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Normal
ove
rl
o
ad
110
%
for
1
min
u
te
Ad
ju
st
ab
le fr
eq
ue
nc
y dr
ive
Typi
cal Sha
ft Outpu
t [kW]
P11
0
11
0
P1
32
13
2
P160 160
P200 200
P250 250
P3
15
31
5
P3
55
355
P400 400
P450 450
Typi
cal Sh
aft
Outp
ut
[HP
] at
460 V
150
20
0
250
300
350
45
0
500
550
600
IP
00
D3
D3
D4
D4
D4
E2
E2
E2
E2
IP
21 / Nema
1
D1
D1
D2
D2
D2
E1
E1
E1
E1
IP
54 / Ne
ma 12
D1
D1
D2
D2
D2
E1
E1
E1
E1
Out
p
u
t c
u
rr
en
t
Co
ntinuous (3 x 380–
400 V
) [A]
21
2
26
0
315
395
480
60
0
658
745
800
In
te
rmi
tte
nt
(3 x 3
80–40
0 V
) [A]
23
3
286
347
435
528
66
0
724
820
880
Co
ntinuous (3 x 401–
480 V
) [A]
19
0
24
0
302
361
443
54
0
590
678
730
In
te
rmi
tte
nt
(3 x 4
01–48
0 V
) [A]
20
9
264
332
397
487
59
4
649
746
803
Continuo
us kVA (40
0
V AC) [kVA
]
14
7
18
0
218
274
333
41
6
456
516
554
Continuo
us kVA (46
0
V AC) [kVA
]
15
1
19
1
241
288
353
43
0
470
540
582
Max. ca
bl
e
si
ze:
(l
ine power,
moto
r, bra
ke) [mm
2
/ AW
G
]
2)
2x7
0
2x2
/0
2x1
85
2x3
50 mcm
4x
240
4x
500
mc
m
Ma
x.
in
pu
t c
u
rr
en
t
Co
nt
inuous (3 x 380–
400 V
) [A]
20
4
25
1
304
381
463
59
0
647
733
787
Co
nt
inuous (3 x 401–
480 V
) [A]
18
3
23
1
291
348
427
53
1
580
667
718
Max. p
re-fuses
1)
[A
]
30
0
35
0
400
500
600
70
0
900
900
900
En
vi
ron
m
en
t
Es
timat
ed po
we
r loss
at
rat
ed
m
ax.
lo
ad
[W]
4)
3234
37
82
4213
511
9
5893
763
0
77
01
8879
9428
W
ei
ght
en
cl
os
ur
e IP
00
[
kg
]
81
.9
90.
5
111.
8
12
2.
9
137.
7
221
.4
23
4.1
236.
4
277.
3
Wei
gh
t encl
os
ur
e IP
21 [kg
]
95
.5
104.
1
125.
4
136.
3
151.
3
263
.2
27
0.0
272.
3
313.
2
W
ei
ght
en
cl
os
ur
e IP
54
[
kg
]
95
.5
104.
1
125.
4
13
6.
3
151.
3
263
.2
27
0.0
272.
3
313.
2
Effici
en
cy
3)
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
1)
For
ty
pe of fuse
,
se
e section
Fu
ses
2)
Am
eri
ca
n
W
ire Gauge
3)
Me
asur
ed
using
1
6.
4 f
t [
5 m]
shi
el
ded
moto
r cab
les
at
rate
d
loa
d a
nd
ra
ted
fr
eque
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
t
he
ad
ju
st
ab
le
f
req
ue
nc
y
dr
iv
e a
nd
v
ic
e v
er
sa
.
If t
he
switchi
ng fre
que
ncy is ra
is
ed fro
m
no
minal, the po
we
r losse
s
ma
y rise
signific
an
tly.
LCP an
d ty
pi
ca
l control card p
ow
er consumpti
on
s ar
e incl
uded
. Furt
her
opti
ons
and
custo
m
er
lo
ad
ma
y add
up to 3
0 W
to
th
e
losse
s.
(t
ho
ugh
typ
ical
ly onl
y
4W
extra for a fu
lly loa
ded
co
ntrol
card,
or opt
ion
s f
or
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
VLT
®
AQUA Drive
Instruction Manual
10-8
MG.20.M5.22 - VLT
®
is a registered Danfoss trademark
10
Содержание vlt aqua
Страница 4: ...Contents VLT AQUA Drive Instruction Manual MG 20 M5 22 VLT is a registered Danfoss trademark...
Страница 12: ...2 Safety VLT AQUA Drive Instruction Manual 2 6 MG 20 M5 22 VLT is a registered Danfoss trademark 2...
Страница 16: ...3 Introduction VLT AQUA Drive Instruction Manual 3 4 MG 20 M5 22 VLT is a registered Danfoss trademark 3...