Normal
ove
rl
o
ad
110
%
for
1
min
u
te
Fre
que
ncy c
onve
rter
Typi
cal Sh
aft
Outp
ut
[kW] at 400V
P110 11
0
P1
32
132
P16
0
16
0
P200 20
0
P2
50
25
0
P3
15
31
5
P3
55
355
P400 40
0
P4
50
45
0
P500 50
0
P560 560
P6
30
63
0
P71
0
71
0
P8
00
80
0
P1
M0
100
0
Typi
cal Sh
aft
Outp
ut
[H
P]
at 460
V
15
0
200
25
0
30
0
35
0
45
0
500
55
0
600
70
0
750
90
0
1000
1200
135
0
IP
00
D3
D3
D4
D4
D4
E2
E2
E2
E2
F1/
F3
F1
/F
3
F1/F3
F1/
F3
F2/
F4
F2
/F4
IP 21 / Nema
1
D1
D
1
D2
D2
D2
E1
E1
E1
E1
F1/
F3
F1/F3
F1/F3
F1/
F3
F2/
F4
F2
/F4
IP
54 / Ne
ma 12
D1
D1
D2
D2
D2
E1
E1
E1
E1
F1/
F3
F1
/F
3
F1/F3
F1/
F3
F2/
F4
F2
/F4
Out
p
u
t c
u
rr
en
t
Co
nt
in
uo
us (3 x 380-
440 V
) [A]
21
2
260
31
5
39
5
48
0
60
0
658
74
5
80
0
88
0
990
11
20
1260
1460
172
0
Inte
rmittent (3 x 38
0-44
0 V
) [A]
23
3
286
34
7
43
5
52
8
66
0
724
82
0
880
96
8
10
89
12
32
1386
1606
189
2
Co
nt
in
uo
us (3 x 4
41-
480V
) [A]
19
0
240
30
2
36
1
44
3
54
0
590
67
8
73
0
78
0
890
10
50
1160
1380
153
0
Inte
rmittent (3 x
441-
480V
) [A]
20
9
264
33
2
39
7
48
7
59
4
649
74
6
803
85
8
979
11
55
1276
1518
168
3
Co
nt
in
uo
us kV
A (400 V
AC) [kV
A]
14
7
180
21
8
27
4
33
3
41
6
456
51
6
55
4
61
0
686
77
6
87
3
1012
119
2
Co
nt
in
uo
us kV
A (460 V
AC) [kV
A]
15
1
191
24
1
28
8
35
3
43
0
470
54
0
582
62
1
709
83
7
924
1100
121
9
Max. cab
le si
ze:
( mo
to
r,
)
[m
m
2
/ A
W
G
2)
]
2x70 2x2
/0
2x18
5
2x3
00 mcm
4x2
40
4x
500 mcm
8x
150
8x
300 mcm
12
x1
50
12
x3
00
m
cm
(mains,
)
[mm
2
/ AW
G
2)
]
2x70 2x2
/0
2x18
5
2x3
00 mcm
4x2
40
4x
500 mcm
8x
240
8x
500 mcm
(l
oad
sh
ari
ng
) [m
m
2
/ A
W
G
2)
]
2x70 2x2
/0
2x18
5
2x3
00 mcm
4x2
40
4x
500 mcm
4x
120
4x
250 mcm
( brake)
[mm
2
/ AW
G
2)
]
2x70 2x2
/0
2x18
5
2x3
00 mcm
2x1
85
2x
350 mcm
4x
185
4x
350 mcm
6x1
85
6x3
50 mcm
Ma
x.
in
pu
t c
u
rr
en
t
Co
nt
in
uo
us (3 x 380-
440 V
) [A]
20
4
251
30
4
38
1
46
3
59
0
647
73
3
78
7
85
7
964
10
90
1227
1422
167
5
Co
nt
in
uo
us (3 x 4
41-
480V
) [A]
18
3
231
29
1
34
8
42
7
53
1
580
66
7
718
75
9
867
10
22
1129
1344
149
0
Max. p
re-fuses
1)
[A
]
30
0
350
40
0
50
0
63
0
70
0
900
90
0
90
0
1600
16
00
20
00
2000
2500
250
0
En
vi
ro
nm
en
t:
Esti
mate
d p
owe
r l
os
s at 400
VAC
at
r
at
ed
m
ax.
lo
ad
[W]
4)
32
34
37
82
4213
511
9
5893
6790
7701
887
9
9670
106
47
1233
8
13201
15
436
18
084
2035
8
Esti
mate
d p
owe
r l
os
s at 460
VAC
at
r
at
ed
m
ax.
lo
ad
[W]
4)
29
47
36
65
4063
465
2
5634
6082
6953
808
9
8803
9414
1100
6
12353
14
041
17
137
1775
2
We
ig
ht e
ncl
os
ure
IP00 [kg]
82
91
11
2
12
3
13
8
22
1
234
23
6
27
7
-
-
-
-
-
-
Wei
ght
encl
osure
I
P 2
1 [kg
]
96
104
12
5
13
6
15
1
26
3
270
27
2
313
1004
10
04
10
04
1004
1246
124
6
We
ig
ht
en
cl
os
ure IP 5
4 [kg]
96
104
12
5
13
6
15
1
26
3
270
27
2
31
3
1299
12
99
12
99
1299
1541
154
1
Effici
ency
3)
0.
98
0.
98
0.
98
0.9
8
0.
98
0.
98
0.
98
0.9
8
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
1)
For
ty
pe of fuse
see
se
ct
ion
Fuses
2)
Am
eri
ca
n
W
ire Gauge
3)
M
easur
ed
usi
ng 5 m scre
ene
d mot
or ca
bl
es
a
t ra
ted
lo
ad
an
d
rat
ed
fre
que
ncy
4)
T
he
ty
pi
ca
l p
owe
r l
os
s i
s a
t n
orma
l lo
ad
co
nd
itio
ns
a
nd
ex
pe
ct
ed
to
b
e w
ith
in
+/
-
15%
(tol
er
an
ce
re
la
tes
to
v
ari
et
y i
n v
oltag
e a
nd c
abl
e c
ond
iti
ons)
.
Va
lu
es
are
base
d
on a
ty
pic
al mot
or e
ffi
ci
en
cy
(
ef
f2
/e
ff3
borde
r l
ine
).
L
owe
r e
ffi
ci
en
cy
moto
rs wi
ll a
lso
add
to
the
po
we
r lo
ss
in
th
e fre
quen
cy
co
nvert
er an
d vice ve
rsa.
If t
he
switchi
ng fre
que
ncy is ra
is
ed fro
m
no
minal
th
e power losses ma
y rise signif
ican
tly.
an
d
typic
al
contro
l ca
rd powe
r con
sumpti
ons a
re
in
cluded.
Fu
rthe
r opti
on
s an
d cust
omer loa
d may
add up to
30 Wa
tts t
o t
he
lo
sse
s.
(Th
ough
typi
call
y only
4
W
atts extra
fo
r
a f
ul
ly l
oa
ded c
ontro
l card o
r
op
tions
fo
r sl
ot
A or
slot
B
, e
ach)
.
Al
thou
gh me
asure
m
en
ts
are
made
w
ith
stat
e o
f t
he
art
equ
ipme
nt, some m
easurement
in
accuracy
mu
st be
a
llo
we
d f
or (
+
/-
5
%
).
10 Specifications
Automation VT Drive FC322
Instruction Manual
170
MG.20.U1.22
10