E
N
T
E
C
H
N
IC
A
L
D
A
T
A
W
e
ight
k
g
0
.1
0
S
uppl
y
v
ol
ta
ge
A
C
@
5
0
H
z
2
3
0
+
/-
1
0
%
S
uppl
y
v
ol
ta
ge
D
C
N
/A
P
ow
e
r
c
ons
um
pt
ion
O
N
m
W
7
4
0
P
ow
e
r
c
ons
um
pt
ion
O
FF
m
W
2
6
0
Te
rm
in
a
lC
a
p
a
ci
ty
2
.5
m
m
²
C
a
b
le
N
/A
M
in
loa
d
1
0
0
m
A
M
a
x
loa
d
R
e
si
st
iv
e
a
n
d
in
ca
n
d
e
sc
e
n
t
lig
h
tin
g
1
0
A
R
e
si
st
iv
e
a
n
d
flu
o
re
sc
e
n
t
lig
h
tin
g
6
A
C
o
m
p
a
ct
flu
o
re
sc
e
n
tl
ig
h
tin
g
3
A
Fl
u
o
re
sc
e
n
tl
ig
h
tin
g
6
fit
tin
g
s
m
a
x
L
E
D
lig
h
tin
g
3
A
L
o
w
vo
lta
g
e
:
lig
h
tin
g
(s
w
itc
h
p
ri
m
a
ry
o
f
tr
a
n
sf
o
rm
e
r)
3
A
su
p
p
ly
w
ith
re
la
y
o
u
tp
u
t
N
/A
su
p
p
ly
w
ith
o
p
e
n
co
lle
ct
o
r
o
u
tp
u
t
N
/A
Fa
n
s
a
n
d
ve
n
til
a
tio
n
e
q
u
ip
m
e
n
t
3
A
M
a
x
pow
e
r
fa
c
tor
c
or
re
c
ti
on
c
a
pa
c
it
a
nc
e
4
0
μ
F
P
ur
pos
e
S
e
n
si
n
g
co
n
tr
o
l
C
ons
tr
uc
ti
on
In
d
e
p
e
n
d
e
n
tly
m
o
u
n
te
d
co
n
tr
o
lf
o
r
flu
sh
m
o
u
n
tin
g
Ty
pe
of
a
c
ti
on
Ty
p
e
1
.B
a
ct
io
n
(m
ic
ro
d
is
co
n
n
e
ct
io
n
)
P
ol
lut
ion
D
e
g
re
e
2
S
of
tw
a
re
C
la
ss
A
R
a
te
d
im
pul
s
e
v
ol
ta
ge
4
0
0
0
V
Te
m
pe
ra
tur
e
ºC
-1
0
to
3
0
H
um
idi
ty
5
to
9
5
%
n
o
n
-c
o
n
d
e
n
si
n
g
M
a
te
ri
a
l(
c
a
s
ing)
Fl
a
m
e
re
ta
rd
a
n
tA
B
S
a
n
d
P
C
/A
B
S
IP
ra
ti
ng
IP
4
0
C
om
pl
ia
nc
e
E
M
C
-2
0
0
4
/1
0
8
/E
C
,L
V
D
-2
0
0
6
/9
5
/E
C
D
E
T
E
C
H
N
IS
C
H
E
D
A
T
E
N
G
e
w
ic
ht
k
g
0
,1
0
V
e
rs
or
gungs
s
pa
nnung
A
C
be
i5
0
H
z
2
3
0
+
/-
1
0
%
V
e
rs
or
gungs
s
pa
nnung
D
C
N
/A
S
tr
om
v
e
rbr
a
uc
h
A
N
m
W
7
4
0
S
tr
om
v
e
rbr
a
uc
h
A
U
S
m
W
2
6
0
L
e
ite
rk
a
p
a
zi
tä
t
2
.5
m
m
²
K
a
b
e
l
N
/A
M
in.
La
s
t
1
0
0
m
A
M
a
x
.La
s
t
W
id
e
rs
ta
n
d
sf
ä
h
ig
e
G
lü
h
la
m
p
e
n
1
0
A
W
id
e
rs
ta
n
d
sf
ä
h
ig
e
N
e
o
n
b
e
le
u
ch
tu
n
g
6
A
K
o
m
p
a
kt
e
N
e
o
n
b
e
le
u
ch
tu
n
g
3
A
N
e
o
n
b
e
le
u
ch
tu
n
g
M
a
x.
