Normal
o
ver
load 110% for 1 min
u
te
Frequen
cy convert
er
Typical Sha
ft
Ou
tput [kW
] at 400
V
P1
10
11
0
P132 132
P160 16
0
P200 200
P25
0
25
0
31
5
P4
00
400
P4
50
450
P500 50
0
P560 560
P630 630
P710 71
0
P8
00
800
P1
M0
1000
Typical Sha
ft
Ou
tput [HP] a
t 46
0V
15
0
200
25
0
300
35
0
45
0
550
600
65
0
750
900
10
00
12
00
1350
IP
0
0
D3
D3
D4
D4
D4
E2
E2
E2
F1/
F3
F1/
F3
F1/
F3
F1/F
3
F2/F
4
F2/
F4
IP
21 /
Nema
1
D1
D1
D2
D2
D2
E1
E1
E1
F1/
F3
F1/
F3
F1/
F3
F1/F
3
F2/F
4
F2/
F4
IP
54 /
Ne
ma
12
D1
D1
D2
D2
D2
E1
E1
E1
F1/
F3
F1/
F3
F1/
F3
F1/F
3
F2/F
4
F2/
F4
Ou
tput c
u
rr
ent
Continuou
s (3 x 380
-4
40
V)
[A]
21
2
260
31
5
395
48
0
60
0
745
800
88
0
990
1120
12
60
14
60
1720
In
te
rmi
tt
ent
(3 x
380-
440 V
) [A]
233
286
34
7
435
52
8
66
0
820
880
96
8
1089
1232
13
86
16
06
1892
Co
ntinuo
us
(3 x
441
-480
V) [
A]
19
0
240
30
2
361
44
3
54
0
678
730
78
0
890
1050
11
60
13
80
1530
In
te
rmi
tt
ent
(3
x 441
-48
0V)
[A]
209
264
33
2
397
48
7
59
4
746
803
85
8
979
1155
12
76
15
18
1683
Continuou
s kVA
(40
0 VAC) [
kVA]
14
7
180
21
8
274
33
3
41
6
516
554
61
0
686
776
87
3
10
12
1192
Continuou
s kVA
(46
0 VAC) [
kVA]
15
1
191
24
1
288
35
3
43
0
540
582
62
1
709
837
92
4
11
00
1219
M
ax
. ca
bl
e
si
ze:
( mo
tor,
) [mm
2
/ AW
G
2)
]
2x
70
2x
2/
0
2x
185
2x
300 mcm
4x
24
0
4x50
0 m
cm
8x
150
8x
300
mc
m
12
x1
50
12x3
00 mcm
(m
ai
ns, ) [mm
2
/ AW
G
2)
]
2x7
0
2x
2/0
2x18
5
2x30
0 mcm
4x
240
4x
500 mcm
8x
240
8x50
0 m
cm
(l
oa
dsha
ring)
[mm
2
/ AW
G
2)
]
2x7
0
2x
2/0
2x18
5
2x30
0 mcm
4x
240
4x
500 mcm
4x
120
4x25
0 m
cm
( b
rake
) [mm
2
/ AW
G
2)
]
2x7
0
2x
2/0
2x18
5
2x30
0 mcm
2x
185
2x
350 mcm
4x1
85
4x3
50 mcm
6x18
5
6x3
50 mcm
Max
. i
n
put
curr
ent
Continuou
s (3 x 380
-4
40
V)
[A]
20
4
251
30
4
381
46
3
59
0
733
787
85
7
964
1090
12
27
14
22
1675
Co
ntinuo
us
(3 x
441
-480
V) [
A]
183
231
29
1
348
42
7
53
1
667
718
75
9
867
1022
11
29
13
44
1490
Ma
x.
p
re-
fu
se
s
1)
[A]
30
0
350
40
0
500
63
0
70
0
900
900
1600
1600
2000
20
00
25
00
2500
En
viron
m
en
t:
Es
timated
po
w
er lo
ss at
40
0
VA
C
at
rate
d ma
x.
