36
ENG
ir33plus +0300028EN rel. 1.1 - 05.05.2017
7. PARAMETER TABLE
Key:
Parameter type: Variable type: Noted:
C = Con guration, A = analogue,
• MSYFCH = parameter visible on models IREVM%, IREVS%, IREVY%, IREVF%, IREVC% and PBEVH%;
F = frequent I = integer,
• The grey rows in the table denote masked parameters
D = digital
User Par. Description Models Def Min Max UOM Type CAREL SVP ModBus® R/W
Pro
C /2 Probe measurement stability MSYFCH 4 1 15 - I 15 115 R/W
C /3 Probe display stability
Value Display delay (s) Value Display delay (s)
0 disabled 8 50
15 960
210 1075
315 1190
4 20 12 105
5 25 13 120
6 30 14 150
7 40 15 180
MSYFCH 0 0 15 - I 16 116 R/W
C /4 Virtual probe composition
0 = Control probe S1
100 = Probe S2
MSYFCH 0 0 100 - I 17 117 R/W
C /5 Temperature unit of measure: 0 = °C; 1 = °F MSYFCH 0 0 1 - D 40 40 R/W
C /6 Display decimal point: 0/1=no/yes MSYFCH 0 0 1 - D 41 41 R/W
C /tI Display on user terminal
1 Virtual probe 5 Probe 4
2 Probe 1 6 Reserved
3 Probe 2 7 Set point
4 Probe 3
MSYFCH 1 1 7 - I 18 118 R/W
C /tE Reading on remote display
0 Not tted 4 Probe 3
1 Virtual probe 5 Probe 4
2 Probe 1 6 Reserved
4 Probe 3
MSYFCH 0 0 6 - I 19 119 R/W
C /P Type of probe
0 = NTC Standard Range -50T90°C
1 = NTC Enhanced Range -40T150°C
2 = PTC Standard Range -50T150°C
MSYFCH 0 0 2 - I 20 120 R/W
C /A2 Probe 2 con guration (S2)
0 Absent 3 Condenser
1 Product (display only) 4 Frost
2 Defrost
YFCH
MS
2
0
0
0
4
4
-
-
I
l
21
21
121
121
R/W
R/W
C /A3 Probe 3 con guration (S3/ DI1)
0 Digital input 1 3 Condenser
1 Product (display only) 4 Frost
2 Defrost
MSYFCH 0 0 4 - I 22 122 R/W
C /A4 Probe 4 con guration (S4/ DI2)
0 Digital input 2 3 Condenser
1 Product (display only) 4 Frost
2 Defrost
MSYFCH 0 0 4 - I 23 123 R/W
C /c1 Probe 1 calibration MSYFCH 0.0 -20 20 - A 11 11 R/W
C /c2 Probe 2 calibration MSYFCH 0.0 -20 20 - A 12 12 R/W
C /c3 Probe 3 calibration MSYFCH 0.0 -20 20 - A 13 13 R/W
C /c4 Probe 4 calibration MSYFCH 0.0 -20 20 - A 14 14 R/W
User Par. Description Models Def Min Max UOM Type CAREL SVP ModBus® R/W
Ctl
F St Set point MSYFCH 0.0 r1 r2 °C/°F A 16 16 R/W
F rd Di erential SYFCH 2.0 0.1 20 °C/°F A 17 17 R/W
C rn Neutral zone SYFCH 4.0 0.0 60 °C/°F A 34 34 R/W
C rr Reverse di erential SYFCH 2.0 0.1 20 °C/°F A 35 35 R/W
C r1 Minimum set point MSYFCH -50 -50 r2 °C/°F A 18 18 R/W
C r2 Maximum set point MSYFCH 60 r1 200 °C/°F A 19 19 R/W