E
M
C Te
s
t
Res
u
lt
s
(Emis
s
ion)
T
he
foll
owi
ng t
e
st
r
e
su
lts
ha
ve
bee
n ob
tai
ned
usi
ng
a s
y
s
tem
with
a V
L
T
fr
eque
nc
y c
o
n
v
er
te
r (
w
ith
opti
ons
i
f r
e
le
va
nt)
, a
sc
re
e
n
ed co
ntr
o
l
c
a
b
le, a c
ontr
o
l box
wi
th pot
enti
o
me
ter
, as
we
ll
as
a moto
r
a
nd mo
tor
c
a
b
le.
V
L
T
50
01-
50
11/3
80-
5
00V
Emi
s
s
io
n
V
L
T
50
01-
50
06/2
00-
2
40 V
Ba
si
c s
tand
ar
d
E
N
55
011
Cla
s
s
A
1
E
N
55
011
Clas
s
B
1
Se
tu
p
Mot
o
r c
a
b
le
Con
duc
ted
1
50 kHz
-30 M
H
z
Ra
dia
ted
30 M
H
z-
1
G
H
z
Con
duc
ted
1
50 kHz
-30 MHz
Ra
dia
ted
30 MHz
-1
G
H
z
V
L
T 50
00 wi
th RFI
fi
lte
r op
tio
n
300
m
uns
c
re
ene
d/un
ar
mo
ur
ed
Ye
s
3)
No
No
No
50 m
br
.
sc
reene
d/a
rm
our
e
d
(
B
ook
st
yl
e 2
0
m
)
Ye
s
Ye
s
Ye
s
2)
No
150
m b
r.
s
c
re
e
ned
/ar
m
o
u
re
d
Ye
s
1)
Ye
s
1)
No
No
V
L
T 50
00 wi
th RFI
fi
lte
r op
tio
n
(+
si
ne-
wav
e
fil
ter
)
300
m
uns
c
re
ene
d/un
ar
mo
ur
ed
Ye
s
No
No
No
50 m
br
.
s
c
re
e
ned
/ar
m
o
u
re
d
Ye
s
Ye
s
Ye
s
2)
No
150
m b
r.
s
c
re
e
ned
/ar
m
o
u
re
d
Ye
s
Ye
s
No
No
1)
F
o
r
VL
T
501
1/38
0-
500
V
and
V
L
T
50
06/2
00-
24
0 V
th
is
is
onl
y
co
mpl
ied
with
if
a m
a
xi
mu
m br
a
ide
d s
c
re
e
ned
/ar
m
o
u
red
c
abl
e
of
100
m
i
s
us
ed.
2)
Doe
s
n
o
t a
ppl
y t
o
50
11/3
80-
50
0 V
and
50
06/2
00-
2
40
V
3)
Depe
ndi
ng on in
sta
lla
tio
n
co
ndi
tion
s
V
L
T
50
16-
55
52/3
80-
5
00 V
V
L
T
50
08-
50
52/2
00-
2
40 V
V
L
T
50
42-
56
02/5
25-
6
90 V
Emi
s
s
io
n
Ba
si
c s
tand
ar
d
E
N
55
011
Cla
s
s
A
1
E
N
5
5011
Cla
s
s
B
Se
tu
p
Mot
o
r c
a
b
le
Con
duc
ted
1
50 kHz
-30 M
H
z
Ra
dia
ted
30 M
H
z-
1
G
H
z
Con
duc
ted
1
50 kHz
-30 MHz
Ra
dia
ted
30 MHz
-1
G
H
z
V
L
T
50
00
with
out
RF
I fi
lte
r
opti
on
4)
5)
300
u
n
sc
reen
ed/
unar
m
our
e
d
No
No
No
No
150
m b
r. s
c
re
ene
d/ar
m
our
ed
No
Ye
s
6)
No
No
V
L
T
50
00
with
RFI fil
ter
opti
o
n
300
m
uns
c
re
ene
d/un
ar
mo
ur
ed
Ye
s
2)
6)
No
No
No
50 m
br
.
s
c
re
e
ned
/ar
m
o
u
re
d
Ye
s
Ye
s
6)
Ye
s
1)
3)
6)
No
150
m b
r. s
c
re
ene
d/ar
m
our
ed
Ye
s
6)
Ye
s
6)
No
No
1)
Doe
s
n
o
t a
ppl
y t
o
V
L
T
5
122-
5
552
/ 3
80-
5
00
V.
2)
Depe
ndi
ng on in
sta
lla
tio
n
co
ndi
tion
s.
3)
V
L
T
5
032
-5
052
/ 20
0-
240
V
with
ex
ter
n
a
l
fil
ter
.
4)
V
L
T
5
122
-5
552
, 38
0-
500
V
, ful
fil
s c
la
s
s
A
-2 at
50 m
s
c
re
e
ned
ca
ble
wi
thou
t RF
I fi
lte
r (
ty
pec
od
e
R0)
.
5)
V
L
T
5
042
-5
352
, 52
5-
690
V
, ful
fil
s c
la
s
s
A
2
a
t 150
m s
c
re
ene
d c
abl
e wi
thou
t RF
I fi
lte
r (
R
0)
, an
d c
las
s
A
1
at
30
m
s
c
re
ene
d c
a
b
le
wit
h
RF
I fi
lte
r (
R
1)
.
V
L
T
54
02-
56
02,
525
-6
90 V
,
fulf
ils
A
2
a
t 150
m
sc
reene
d c
abl
e
with
out
RF
I
fil
ter
(
R
0)
6)
Doe
s
n
o
t a
ppl
y t
o
V
L
T
5
042-
5
602
, 5
25-
69
0
V.
In o
rder
to
mi
nim
is
e
th
e c
ond
uc
ted n
o
is
e
to th
e ma
in
s s
upp
ly
and
the
r
adi
ated
noi
se
fr
om
the
fr
equ
enc
y
con
v
e
rter
S
Y
S
T
E
M
, the
mo
to
r
ca
ble
s
s
h
o
u
ld
be as s
hor
t as
p
o
s
s
ib
le
a
nd the s
c
re
e
n
end
s sh
oul
d be ma
de in ac
c
o
rdan
ce
wi
th the s
e
ct
ion
o
n
e
lec
tr
ic
al
i
n
s
ta
ll
VLT
®
5000 Design Guide
124
MG.52.B2.02 - VLT
®
is a registered Danfoss trademark
