11
Vector Control
11-2 | CFW700
S
pe
ed R
eg
ul
at
or
D
C L
in
k R
eg
ul
at
or
t
Fl
ux R
eg
ul
at
or
M
ax
im
um O
ut
pu
t
Vo
lta
ge R
eg
ul
at
or
Tot
al R
ef
er
en
ce
(re
fe
r t
o t
he
)
G
p = P
01
61
G
i = P
01
62
G
p = P
01
67
G
i = P
01
68
U
s
d
*
Fl
ux
C
ur
re
nt
A
Ix
=
2 - M
A
X
. T
or
qu
e C
ur
re
nt
P
01
85
<
D
ef
au
lt V
al
ue
P
01
85
=
D
ef
au
lt V
al
ue
M I
To
rq
ue
C
ur
re
nt
P
W
M
U
s
q
*
I
d
I
q
C
ur
re
nt R
eg
ul
at
or
I
q
I
d
I
q
I
q
*
I
d
*
I
d
P
01
79
G
p = P
01
75
G
i = P
01
76
G
p = P
01
86
G
i = P
01
87
U
s
q
, U
s
d
U
d
P
01
90
P
01
65
P
01
85
G
d = P
01
66
G
p = 1
.0
0
G
i = 0
.0
0
D
Ix
=1
5 (S
pe
ed
/T
or
qu
e)
R
.T
.=
O
FF
R
.T = O
N
(re
fe
r t
o t
he
)
M
ax
T+ = P
01
69
M
ax
T- = P
01
70
n
+
N E
st
im
at
ed S
pe
ed
U
s
d
, U
s
q
U
d
lv
, l
w
M
O
TO
R
M
O
D
E
L
S
pe
ed
To
rq
ue
ψ
S
ta
to
r F
lu
x
ψ
*
3~
Figure 11.1:
Sensorless vector control block diagram
Summary of Contents for CFW700
Page 2: ......
Page 4: ......
Page 8: ...Summary...
Page 34: ...2 General Information 2 4 CFW700...
Page 38: ...3 About the CFW700 3 4 CFW700...
Page 56: ...7 Starting up and Settings 7 4 CFW700...
Page 58: ...8 Available Control Types 8 2 CFW700...
Page 78: ...10 VVW Control 10 8 CFW700...
Page 158: ...13 Digital and Analog Inputs and Outputs 13 28 CFW700...