Download User manual - Supercontrols

Def.
Min.
Max.
UOM
CAREL SVP
Modbus®
Parameter/description
Type **
user *
ENG
Note
80
20
0
0. 1
0
3.3
-22.7
0
0
-60 (-76)
0
-60 (-76)
0.1 (0.2)
0 (0)
-100
-100
0
0
200 (392)
800
200 (392)
100 (180)
100 (180)
800
800
1
255
°C (°F)
s
°C (°F)
°C (°F)
K (°F)
-
A
A
A
A
A
A
A
D
I
58
57
61
60
59
95
96
41
80
57
56
60
59
58
94
95
40
207
CO
CO
CO
CO
CO
-
2
0
2
bit/s
I
74
201
CO
300
0
18000
s
I
62
189
-
300
0
18000
s
I
63
190
-
600
0
18000
s
I
64
191
-
600
0
18000
s
I
44
171
-
-50
300
-60 (-76)
0
200 (392)
18000
°C (°F)
s
A
I
97
65
96
192
-
50
480
500
50
450
100
30
1
1
0
0
0
1
0
0
1
0
0
9999
9999
9999
2000
800
250
100
1
1
step
step
step
step/s
mA
mA
%
-
I
I
I
I
I
I
I
D
D
66
67
68
69
70
71
72
37
38
193
194
195
196
197
198
199
36
37
-
SPECIAL
A
C
A
A
C
C
C
C
C
C
HiTcond: threshold - CANNOT BE SELECTED
HiTcond: integral time - CANNOT BE SELECTED
Modulating thermostat: set point - CANNOT BE SELECTED
Modulating thermostat: differential - CANNOT BE SELECTED
Mod. thermostat: SH set point offset - CANNOT BE SELECTED
Coefficient ‘A’ for CO2 control
Coefficient ‘B’ for CO2 control
Force manual tuning 0=no; 1= yes
Tuning method
0 to 100= automatic selection
101 to 141= manual selection
142 to 254= not allowed
255= PID parameters model identified
Network settings
0= 4800
1= 9600
2= 19200
ALARM CONFIGURATION
C
C
C
C
C
C
Low superheat alarm delay (LowSH)
(0= alarm disabled)
Low evaporation temperature alarm delay (LOP)
(0= alarm disabled)
High evaporation temperature alarm delay (MOP)
(0= alarm disabled)
High condensing temperature alarm delay (HiTcond)
CANNOT BE SELECTED
Low suction temperature alarm threshold
Low suction temperature alarm delay
(0= alarm disabled)
VALVE
C
C
C
C
C
C
C
C
C
EEV minimum steps
EEV maximum steps
EEV closing steps
EEV rated speed
EEV rated current
EEV holding current
EEV duty cycle
Synchronise position in opening
Synchronise position in closing
Tab. 8.b
* User level: A= Service (installer), C= manufacturer.
** Type of variable: A= Analogue; D= Digital; I= Integer
CO= parameter settable from driver A or from driver B
8.3 Unit of measure
In the configuration parameters menu, with access by manufacturer
password, the user can choose the unit of measure for the driver:
• international system (°C, K, barg);
• imperial system (°F, psig).
Note: the units of measure K and R relate to degrees Kelvin or Rankine
adopted for measuring the superheat and the related parameters.
When changing the unit of measure, all the values of the parameters
saved on the driver and all the measurements read by the probes will
be recalculated. This means that when changing the units of measure,
control remains unaltered.
Example 1: The pressure read is 100 barg, this will be immediately
converted to the corresponding value of 1450 psig.
Example 2: The “superheat set point” parameter set to 10 K will be
immediately converted to the corresponding value of 18 °F.
Example 3: The “Temperature S4: maximum alarm value” parameter, set
to 150 °C, will be immediately converted to the corresponding value of
302 °F.
Note: due to limits in the internal arithmetic of the driver, pressure
values above 200 barg (2900 psig) and temperature values above 200 °C
(392 °F) cannot be converted
39
“EVD Evolution TWIN” +0300006EN - rel. 1.0 - 15.06.2009