Publicidad
Idiomas disponibles
Idiomas disponibles
PAR
DESCRIPTION
digital outputs
Operation controlled by fourth output
0 = CELL LIGHT
the auxiliary key and paramaters i0 and u2 will be activated
1 = DEMISTER RESISTORS
the auxiliary key and paramaters u6 will be activated
2 = AUXILIARY OUTPUTS
u1 u1
the auxiliary key and paramaters i5 and u2 will be activated
3 = ALARM OUTPUTS
the parameter u4 will be activated
4 = DOOR RESISTORS
the parameter u5 will be activated
5 = EVAPORATOR VALVE
the parameter u7 and u8 will be activated
Enabling of manual switch on/off of the cell light or the auxiliary output
u2 u2
when the instrument is switched off (only if u1=0 or 2)
1 = YES
Enabling of alrm output diactivation with the silencing of the buzzer (only
u4 u4
if u1=3)
1 = YES
Cell temperature below that at which the door resistors are switched on
u5 u5
(only if u1=4)
(6)
u6 u6
Operating time of demistor resistors (only if u1=1)
Cell temperature below that at which the evaporator valve is disactivated
u7 u7
(relating to Setpoint + u7) (only if u1=5)
Tipe of evaporator valve contact (only if u1=5)
u8 u8
0 = normally open (active input - closed contact)
1 = normally closed (active input - open contact)
Enabling of buzzer
u9 u9
1 = YES
Operation controlled by K1 relay
0 = no unit
1 = compressor
uA uA
2 = defrosting
(22)
3 = ventilatore evaporatore
4 = fourth output (see also u1)
Operation controlled by K12 relay
0 = no unit
1 = compressor
ub ub
2 = defrosting
(22)
3 = evaporator fan
4 = fourth output (see also u1)
Operation controlled by K3 relay
0 = no unit
1 = compressor
uC
uC
2 = defrosting
(22)
3 = evaporator fan
4 = fourth output (see also u1)
Operation controlled by K4 relay
0 = no unit
1 = compressor
ud ud
2 = defrosting
(22)
3 = evaporator fan
4 = fourth output (see also u1)
energy saving in real time
Time of activation of the Energy Saving function in real time (see also r4
HE1
HE1
and HE2)
Duration of the Energy Sav. function in real time (see also r4 and HE1)
HE2
HE2
00:00 = the ES function in real time will not be activated
defrosting in real time
Time of activation of fi rst defrosting period in real time (only if d8=3)
Hd1
Hd1
--:-- = the fi rst defrosting in real time will not be activated
Time of activation of second defrosting period in real time(only if d8=3)
Hd2
Hd2
--:-- = the second defrosting in real time will not be activated
Time of activation of third defrosting period in real time (only if d8=3)
Hd3
Hd3
--:-- = the third defrosting in real time will not be activated
Time of activation of fourth defrosting period in real time (only if d8=3)
Hd4
Hd4
--:-- = the fourth defrosting in real time will not be activated
Time of activation of fi fth defrosting period in real time (only if d8=3)
Hd5
Hd5
--:-- = the fi fth defrosting in real time will not be activated
Time of activation of sixth defrosting period in real time (only if d8=3)
Hd6
Hd6
--:-- = the sixth defrosting in real time will not be activated
(21)
(6)
(20)
(20)
(20)
(20)
min
MAX
M.U.
FRL00
FRL00
FRL10
FRL10
(TN) 0/+10
°C
0
6
fl ag
0
4
0
1
fl ag
...
0
0
1
fl ag
...
1
-99.0
99.0
°C
...
99
1
120
min
...
5
0.0
99.0
°C
...
2
0
1
fl ag
...
0
0
1
fl ag
...
1
0
4
fl ag
1
1
0
4
fl ag
2
2
0
4
fl ag
3
3
0
4
fl ag
...
4
00:00
23:59
h:min
...
0
00:00
23:59
h:min
...
0
00:00
23:59
h:min
...
0
00:00
23:59
h:min
...
0
00:00
23:59
h:min
...
0
00:00
23:59
h:min
...
0
00:00
23:59
h:min
...
0
00:00
23:59
h:min
...
0
FRL30
FRL30
FRL00
FRL00
FRL10
FRL10
FRL30
FRL30
FRL00
FRL00
(TNN) -2/+8
(BT) -21/-18
0
0
4
0
0
0
...
0
0
...
1
...
1
1
...
99
...
99
99
...
5
...
5
5
...
2
...
2
2
...
0
...
0
0
...
1
...
1
1
...
1
1
1
1
1
2
2
2
2
2
3
3
3
3
3
4
...
4
4
...
0
...
0
0
...
0
...
0
0
...
0
...
0
0
...
0
...
0
0
...
0
...
0
0
...
0
...
0
0
...
0
...
0
0
...
0
...
0
0
...
EN - 63
FRL10
FRL10
FRL30
FRL30
4
0
0
0
1
1
99
99
5
5
2
2
0
0
1
1
1
1
2
2
3
3
4
4
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
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