Variables entières
Adresse
Description
BMS
1
Compressor Rotor speed
2
Driver Power+ status (0:Stop; 1:Run;
2:Alarm)
3
Current error code (0):
4
Driver Power+ temperature
5
Power+ DC Bus Voltage
6
Motor Voltage
7
Request of power for inverter after enve-
lop
8
Current hour
9
Current minute
10
Current month
11
Current weekday
12
Current year
13
Unit On–Off (0=Off; 1=On da ambiente)
(0=Off; 1=On; 2=Energy save; 3=Auto)
14
Envelope Zone: 0=OK; 1=Max.com-
pr.ratio; 2=Max.disch.P.; 3=Curr.limit;
4=Max.suct.P.; 5=Min.compr.ratio;
6=Min.DeltaP; 7=Min.disch.P.; 8=Min.
suct.P.
15
HT Zone: 0:null, 1: Disch.T. OK; 2:
Disch.T. inside control zone=reduce
speed rate; 3: Disch.T. >thr=speed re-
duction
16
Actual circuit cooling capacity for EVD
valve
17
EVD Valve steps position
18
Output Y3 value: Fans Speed
19...26
Reserved – (not used or other special
application or internal debug)
27
Current day
28
Fans Speed (percent)
29
Fans Speed (rpm)
30
EVD Valve opening percent
31...207
Reserved – (not used or other special
application or internal debug)
Tab. 15 : tableau de supervision du LCP DX – Variables entières
Rittal Liquid Cooling Package
Unité
Min.
Max.
Hz
0
9999
–
0
2
–
0
99
°C
-999
999
V
0
999
V
-9999
9999
%
0
1000
–
0
23
–
0
59
–
1
12
–
1
7
–
0
99
–
0
3
–
0
9
–
0
32767
%
0
100
steps
0
540
‰
0
9999
–
–
–
–
1
31
%
0
100
rpm
0
3700
%
0
100
–
–
–
7 Utilisation
Lecture/
Remarque
Écriture
R
only for Service/
Manufacturer
R
only for Service/
Manufacturer
R
only for Service/
Manufacturer
R
only for Service/
Manufacturer
R
only for Service/
Manufacturer
R
only for Service/
Manufacturer
R
only for Service/
Manufacturer
R
Customer
R
Customer
R
Customer
R
Customer
R
Customer
R/W
Customer
R
only for Service/
Manufacturer
R
only for Service/
Manufacturer
R
only for Service/
Manufacturer
R
Customer
R
Customer
–
only for Service/
Manufacturer
R
Customer
R
Customer
R
Customer
R
Customer
–
only for Service/
Manufacturer
7
39