112
Caratteristiche del ventilatore
MMD-AP0306BHP(1)-E
MMDM-ADP-A0P3063B06HB-EH-E
140 140
MMD-AP0366BHP(1)-E
MMDM-ADP-A0P36063B66HB-EH-E
3
3
3
3
3
3
100
80
L
B
o
a
w
s
t
s
a
a
p(
(
12
2
0
0
P
P
a)
a)
40 40
60
20 20
40
0
0
630 630
Bas
(
s
1
a
00
(1
P
0
a)
0Pa)
100
High tHapigh tap
Bassa (120Pa)
Bassa (100Pa)
H
B
i
a
g
s
h
s
tH
B
api
a
g
(s6
h6
s5
taPpa
(
)
6)5
Pa)
)
140 140
MMD-AP0466BH-E, AP0566BH-E
U
L
p
im
pe
it
rU
eL
lpi
i
m
s
p
u
iet
itp
ro
e
l
e
fim
sriu
i
o
t
pr
o
e
f
rdioerleladperlelasspiorensesione
e
s
x
t
t
a
e
t
r
i
n
c
e
s
ax
t
lt
a
es
et
r
si
an
ct
a
e
icl
r
s
en
t
sate
i
(
c
1rn2a0P(1a2)0Pa)
pessupre(s1s2u0reP(a1)20Pa)
120 120
140
100 100
U
L
p
im
pe
it
r
e
lim
su
it
p
o
e
f
riore della pressione
120
80 80
100
80
40 40
60
H
B
ig
a
h
s
t
s
Ha
Ba
pig
a
(
(
h1
s1
2t
s2
a0
a0
pP(
P
a
(
1)
a
2
2)
0
0
P
P
a)
a)
Standard air volume : 2100m
3
/h 3
L
B
o
a
w
ss
tap
(
120Pa
a
)
)
60 60
Bassa (100Pa)
H
B
i
a
g
s
h
s
tH
B
api
a
g
(s
h
6s
5taPpa
(
)
6)
5Pa)
)
830 830
10301030
12301230
14301430
(30Pa)
0
20
0
(40Pa)
20
3
3
AirvoAliurmvoel(u
m
e/
3
h()
m
/
3
h)
900 1100110013001300150015001700170019001900210021002300230025002500
High tap(30Pa)
0
3
MMDM-ADP-A0P46064B66HB-EH,-EA,PA
P
0
o
P5
rt
6
a
0
A
t
65
a
ir
B6
v
d
o
'
6
a
H
lu
r
B
m
i
-
a
e
EH
(
(
m
-
/
E
con filtro standard
630
830
1030
1230
1100
1300
1500
1700
1900
2100
2300
2500
PortPaotartadt'arida'a(rmia /(hm) /h)
3
3
3
Po
A
r
ir
tPa
v
ot
oA
ar
liur
tad
mv
t'
oe
a
l(u
r
m
id
m
a'
e
a
/h(
r
)m
ia
/
/
h
(h
)
m) /h)
Bassa
(30Pa)
PortPatoartda’tarida’anroiamninoamlein: a2l1e0:02m10/0hm /h
MMD-AP0466BHP(1)-E, AP0566BHP(1)-E
LowerLloimwietrolfimit of
LimitiLinmf
e
it
x
ri
t
i
e
ion
r
r
n
fe
ax
r
l
d
t
i
es
oe
tr
r
a
l
n
el
t
a
icl
dp
s
er
ta
lel
t
as
ic
spiorensesione
staticsataet
p
sic
e
tae
ss
re
u
n
pr
sa
e
t
(
e
s
(
1s
1r
2u
n2
0r
a0
eP
P
(a1
a
)2
2)
0
0
P
P
a
a
)
)
H
B
H
i
a
g
ig
s
h
h
s
t
B
a
tHa
p
a(
pi
(
g
s6
(h4
s
5
B
0
a
P
t
P
aP
a
pa
)
s
(
)
4
s
0
a
Pa)
(40Pa(4)0Pa)
High tHapigh tap
p
c
r
o
e
n
ss
fi
up
lct
r
o
e
on
sl
s
os
fti
us
alt
sr
nr
e
oda
l
s
o
rt
s
ad
s
ndard
B
(
a
3
s
0
s
P
Ba
(
a
)3
s
0
s
P
a
)
20 20S
P
t
e
a
r
n
d
d
i
S
t
a
Pa
tr
e
ad
r
n
id
fdi
ci
l
t
at
a
errd
idcio
fi
c
lt
a
e
r
r
ico
40
(30Pa(3)0Pa)
0
0
100010001200120014001400160016001800180020002000220022002400240026002600
20
S
P
t
e
a
r
n
d
d
it
ard
i
fi
c
lt
a
e
r
r
ico
p
c
r
o
e
n
ss
fi
u
lt
re
o
l
s
o
t
s
a
s
ndard
PortPaotartadt'arida'a(rmia /(hm) /h)
1600
1800
2000