lo
ad
[W]
4)
323
4
3782
4213
511
9
5893
679
0
88
79
9670
10
647
12
338
1320
1
154
36
180
84
20
358
Es
timated
po
w
er lo
ss at
46
0
VA
C
at
rate
d ma
x.
lo
ad
[W]
4)
294
7
3665
40
63
465
2
56
34
6082
80
89
8803
9414
11
006
1235
3
140
41
171
37
17
752
Weight
en
cl
osure
IP00
[kg]
82
91
11
2
123
13
8
22
1
236
277
-
-
-
-
-
-
We
ig
ht
e
nc
lo
sure IP
21 [kg
]
96
104
12
5
136
15
1
26
3
272
313
1004
1004
1004
10
04
12
46
1246
Weight
en
cl
osure
IP 54 [kg]
96
104
12
5
136
15
1
26
3
272
313
1299
1299
1299
12
99
15
41
1541
Ef
ficiency
3)
0.
98
0.
98
0.9
8
0.
98
0.
98
0.
98
0.
98
0.
98
0.9
8
0.
98
0.9
8
0.
98
0.
98
0.
98
1)
Fo
r
type of fuse see
section
Fuses
2)
Ameri
can
Wire
Gauge
3)
Me
asure
d u
sing
5 m scree
ned moto
r cabl
es
at
rat
ed
lo
ad
an
d
rate
d
fre
quen
cy
4)
T
he t
ypi
ca
l pow
er
loss
is a
t n
or
m
al
lo
ad
co
nd
iti
on
s a
nd
ex
pec
te
d t
o b
e w
ith
in
+
/-
1
5%
(
tol
er
an
ce
r
ela
te
s
to
var
iet
y
in
vol
tag
e a
nd c
ab
le
co
nd
itio
ns).
Va
lu
es a
re
base
d o
n a
typ
ical
moto
r e
ffi
cien
cy
(
ef
f2
/ef
f3
b
orde
r li
ne
).
Lo
we
r ef
fici
ency
motors
wi
ll al
so a
dd
to
the
pow
er
lo
ss
in
the
frequency con
verte
r and
vi
ce ve
rsa.
If
t
he
sw
itc
hin
g fr
eq
ue
nc
y
is r
ai
sed fr
om
n
om
in
al t
he
pow
er
lo
sses m
ay r
ise
sign
ifi
can
tly.
LCP and
typi
cal
cont
rol
card
p
owe
r
consumptions
are
incl
ude
d.
Furth
er o
ptions a
nd
customer
lo
ad
may a
dd
up
to 30 W
att
s to
the
lo
sses.
(Thou
gh t
ypica
lly on
ly
4
Wat
ts e
xt
ra f
or a
f
ul
ly
loaded c
ontro
l card o
r
op
tions fo
r sl
ot
A or
slo
t B, e
ach).
Al
th
ough mea
sureme
nts a
re
m
ade
with
state
o
f th
e a
rt e
quipmen
t,
s
ome measurem
ent
in
ac
cu
racy must
be all
ow
ed f
or (+/- 5%).
3 VLT AQUA Selection
VLT
®
AQUA Drive Design Guide
46
MG.20.N5.02 - VLT
®
is a registered Danfoss trademark
3
Содержание VLT AQUA Drive Series
Страница 38: ...3 VLT AQUA Selection VLT AQUA Drive Design Guide 38 MG 20 N5 02 VLT is a registered Danfoss trademark 3...
Страница 106: ...5 How to Install VLT AQUA Drive Design Guide 106 MG 20 N5 02 VLT is a registered Danfoss trademark 5...
Страница 150: ...5 How to Install VLT AQUA Drive Design Guide 150 MG 20 N5 02 VLT is a registered Danfoss trademark 5...
Страница 168: ...7 RS 485 Installation and Set up VLT AQUA Drive Design Guide 168 MG 20 N5 02 VLT is a registered Danfoss trademark 7...
Страница 194: ...8 Troubleshooting VLT AQUA Drive Design Guide 194 MG 20 N5 02 VLT is a registered Danfoss trademark 8...