Normal
o
ver
load 110% for 1 min
u
te
Frequen
cy convert
er
Typical Shaf
t Ou
tput
[kW
]
P4
5K
45
P5
5K
55
P75K
75
P90K
90
P110
110
P1
32
13
2
P16
0
16
0
P200
20
0
P2
50
25
0
P3
15
315
P400
400
P4
50
45
0
P5
00
50
0
P560
56
0
P63
0
63
0
P710
710
P8
00
800
P9
00
90
0
P1
M0
1000
P1
M2
120
0
Typ
ical Shaft
O
utp
ut
[HP
] at 575
V
50
60
75
100
125
15
0
20
0
25
0
30
0
350
400
45
0
50
0
60
0
65
0
750
950
105
0
1150
135
0
IP
0
0
D3
D3
D3
D3
D3
D3
D3
D4
D4
D4
D4
E2
E2
E2
E2
-
-
-
-
-
IP
21 /
Nema
1
D1
D1
D1
D1
D1
D1
D1
D2
D2
D2
D2
E1
E1
E1
E1
F1/
F3
6)
F1/
F3
6)
F1/F3
6)
F2
/
F4
6)
F2/
F4
6)
IP
54 /
Ne
ma
12
D1
D1
D1
D1
D1
D1
D1
D2
D2
D2
D2
E1
E1
E1
E1
F1/
F3
6)
F1/
F3
6)
F1/F3
6)
F1
/
F3
6)
F1/
F3
6)
Ou
tput c
u
rr
ent
Co
nti
nuous (3
x
55
0
V)
[A]
56
76
90
113
137
16
2
20
1
25
3
30
3
360
418
47
0
52
3
59
6
63
0
763
889
98
8
1108
131
7
Interm
ittent (
3 x
5
50
V)
[A]
62
84
99
124
151
17
8
221
27
8
33
3
396
460
51
7
575
65
6
693
839
978
108
7
1219
144
9
Conti
nuo
us (3
x
690V
)
[A]
54
73
86
108
131
15
5
19
2
24
2
29
0
344
400
45
0
50
0
57
0
63
0
730
850
94
5
1060
126
0
Interm
ittent (
3 x
6
90
V)
[A]
59
80
95
119
144
17
1
211
26
6
31
9
378
440
49
5
550
62
7
693
803
935
104
0
1166
138
6
Conti
nuo
us kV
A (
550
VAC
)
[kVA]
53
72
86
108
131
15
4
19
1
24
1
28
9
343
398
44
8
49
8
56
8
60
0
727
847
94
1
1056
125
5
Conti
nuo
us kV
A (
575
VAC
)
[kVA]
54
73
86
108
130
15
4
191
24
1
28
9
343
398
44
8
498
56
8
627
727
847
94
1
1056
125
5
Conti
nuo
us kV
A (
690
VAC
r)
[kVA]
65
87
10
3
129
157
18
5
22
9
28
9
34
7
411
478
53
8
59
8
68
1
75
3
872
10
16
112
9
1267
150
6
Ma
x.
ca
bl
e s
ize
:
(Mains) [mm
2
/ AW
G]
2)
2x
70
2x
2/
0
2x1
85
2x3
00 mcm
4x2
40
4x5
00 mcm
8x
240
8x
500
mc
m
8x
240
8x
500
mcm
(Mo
to
r) [mm
2
/ A
W
G
]
2)
2x
70
2x
2/
0
2x1
85
2x3
00 mcm
4x2
40
4x5
00 mcm
8x
150
8x
300
mc
m
12x
150
12x
300 mcm
(Brake
) [mm
2
/ A
W
G
]
2)
2x
70
2x
2/
0
2x1
85
2x3
00 mcm
2x1
85
2x3
50 mcm
4x
185
4x
350
mc
m
6x
185
6x
350
mcm
Max
. i
n
put
curr
ent
Co
nti
nuous (3
x
55
0
V)
[A]
60
77
89
110
130
15
8
19
8
24
5
29
9
355
408
45
3
50
4
57
4
60
7
743
866
96
2
1079
128
2
Conti
nuo
us (3
x
57
5
V)
[A]
58
74
85
106
124
15
1
189
22
4
28
6
339
390
43
4
482
54
9
607
711
828
92
0
1032
122
7
Co
nti
nuous (3
x
69
0
V)
[A]
58
77
87
109
128
15
5
19
7
24
0
29
6
352
400
43
4
48
2
54
9
60
7
711
828
92
0
1032
122
7
Ma
x.
mains
pre-
fuse
s
1)
[A]
125
160
20
0
200
250
31
5
35
0
35
0
40
0
500
550
70
0
70
0
90
0
90
0
2000
20
00
200
0
2000
200
0
Envi
ronment
:
Estim
ated po
we
r l
oss at
6
90
VA
C
at
r
at
ed
m
ax
.
lo
ad
[W
]
4)
1458
1717
19
13
226
2
2662
343
0
36
12
4292
5156
5821
6149
644
0
72
49
87
27
967
3
11315
12903
145
33
163
75
19207
Estim
ated po
we
r l
oss at
5
75
VA
C
at
r
at
ed
m
ax
.
lo
ad
[W
]
4)
1398
1645
18
27
215
7
2533
296
3
34
30
4051
4867
5493
5852
613
2
69
03
83
43
924
4
10771
12272
138
35
155
92
18281
We
ig
ht e
nclo
sure
I
P0
0 [
kg
]
82
82
82
82
82
82
91
11
2
12
3
138
151
22
1
221
23
6
277
--
-
--
W
eight enclosure IP
21
[kg]
6)
96
96
96
96
96
96
10
4
12
5
13
6
151
165
26
3
26
3
27
2
31
3
1004
10
04
100
4
1246
124
6
W
eight enclosure IP
54
[kg]
6)
96
96
96
96
96
96
10
4
12
5
13
6
151
165
26
3
263
27
2
313
1004
10
04
100
4
1246
124
6
Eff
ici
ency
3)
0.
97
0.
97
0.
98
0.
98
0.9
8
0.9
8
0.
98
0.9
8
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
0.
98
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
an
d c
abl
e co
ndi
tio
ns)
.
Va
lu
es are
ba
sed on a ty
pic
al moto
r
effi
ci
en
cy
(
eff
2/
ef
f3
borde
r li
ne)
.
Lo
we
r
ef
fic
iency motor
s wil
l also add
to the
po
wer
lo
ss
in
the
fr
eque
ncy conve
rter a
nd vic
e versa
.
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.
L
CP
an
d
ty
pic
al
co
nt
ro
l c
ar
d
po
we
r
consu
m
ptio
ns a
re inclu
ded.
Furt
her
options
and cust
om
er
lo
ad
m
ay
a
dd u
p
to
30
[W] to
the losses.
(T
hou
gh t
ypi
ca
lly on
ly
4
[W
] e
xt
ra f
or a
f
ull
y l
oad
ed
contro
l ca
rd,
or
opti
ons
for
slot
A o
r slo
t B,
each
).
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%).
6)
Addi
ng
th
e F-
enclosure
opti
on
cabi
ne
t (re
sul
ting
in
the
F3
an
d
F4 encl
os
ure si
ze
s)
adds
295
kg to the
estim
ate
d we
ig
ht
.
3.1.7
M
ains
Supply 3 x 52
5 -
69
0 VAC
VLT
®
AQUA Drive Design Guide
3 VLT AQUA Selection
MG.20.N5.02 - VLT
®
is a registered Danfoss trademark
49
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...