Air volume(m
3
/
3
h)
Portata d'aria (m /h)
High tap
(30Pa)
0
1000
1200
1400
2200
2400
2600
PortPatoartda’tarida’anroiamninoamlein: a1l2e6:01m26/0hm /h
StanSd
P
ta
o
rnd
r
d
t
a
Pa
i
to
r
a
d
r
v
td
oa
’
li
t
ur
a
m
r
v
id
o
a
e
’
lu
an
:m
ro
1
iam
e92
n
:
in
0
o
1m
am
9
l
2
ei
/
n
0
:
hm
a1l9e2
/
:
h
01m92/0hm /h
3
3
Air voAliurmvoel(u
m
e/
3
h()m /
3
h)
Bassa
(30Pa)
LowerLloimwietrolfimit of
LimitiLinmfeitri
e
iio
x
nr
t
fe
r
r
n
d
e
io
a
e
xl
r
t
l
s
ela
tran
dp
tai
e
c
r
l
le
s
las
ta
sp
t
i
c
orensesione
140 140
LimiteLimsuitpeesriuoprerdioerleladperlelasspiorensesione
MMD-AP
L
0
im
3
iteL
6
ims
6
uitpe
B
esriu
H
opre
-
rd
E
ioerleladperlelasspiorensesione
MMD-AP0306BH-E
staticsataetsicta
p
e
e
ren
s
sa
u
t
p
e(
r
1
e
rn
(s
2
1s
a0
2u
P
0
(
r
1
eP
a
(
2
a
)
1
0
)2
P
0P
a
a
)
)
UpperUlpimpietrolfimit of
UpperUlpimpietrolfimit of
LowerLloimwietrolfimit of
LimitiLinm
e
f
x
ei
te
ri i
r
io
ne
r
a
f
x
e
ltes
rdi
tr
o
a
e
n
r
ta
l
i
el
c
a
l s
dp
ta
er
t
le
i
l
c
asspiorensesione
staticsata
p
et
e
sic
s
t
s
ae
u
r
p
e
r
n
e
sa
(s
t
1s
e(
2u
1r
0r
n2
eP
a0
(a1
P(
)2
1a
0
2)
P
0
a
P
)
a)
High tHapig(h12ta0pP(a1)20Pa)
staticsataetsictaerensate(1rn2a0P(1a2)0Pa)
staticsataetsictaerensate(1rn2a0P(1a2)0Pa)
externeaxltsetrantaicl static
externeaxltestrantaicl static
H
B
ig
a
h
ss
tHa
Ba
pig
a
(h1
s1
2
s
t
2
a0
a0
pP
P
(a1
a
)2
)
0P
P
a
a
)
)
pessupre(s1s2u0reP(a1)20Pa)
pessupre(s1s2u0reP(a1)20Pa)
120 120
BassBaa(s1s2a0P(1a2)0Pa)
140
100 100
statica esterna (120Pa)
external static
pessure(120Pa)
120
80 80
L
B
o
a
w
s
t
s
aL
Ba
po
a
(w
(
1
s1
2t
s2
a0
a0
pP(
P(
a1)
a
2
2)
0
0
P
P
a)
a)
60 60
Lower limit of
Limiti infer
e
io
x
r
t
e
rn
d
a
e
l
l
s
la
ta
p
tic
ressione
140
B
p
a
e
L
s
o
s
w
B
u
a
r
a
e
t
(
aL
s1
(
p
1
o
s2
(
2
w
a
1
0
2
P
t
(
P
a0
1a
pP
2)
(a1
0
)2
P
0
a
P
)
a)
80 80
Lower limit of
Limiti in
e
f
x
e
te
ri
r
o
n
r
a
e
l s
d
ta
e
t
l
i
l
c
a
H
p
ig
re
h
s
tH
s
a
i
pi
o
g(h
n
10
e
ta0pP(a1)00Pa)
Limite superiore della pressione
High tHapigh tap
statica est
p
e
e
rn
ss
a
u
(
r
1
e(
2
1
0
2
BP
0
a
P
as
a
)s
)
Baa(s1s0a0P(1a0)0Pa)
Limite superiore della pressione
BassBaa(s1s0a0P(1a0)0Pa)
statica
p
e
e
s
s
t
s
e
u
r
r
n
e
a
(1
(
2
1
0
2
P
0
a
P
)
a)
Upper limit of
Upper limit of
Portata d’aria nominale: 1260m /h
Stand
P
a
o
rd
rt
ai
t
r
a
v
d
o
’
lu
a
m
ria
e
n
:
o
1
m
92
in
0m
ale
/
:
h
1920m /h
3
h
/
)
h)
Portata d'aria
3
(m
3
/h)
Air volume(m /h)
3
3
StanSdtarnddairdvoaliurmvoelu:m2e10:02m10/0hm3/h 3
