9 = evaporator’s 2 fan; 10 = liquid valve; 11 = on/stand-by; 12 = locked
man.
Enabling the real time clock and its functions; (only available in SMART BOX SD and SMART BOX PLUS
SD); 0 = NO; 1 = YES.
Maximum duration of the “energy saving” mode, it is activated when it receives no signal from the open
door input; 0 = the mode will last until the input is activated.
Hour of activation of the “energy saving” operation mode on Mondays.
Duration of the “energy saving” operation mode on Mondays.
Hour of activation of the “energy saving” operation mode on Tuesdays.
Duration of the “energy saving” operation mode on Tuesdays.
Hour of activation of the “energy saving” operation mode on Wednesdays.
Duration of the “energy saving” operation mode on Wednesdays.
Hour of activation of the “energy saving” operation mode on Thursdays.
Duration of the “energy saving” operation mode on Thursdays.