WEG CFW-11 Series, Installation Manual

Page: 20 / 212

Installation Guide
CFW-11 | 21
EN
GL
IS
H
Table A.2: Technical specifications of the sizes E to H (380... 480 V)
M
o
de
l
Frame Size
Number of Power Phases
U
se w
it
h N
o
rm
al D
u
ty (
N
D
) C
yc
le
U
se w
it
h H
ea
vy D
u
ty (
H
D
) C
yc
le
W
eig
ht
[k
g
(l
b
)]
Fuse [A] According to the
IEC European Standard
Fuse I²t [A²s] @ 25 ºC
Surrounding Air
Temperature
[ºC (ºF)]
Dynamic Braking
A
va
ila
b
ili
ty o
f O
p
ti
o
n K
it
s t
h
at C
an
b
e I
n
cor
por
at
ed
In
to
t
h
e P
ro
d
uc
t
Rated Output
Current
(1)
[Arms]
O
ve
rl
o
ad
C
u
rr
en
t
(2
)
[Arm
s]
Rated Carrier
Frequency [kHz]
Maximum Motor
[HP/kW]
Rated Input
Current [Arms]
D
is
si
p
at
ed
Powe
r [
W
]
R
ate
d
O
ut
p
ut
C
ur
re
nt
(1)
[Arm
s]
O
ve
rl
o
ad
C
u
rr
en
t
(2
)
[Arm
s]
Rated Carrier
Frequency [kHz]
Maximum Motor
[HP/kW]
Rated Input
Current [Arms]
D
is
si
pat
ed
Powe
r [
W
]
Cabinet
Enclosure
RFI Filter
Safety Stop
24 Vdc External
Control Power
Supply
1 m
in
3 s
S
ur
fac
e
M
ou
nti
ng
Fl
an
g
e
M
ou
nti
ng
1 m
in
3 s
S
ur
fac
e
M
ou
nti
ng
Fl
an
g
e
M
ou
nti
ng
Models with 380... 440 V power supply
C
FW
11 0
14
2 T 2
E
3ø
14
2
(1)
15
6.
2
(2
)
213
(2
)
2.
5
50
/37
14
2
18
50
24
0
11
5
(1)
17
2.
5
(2
)
23
0
(2
)
5
40
/3
0
11
5
17
0
0
23
0
64
.0
(1
41
.1
)
25
0
39
20
0
-10 ... 45 °C for inverters with degree of protection IP2X
and
-10...40 °C for inverters with degree of protection IP55
Optional (the standard
product does not have
dynamic braking)
N
em
a 1 (
ki
t K
N
1E
-0
1)
Built-in
Ye
s
Ye
s
C
FW
11 0
18
0 T 2
3ø
18
0
(1)
19
8
(2
)
270
(2
)
2.
5
60
/4
5
18
0
220
0
41
0
14
2
(1)
213
(2
)
28
4
(2
)
5
50
/37
14
2
212
0
39
0
65
.0
(14
3.
3)
350
21
8000
N
em
a 1 (
ki
t K
N
1E
-0
2)
C
FW
11 0
21
1 T 2
3ø
211
(1)
23
2
(2
)
317
(2
)
2.
5
75
/5
5
211
24
90
41
0
18
0
(1)
270
(2
)
36
0
(2
)
2.
5
75
/5
5
18
0
224
0
40
0
65
.0
(14
3.
3)
40
0
21
8000
C
FW
11 0
10
5 T 4
3ø
10
5
(1)
11
5.
5
(2
)
15
7.
5
(2
)
2.
5
75
/5
5
10
5
16
50
23
0
88
(1)
13
2
(2
)
17
6
(2
)
2.
5
60
/4
5
88
13
40
220
62
.5
(1
37
.8)
16
0
39
20
0
N
em
a 1 (
ki
t K
N
1E
-0
1)
C
FW
11 0
14
2 T 4
3ø
14
2
(1)
15
6.
2
(2
)
213
(2
)
2.
5
10
0/
75
14
2
22
30
24
0
11
5
(1)
17
2.
5
(2
)
23
0
(2
)
2.
5
75
/5
5
11
5
17
10
23
0
64
.0
(1
41
.1
)
25
0
39
20
0
C
FW
11 0
18
0 T 4
3ø
18
0
(1)
19
8
(2
)
270
(2
)
2.
5
15
0/
11
0
18
0
26
60
41
0
14
2
(1)
213
(2
)
28
4
(2
)
2.
5
10
0/
75
14
2
214
0
39
0
65
.0
(14
3.
