25
ENG
ir33+ VCC
+040000058 - rel. 1.2 - 15.02.2018
User
Par.
Description
Def.
Min
Max
UOM
Type Carel
SPV
ModBus® R/W
C
A4
"Digital input confi guration 1 (DI1)
0 = not active
1 = immediate external alarm
2 = delayed external alarm
3 = select probes (ir33M) / enable defrost
4 = start defrost
5 = door switch with compr. and evaporator fans off
6 = remote ON/OFF
7 = curtain switch
8 = low pressure switch
9 = door switch with fans off
10 = direct/reverse operation
11 = light sensor
12 = activate aux output
13 = door switch with compressor and fans off
and light not managed
14 = door switch with fans off and light not
managed"
0
0
14
-
I
53
153
R/W
C
A5
"Digital input confi guration 2 (DI2) See A4"
0
0
14
-
I
54
154
R/W
C
A6
"Stop compressor on external alarm
0 = compressor always off ;
100 = compressor always on"
0
0
100
min
I
55
155
R/W
C
A7
"Digital alarm input delay
0 = control outputs unchanged"
0
0
250
min
I
56
156
R/W
C
A8
"Enable alarms Ed1 and Ed2 (end defrost by timeout)
0 = alarms disabled"
0
0
1
-
D
52
52
R/W
C
Ado
Light management with door switch
Ado / Light when opening the door / Algorithm
/ Description
0 / off -on / Extended normal / Open-close Open-
close-open-close
1 / off -on / normal-extended /
0
0
1
-
D
53
53
R/W
C
Ac
High condenser temperature alarm threshold
70
0
200
°C/°F
A
29
29
R/W
C
AE
High condenser temperature alarm diff erential
10
0,1
20
°C/°F
A
30
30
R/W
C
Acd
High condenser temperature alarm delay
0 = Immediate alarm
0
0
250
min
I
58
158
R/W
C
AF
"Light sensor OFF time
0 = Sensor in the door jamb
> 0 = Sensor inside the cold room or cabinet"
0
0
250
s
I
59
159
R/W
C
ALF
Frost protection alarm threshold
-28
-50
200
°C/°F
A
36
36
R/W
C
AdF
Frost protection alarm delay
1
0
15
min
I
138
238
R/W
C
AP
High evaporator temperature alarm threshold
60
10
90
°C/°F
A
39
39
R/W
C
APd
"High evaporator temperature alarm delay
0 = Alarm not enabled"
0
0
300
s
I
142
242
R/W
FAn
C
F0
"Evaporator fan management
0 = always on
1 = activation based on Sd-Sv (diff erence
between virtual probe and evaporator
temperature)
2 = activation based on Sd (evaporator
temperature)"
0
0
2
-
I
60
160
R/W
F
F1
Fan activation temperature (only if F0 = 1 or 2)
5
-50
200
°C/°F
A
31
31
R/W
C
F2
"Evaporator fans with compressor off
0 = See F0 - 1 = Always off "
1
0
1
-
I
146
246
R/W
C
F3
Evaporator fans during defrost: 0/1=on/off 1
0
1
-
D
55
55
R/W
F
Fd
Post-dripping time (fans off )
3
0
15
min
I
61
161
R/W
C
F4
Condenser fan deactivation temperature
40
-50
200
°C/°F
A
32
32
R/W
C
F5
Condenser fan activation diff erential
5
0,1
20
°C/°F
A
33
33
R/W