Publicidad
CARLO GAVAZZI
A u t o m a t i o n C o m p o n e n t s
N°
Line 1
0
Total kWh (+)
1
Total kvarh (+)
2
Total kWh (-)
3
Total kvarh (-)
4
kWh (+) partial
5
kvarh (+) part.
6
kWh (-) partial
7
kvarh (-) part.
8
Run Hours (99999999.99)
9
kWh (+) t1
10
kvarh (+) t1
11
kWh (-) t1
12
kvarh (-) t1
13
kWh (+) t2
14
kvarh (+) t2
15
kWh (-) t2
16
kvarh (-) t2
17
kWh (+) t3
18
kvarh (+) t3
19
kWh (-) t3
20
kvarh (-) t3
21
kWh (+) t4
22
kvarh (+) t4
23
kWh (-) t4
24
kvarh (-) t4
25
kWh (+) t5
26
kvarh (+) t5
27
kWh (-) t5
28
kvarh (-) t5
29
kWh (+) t6
30
kvarh (+) t6
31
kWh (-) t6
32
kvarh (-) t6
33
C1
34
C2
35
C3
36
Phase seq.
37
Phase seq.
38
Phase seq.
39
Phase seq.
40
Phase seq.
41
Phase seq.
42
Phase seq.
43
Phase seq.
44
Phase seq.
45
Phase seq.
46
Phase seq.
47
Phase seq.
48
Phase seq.
49
Phase seq.
50
Phase seq.
51
Phase seq.
52
Phase seq.
53
Phase seq.
54
Phase seq.
55
Phase seq.
D D I I S S P P L L A A Y Y P P A A G G E E S S
Line 2
Line 3
Depending on the last displayed page of
instantaneous variables.
VLN ∑
VL1
VLL ∑
VL1-2
An
AL1
Hz
"ASY"
VLL sys (% asy)
W ∑
WL1
var ∑
var L1
PF ∑
PF L1
VA ∑
VA L1
Process sig.
THD V1
THD V12
THD A1
THD V1 odd
THD V2 odd
THD V12 odd
THD V23 odd
THD A1 odd
THD A2 odd
THD V1 even
THD V2 even
THD V12 even
THD V23 even
THD A1 even
THD A2 even
TDD A1
K-FACT L1
K-FACT L2
Line 4
Line 5
VL2
VL3
VL2-3
VL3-1
AL2
AL3
VLN sys (% asy)
WL2
WL3
var L2
var L3
PF L2
PF L3
VA L2
VA L3
Temperature
THD V2
THD V3
THD V23
THD V31
THD A2
THD A3
THD V3 odd
THD V31 odd
THD A3 odd
THD V3 even
THD V31 even
THD A3 even
TDD A2
TDD A3
K-FACT L3
Application
Note
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G
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