3)
35
0
21
8000
N
em
a 1 (
ki
t K
N
1E
-0
2)
C
FW
11 0
21
1 T 4
3ø
211
(1)
23
2.1
(2
)
317
(2
)
2.
5
17
5/
132
211
30
40
41
0
18
0
(1)
270
(2
)
36
0
(2
)
2.
5
15
0/
11
0
18
0
25
30
40
0
65
.0
(14
3.
3)
40
0
21
8000
C
FW
11 0
24
2 T 4
F
3ø
24
2
(3
)
26
6
(4
)
36
3
(4
)
2
20
0/
15
0
24
2
26
51
622
211
(3
)
317
(4
)
42
2
(4
)
2
17
5/
132
211
229
6
524
13
0 (
28
6.
6)
450
32
0000
Not included
-
Built-in
C
FW
11 0
31
2 T 4
3ø
312
(3
)
343
(4
)
46
8
(4
)
2
25
0/
18
5
312
39
57
826
24
2
(3
)
36
3
(4
)
48
4
(4
)
2
20
0/
15
0
24
2
30
46
614
13
2 (
29
1.
0)
63
0
41
4000
-
C
FW
11 0
37
0 T 4
3ø
370
(3
)
407
(4
)
555
(4
)
2
30
0/
220
370
45
78
90
0
312
(3
)
46
8
(4
)
624
(4
)
2
25
0/
18
5
312
3829
72
2
13
5 (
29
7.
6)
71
0
41
4000
-
C
FW
11 0
47
7 T 4
3ø
47
7
(3
)
525
(4
)
71
6
(4
)
2
400
/3
00
47
7
60
59
12
27
370
(3
)
555
(4
)
74
0
(4
)
2
30
0/
220
370
46
69
915
14
0 (
30
8.
6)
90
0
10
51
00
0
-
C
FW
11 0
51
5 T 4
G
3ø
51
5
(3
)
56
7
(4
)
773
(4
)
2
400
/3
00
51
5
649
0
13
39
47
7
(3
)
71
6
(4
)
95
4
(4
)
2
400
/3
00
47
7
60
05
12
32
20
4 (
44
9.7
)
1000
14
45
000
-
C
FW
11 0
60
1 T 4
3ø
601
(3
)
66
2
(4
)
90
0
(4
)
2
50
0/
370
601
70
44
15
84
51
5
(3
)
773
(4
)
10
30
(4
)
2
400
/3
00
51
5
60
05
13
20
20
7 (4
56
.4
)
2 x 6
30
(5
)
14
45
000
-
C
FW
11 0
72
0 T 4
3ø
72
0
(3
)
79
2
(4
)
1080
(4
)
2
60
0/4
40
72
0
85
32
16
85
56
0
(3
)
84
0
(4
)
11
20
(4
)
2
45
0/3
30
56
0
65
89
12
53
21
5 (
474
.0
)
2 x 7
10
(5
)
14
45
000
-1
0… 4
0 º
C
-
C
FW
11 0
76
0 T 4
3ø
76
0
(3
)
83
6
(4
)
11
40
(4
)
2
65
0/4
80
76
0
10
05
5
20
08
60
0
(3
)
90
0
(4
)
12
0
0
(4
)
2
50
0/
370
60
0
79
09
15
50
21
5 (
474
.0
)
2 x 7
10
(5
)
14
45
000
-
C
FW
11
07
95
T
4
H
3ø
79
5
(3
)
875
(4
)
11
93
(4
)
2
70
0/
51
5
79
5
98
51
75
5
637
(3
)
95
6
(4
)
12
75
(4
)
2
55
0/4
00
637
78
24
74
7
213
(4
70
.0
)
2 x 8
0
0
10
51
00
0
-
C
FW
11
08
77
T
4
3ø
87
7
(3
)
96
5
(4
)
13
16
(4
)
2
75
0/
56
0
87
7
10
99
3
75
9
715
(3
)
10
73
(4
)
14
30
(4
)
2
60
0/4
40
715
88
36
751
213
(4
70
.0
)
2 x 8
0
0
10
51
00
0
-
C
FW
11
10
62
T
4
3ø
10
62
(3
)
11
68
(4
)
15
93
(4
)
2
95
0/
70
0
10
62
12
49
8
76
4
85
5
(3
)
12
83
(4
)
17
10
(4
)
2
75
0/
56
0
855
99
16
75
3
22
0 (4
85
.0
)
2 x 9
00
(5
)
14
45
000
-
C
FW
11 1
14
1 T 4
3ø
11
41
12
55
17
12
2
1000
/7
50
11
41
13
558
76
8
94
3
141
5
18
86
2
80
0/5
90
94
3
11
02
2
75
7
22
0 (4
85
.0
)
2 x 9
00
(5
)
14
45
000
-
(1)
S
te
ad
y s
ta
te r
at
ed c
ur
re
nt i
n t
he f
ol
lo
w
in
g c
on
d
iti
on
s:
en
te
r - I
nd
ic
at
ed s
w
itc
hi
ng f
re
q
ue
nc
y. F
or o
p
er
at
io
n w
ith h
ig
he
r s
w
itc
hi
ng f
re
q
ue
nc
ie
s, i
t i
s n
ec
es
sa
ry t
o r
ed
uc
e t
he r
at
ed o
ut
p
ut c
ur
re
nt.
