5. General Specifications
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]
P110 11
0
P132 13
2
P160 16
0
P20
0
200
P25
0
250
P315 31
5
P3
55
355
P4
00
40
0
P4
50
450
Typi
cal Sh
aft
Outp
ut
[H
P]
at 460
V
15
0
20
0
25
0
300
350
45
0
500
55
0
600
IP
00
D3
D3
D4
D4
D4
E2
E2
E2
E2
IP
21
D1
D1
D2
D2
D2
E1
E1
E1
E1
IP
54
D1
D1
D2
D2
D2
E1
E1
E1
E1
Out
p
u
t c
u
rr
en
t
Co
nti
nuous (3
x
4
00
V)
[A]
21
2
26
0
31
5
395
480
60
0
658
74
5
800
Inte
rm
itte
nt (
3 x
4
00
V)
[A]
23
3
28
6
34
7
435
528
66
0
724
82
0
880
Co
nti
nuous (3
x
4
60-
500
V)
[A]
19
0
24
0
30
2
361
443
54
0
590
67
8
730
Interm
ittent (
3 x
460
-500
V)
[A]
20
9
26
4
33
2
397
487
59
4
649
74
6
803
Conti
nuo
us
kV
A (400 V AC) [
kV
A]
14
7
18
0
21
8
274
333
41
6
456
51
6
554
Conti
nuo
us
kV
A (460 V AC) [
kV
A]
15
1
19
1
24
1
288
353
43
0
470
54
0
582
Max. cab
le
size:
(li
ne p
ow
er,
mo
to
r,
br
ak
e)
[mm
2
/ AW
G]
2)
2x
70
2x
2/0
2x
185
2x
350 mcm
4x
240
4x
500 mcm
Ma
x.
in
pu
t c
u
rr
en
t
Co
nt
inuous (3 x 400 V
) [A]
20
4
25
1
30
4
381
463
59
0
647
73
3
787
Cont
inuo
us (3 x 46
0/5
00V) [A]
18
3
23
1
29
1
348
427
53
1
580
66
7
718
Max. p
re-fuses
1)
[A
]
30
0
35
0
40
0
500
600
70
0
900
90
0
900
En
vi
ron
m
en
t
Es
timat
ed po
we
r
lo
ss
at
rat
ed
m
ax.
lo
ad
[W]
4)
32
34
37
82
42
13
5119
5893
76
30
7701
88
79
942
8
W
ei
ght
en
cl
os
ur
e IP
0
0 [
kg]
81
.9
90
.5
11
1.8
122.
9
137.
7
22
1.4
234.
1
23
6.4
277
.3
Wei
gh
t encl
os
ur
e IP
2
1 [kg]
95
.5
10
4.1
12
5.4
136.
3
151.
3
26
3.2
270.
0
27
2.3
313
.2
W
ei
ght
en
cl
os
ur
e IP
5
4 [
kg]
95
.5
10
4.1
12
5.4
136.
3
151.
3
26
3.2
270.
0
27
2.3
313
.2
Efficien
cy
3)
0.
98
0.
98
0.
98
0.9
8
0.9
8
0.
98
0.9
8
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
asu
red
us
in
g 1
6.
4 f
t.
[5
m]
sh
ie
lde
d m
ot
or
c
able
s a
t r
at
ed
lo
ad
an
d r
at
ed
fr
eq
ue
nc
y.
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
cal con
trol card p
ow
er
consump
tio
n va
lue
s are
in
clud
ed.
Furt
her
opti
ons
and
custome
r l
oad
may
add
up
to
30
W t
o th
e
lo
sses.
(th
oug
h
typi
ca
lly o
nly 4
W
e
xtra
for a
full
y lo
ad
ed
con
trol
card
, o
r op
tio
ns f
or sl
ot
A or
slot
B,
ea
ch
).
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
%
).
VLT
®
HVAC DRIVE High Power
Instruction Manual
5. General Specifications
MG.11.F1.22 - VLT
®
is a registered Danfoss trademark.
117
5