6
A
n
sc
h
lü
ss
e
L
E
D
-B
e
le
u
ch
tu
n
g
3
A
N
ie
d
e
rs
p
a
n
n
u
n
g
:
B
e
le
u
ch
tu
n
g
(S
ch
a
ltu
n
g
a
u
fd
e
r
P
ri
m
ä
rs
e
ite
d
e
s
Tr
a
n
sf
o
rm
a
to
rs
)
3
A
V
e
rs
o
rg
u
n
g
m
it
R
e
la
is
-A
u
sg
a
n
g
N
/A
V
e
rs
o
rg
u
n
g
m
it
O
p
e
n
-C
o
lle
ct
o
r-
A
u
sg
a
n
g
N
/A
V
e
n
til
a
to
re
n
u
n
d
L
ü
ftu
n
g
ss
ys
te
m
e
3
A
M
a
x
.K
a
pa
zi
tä
t
de
r
B
lindl
e
is
tungs
k
om
pe
ns
a
ti
on
4
0
μ
F
Zw
e
c
k
S
te
u
e
ru
n
g
B
a
uw
e
is
e
S
e
p
a
ra
tm
o
n
tie
rt
e
S
te
u
e
ru
n
g
fü
r
b
ü
n
d
ig
e
M
o
n
ta
g
e
A
k
ti
ons
a
rt
A
kt
io
n
st
yp
1
.B
(M
ik
ro
-A
b
sc
h
a
ltu
n
g
)
V
e
rs
c
hm
ut
zung
G
ra
d
2
S
of
tw
a
re
K
la
ss
e
A
B
e
m
e
s
s
ungs
s
toßs
pa
nnung
4
0
0
0
V
Te
m
pe
ra
tur
ºC
-1
0
b
is
+
3
0
Fe
uc
ht
igk
e
it
5
b
is
9
5
%
n
ic
h
t-
ko
n
d
e
n
si
e
re
n
d
M
a
te
ri
a
l(
G
e
hä
us
e
)
B
ra
n
d
ve
rz
ö
g
e
rn
d
e
s
A
B
S
u
n
d
P
C
/A
B
S
IP
ra
ti
ng
IP
4
0
C
om
pl
ia
nc
e
E
M
C
-2
0
0
4
/1
0
8
/E
C
,L
V
D
-2
0
0
6
/9
5
/E
C
E
S
D
A
T
O
S
T
É
C
N
IC
O
S
P
e
s
o
(k
g)
0
,1
0
V
ol
ta
je
de
e
nt
ra
da
de
C
A
a
5
0
H
z
2
3
0
+
/-
1
0
%
V
ol
ta
je
de
e
nt
ra
da
de
C
C
N
/A
C
ons
um
o
e
ne
rgé
ti
c
o
e
n
e
nc
e
ndi
do
e
n
m
W
7
4
0
C
ons
um
o
e
ne
rgé
ti
c
o
e
n
a
pa
ga
do
e
n
m
W
2
6
0
C
a
p
a
ci
d
a
d
d
e
lt
e
rm
in
a
l
2
.5
m
m
²
C
a
b
le
N
/A
C
a
rga
m
ín.
1
0
0
m
A
C
a
rga
m
á
x
Ilu
m
in
a
ci
ó
n
in
ca
n
d
e
sc
e
n
te
y
re
si
st
iv
a
1
0
A
Ilu
m
in
a
ci
ó
n
flu
o
re
sc
e
n
te
y
re
si
st
iv
a
6
A
Ilu
m
in
a
ci
ó
n
flu
o
re
sc
e
n
te
co
m
p
a
ct
a
3
A
Ilu
m
in
a
ci
ó
n
flu
o
re
sc
e
n
te
m
á
x.
6
co
n
e
ct
o
re
s
d
e
ilu
m
in
a
ci
ó
n
Ilu
m
in
a
ci
ó
n
L
E
D
3
A
B
a
jo
vo
lta
je
:
ilu
m
in
a
ci
ó
n
(i
n
te
rr
u
p
to
r
p
ri
m
a
ri
o
d
e
l
tr
a
n
sf
o
rm
a
d
o
r)
3
A
su
m
in
is
tr
o
co
n
sa
lid
a
d
e
re
lé
N
/A
su
m
in
is
tr
o
co
n
sa
lid
a
d
e
co
le
ct
o
r
a
b
ie
rt
o
N
/A
E
q
u
ip
o
d
e
ve
n
til
a
ci
ó
n
y
ve
n
til
a
d
o
re
s
3
A
C
a
pa
c
it
a
nc
ia
m
á
x
.de
c
or
re
c
c
ión
de
l
fa
c
tor
de
pot
e
nc
ia
4
0
μ
F
Fi
na
lida
d
C
o
n
tr
o
ld
e
se
n
so
re
s
C
ons
tr
uc
c
ión
C
o
n
tr
o
li
n
st
a
la
d
o
d
e
fo
rm
a
in
d
e
p
e
n
d
ie
n
te
p
a
ra
in
st
a
la
ci
ó
n
a
ra
s
Ti
po
de
a
c
c
ión
A
cc
ió
n
d
e
tip
o
1
.B
(m
ic
ro
d
e
sc
o
n
e
xi
ó
n
)
C
ont
a
m
ina
c
ión
G
ra
d
o
2
S
of
tw
a
re
C
la
se
A
V
ol
ta
je
nom
ina
lde
im
pul
s
o
4
0
0
0
V
Te
m
pe
ra
tur
a
(°
C
)
d
e
-1
0
a
3
0
H
um
e
da
d
D
e
l5
a
l9
5
%
si
n
co
n
d
e
n
sa
ci
ó
n
M
a
te
ri
a
l(
c
a
rc
a
s
a
)
A
B
S
y
P
C
/A
B
S
re
ta
rd
a
n
te
s
d
e
lla
m
a
G
ra
do
de
pr
ot
e
c
c
ión
IP
IP
4
0
C
onf
or
m
ida
d
c
on
nor
m
a
ti
v
a
s
2
0
0
4
/1
0
8
/C
E
(C
E
M
),
2
0
0
6
/9
5
/C
E
(D
B
T)