E
nt
er
- A
m
b
ie
nt t
em
p
er
at
ur
e a
ro
un
d t
he i
nv
er
te
r: -
10 °
C t
o 4
5 °
C
(1
4 °
F t
o 1
13 °
F)
. T
he
in
ve
rt
er
ma
y o
p
er
at
e i
n e
nv
iron
me
nt
s w
ith
s
ur
ro
un
d
in
g a
mb
ie
nt
te
mp
er
at
ur
e up
to
5
5 °
C
(13
1 °
F)
if a d
er
at
in
g o
f 2
% i
s a
p
p
lie
d t
o t
he o
ut
p
ut c
ur
re
nt f
or e
ac
h d
eg
re
e C
el
si
us a
b
ov
e 4
5 °
C
(11
3 °
F)
. S
uc
h c
ur
re
nt d
er
at
in
g i
s v
al
id f
or a
ll t
he s
w
itc
hi
ng f
re
q
ue
nc
ie
s.
E
nt
er
- C
FW
-1
1 i
nv
er
te
rs
w
ith
d
eg
re
e o
f p
ro
te
ct
io
n I
P
55
: f
ro
m -
10 º
C t
o 4
0 º
C
(1
4 °
F t
o 1
04 °
F)
- r
at
ed c
on
d
iti
on
s (m
ea
su
re
d a
ro
un
d t
he i
nv
er
te
r).
E
nt
er
- C
FW
-1
1 i
nv
er
te
rs w
ith d
eg
re
e o
f p
ro
te
ct
io
n I
P
55
: f
ro
m 4
0 º
C t
o 5
0 º
C
(1
04 °
F t
o 1
22 °
F)
- a
p
p
ly a c
ur
re
nt d
er
at
in
g o
f 2 % f
or e
ac
h d
eg
re
e C
el
si
us a
b
ov
e 4
0 º
C
.
E
nt
er
-
A
ir
re
la
tiv
e
hu
m
id
ity
: 5
%
to
95
%
no
n-
co
nd
en
si
ng
. E
nt
er
-
Fr
om
10
0
0
m
to
40
0
0
m
-
ap
p
ly
a
cu
rr
en
t d
er
at
in
g
of
1
%
fo
r
ea
ch
10
0
m
ab
ov
e
10
0
0
m
of
al
tit
ud
e.
E
nt
er
-
Fr
om
20
0
0
m
to
40
0
0
m
-
1.
1
%
d
er
at
in
g
of
th
e
m
ax
im
um
vo
lta
ge
(2
40
V
fo
r
m
od
el
s
22
0.
..2
40
V
an
d
48
0
V
fo
r m
od
el
s 3
80
...
48
0 V
) f
or e
ac
h 1
0
0 m a
b
ov
e 2
0
0
0 m
. E
nt
er
- E
nv
iro
nm
en
t w
ith p
ol
lu
tio
n d
eg
re
e 2 (
as p
er E
N
50
17
8 a
nd U
L 5
08
C
).
(2
)
T
he m
ot
or o
ut
p
ut
s a
re o
nl
y f
or g
ui
d
in
g p
ur
p
os
es f
or W
E
G m
ot
or
s o
f 2
30 V o
r 4
60 V w
ith 4 p
ol
es
. T
he p
ro
p
er s
iz
in
g m
us
t b
e d
on
e a
cc
or
d
in
g t
o t
he r
at
ed c
ur
re
nt o
f t
he m
ot
or
s u
se
d.
(3
)
R
at
ed c
ur
re
nt
in p
er
m
an
en
t d
ut
y u
nd
er t
he f
ol
lo
w
in
g c
on
d
iti
on
s:
in
d
ic
at
ed
sw
itc
hi
ng
fr
eq
ue
nc
ie
s. - F
or
op
er
at
io
n w
ith s
w
itc
hi
ng f
re
q
ue
nc
y
of 2
.5
kH
z
(o
nl
y m
od
el
s 2
42 A a
nd 3
12 A
),
a
d
er
at
in
g o
f 1
0 %
m
us
t b
e a
p
p
lie
d t
o t
he s
p
ec
ifi
ed c
ur
re
nt v
al
ue
s. - F
or
fr
am
es F
an
d G
(e
xc
ep
t f
or
m
od
el
s 7
60 A
) o
p
er
at
in
g w
ith s
w
itc
hi
ng f
re
q
ue
nc
y o
f 5
k
H
z, i
t i
s n
ec
es
sa
ry t
o r
ed
uc
e t
he r
at
ed o
ut
p
ut c
ur
re
nt. - I
t i
s n
ot p
os
si
b
le t
o u
se t
he m
od
el
s o
f f
ra
m
es F
, G a
nd H o
f t
he C
FW
-1
1 i
nv
er
te
r w
ith s
w
itc
hi
ng f
re
q
ue
nc
y o
f 1
0 k
H
z. A
m
b
ie
nt t
em
p
er
at
ur
e a
ro
un
d t
he i
nv
er
te
r a
s s
p
ec
ifi
ed
in t
he t
ab
le
. 4
0 º
C t
o 4
5 º
C
(1
04 °
F t
o 1
13 °
F)
fo
r f
ra
m
e G (
on
ly m
od
el 7
20 A
): 2 % o
f c
ur
re
nt d
er
at
in
g f
or e
ac
h d
eg
re
e C
el
si
us a
b
ov
e t
he m
ax
im
um t
em
p
er
at
ur
e s
p
ec
ifi
ed i
n t
he i
te
m a
b
ov
e. 4
0 º
C t
o 4
5 º
C
(1
04 °
F t
o 1
13 °
F)
fo
r f
ra
m
es G (
on
ly m
od
el 7
60 A
) a
nd H
: 1 % o
f c
ur
re
nt d
er
at
in
g
fo
r e
ac
h d
eg
re
e C
el
si
us a
b
ov
e t
he m
ax
im
um t
em
p
er
at
ur
e s
p
ec
ifi
ed i
n t
he i
te
m a
b
ov
e. 4
5 °
C t
o 5
5 °
C
(1
04 °
F t
o 1
31 °
F)
fo
r f
ra
m
es F
, G a
nd H
: 2 % o
f c
ur
re
nt d
er
at
in
g f
or e
ac
h d
eg
re
e C
el
si
us a
b
ov
e t
he m
ax
im
um t
em
p
er
at
ur
e s
p
ec
ifi
ed i
n t
he i
te
m a
b
ov
e. A
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at
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e h
um
id
ity
: 5 % t
o 9
5 %
non
-c
on
d
en
si
ng
. A
lti
tu
d
e:
1
0
0
0 m
(3.
30
0 f
t). A
b
ov
e 1
0
0
0 m u
p t
o 4
0
0
0 m
(3
.3
0
0 f
t t
o 1
3.
20
0 f
t) t
he o
ut
p
ut c
ur
re
nt m
us
t b
e d
er
at
ed b
y 1
% f
or e
ac
h 1
0
0 m
(3
30 f
t)
ab
ov
e 1
0
0
0 m
(3.
30
0 f
t). 2
0
0
0 m t
o 4
0
0
0 m
(6
.6
0
0 f
t t
o 1
3.
20
0 f
t)
ab
ov
e s
ea l
ev
el – d
er
at
in
g o
f 1
.1
% o
f t
he m
ax
im
um
vo
lta
ge f
or e
ac
h 1
0
0
m
(3
30 f
t) a
b
ov
e 2
000
m
(6.
60
0)
. E
nv
iro
nm
en
t w
ith p
ol
lu
tio
n d
eg
re
e 2 (
as p
er E
N
50
17
8 a
nd U
L5
08
C
).
(4
)
T
he m
ot
or o
ut
p
ut
s a
re o
nl
y r
ef
er
en
ce v
al
ue
s f
or W
E
G 4
-p
ol
e 4
60 V m
ot
or
. T
he p
ro
p
er s
iz
in
g m
us
t b
e d
on
e a
cc
or
d
in
g t
o t
he r
at
ed c
ur
re
nt o
f t
he m
ot
or
s u
se
d.
(5
)
F
or t
hi
s a
p
p
lic
at
io
n, t
he f
us
e c
an
no
t b
e m
ou
nt
ed o
n t
he S
FW
m
; o
nl
y o
n t
he i
nd
iv
id
ua
l m
ou
nt
in
g b
as
e.