Portata d’aria nominale: 2100m /h
statica e
p
s
e
te
ss
r
u
n
r
a
e(12
2
0
0
P
P
a
a
)
)
pessure(120Pa)
H
B
i
a
g
s
h
s
tH
B
api
a
g
(s
h
1s
0ta0pP
(
a
1a
)0
)
0Pa
a
)
)
e
s
x
t
t
a
e
t
r
i
n
c
al s
e
t
s
a
te
ic
rna (120Pa)
L
B
o
a
w
ss
taL
Ba
po
a(
w1
s1
2
s2
ta0
a0
pP
(
a1
a
)2
)
0Pa
a
)
)
H
B
ig
a
h
s
t
s
a
a
p(
(
12
2
0
0
P
P
a)
a)
High tHapig(h80taPpa()80Pa)
Lower limit of
Limiti inf
ex
r
t
i
e
o
r
r
n
e
al
d
s
e
ta
ll
t
a
ic
pressione
(100P(a1)00Pa)
H
B
ig
a
h
ss
tap(120P
P
a
a
)
)
H
B
ig
a
h
ss
tHa
Ba
pig
a(
h8
s8
0
s0
taP
aP
pa
(
)8
)
0Pa)
)
High tap
100 100
statica esterna (120Pa)
external static
High tHapigh tap
Hig
B
h
a
t
s
a
s
p
Baassa
BassBaa(s8s0aPa(8)0Pa)
High tap(100Pa)
Bassa (80Pa)
High tap(80Pa)
BassBaa(s5s0aPa(5)0Pa)
High tHapig(h50taPpa()50Pa)
Bassa (50Pa)
High tap(50Pa)
Bassa
High tap(40Pa)
(40Pa)
120 120
3
3
3
120
High tap(120Pa)
Bassa (120Pa)
B
H
a
ig
s
h
s
t
Ba
Ha
a
pi
(
g(
s8
h8
s0
t
aP
aPp
a(
(
8
)8
0Pa
)
Bass
(
B
6
a
5
a(
P
s6
a
s5
()6
aP
5
a(
P
6)
a
5
)
Pa)
H
B
ig
a
h
ss
tap
(
80Pa)
)
B
H
a
ig
s
h
s
t
a
Hapi
(
g(
8
h85
0
t
P
aPp
a
()50Pa)
60
B
H
a
ig
s
h
sB
t
a
Ha
a
pi
(
g
s5
(h5
s0
t
aP
aPp
a(
a
5
(
)
5
0Pa)
80
60
Low tap(120Pa)
BassBaa(s5s0aPa(5)0Pa)
Bass
(6
a
5
(
P
6
a
5
)
Pa)
High tHapig(h40taPpa()40Pa)
40 40
(40Pa(4)0Pa)
H
B
i
a
g
s
h
s
tap
(65
Pa)
)
(40Pa()40Pa)
High tHa
B
pig
a
(h3
s
0
s
ta
B
P
a
pa()3
s
0
s
P
a
a)
(30Pa(3)0Pa)
(40Pa(4)0Pa)
B
H
a
ig
s
h
s
t
a
p
(5
(5
0Pa)
High tap(50Pa)
High tHapig(h30taPpa()30Pa)
High tap
20
0
900
900
BassBaassa
Bassa (50Pa)
(30Pa(3)0Pa)
(4
B
0
a
P
s
a
s
)
a
40
P
S
e
t
r
a
d
n
itP
d
a
Sa
ed
tra
i
d
(c
n
4i
f
ta
di
a0
l
r
tae
Pidc
rr
i
d
oac)
f
a
il
r
te
ic
r
o
High tap(40Pa)
S
Pe
ta
r
n
d
d
it
S
Pae
tr
d
ad
ri
n
d
f
c
d
it
l
a
te
r
r
id
r
c
d
io
f
c
il
a
te
ri
r
co
c
p
o
r
n
e
f
s
il
s
ctr
up
o
r
n
e
sf
s
t
l
ia
o
l
s
tn
s
r
u
o
s
d
re
asrt
l
a
o
dn
ss
dard
High ta
B
p
a
(3
s
0
s
P
a
a)
P
S
e
t
r
a
d
n
it
d
a
a
d
r
i
d
c
f
a
il
r
te
ic
r
o
c
p
o
r
n
e
f
s
il
s
tr
u
o
re
st
l
a
o
n
ss
dard
1430
pre
B
ss
a
up
s
r
s
e
a
slosussre loss
con filctronsftialtnrodasrtadndard
60
20
BassBaassa
High tap(100Pa)
S
Pe
ta
r
n
d
d
ita
r
di
f
c
il
a
te
ri
r
co
pressure loss
P
r
e
s
s
i
o
n
e
s
t
a
t
i
c
P
a
r
e
s
s
t
e
i
o
r
n
e
a
s
(
P
t
a
a
t
i
)
c
a
e
s
t
e
r
n
a
(
P
a
)
P
r
e
s
s
i
o
n
e
s
t
a
t
i
c
P
a
r
e
s
s
t
e
i
o
r
n
e
a
s
(
P
t
a
a
t
i
)
c
a
e
s
t
e
r
n
a
(
P
a
)
E
x
t
e
r
n
a
l
s
t
a
t
i
c
p
r
e
E
s
s
x
u
t
e
r
e
r
n
(
P
a
l
a
s
)
t
a
t
i
c
p
r
e
s
s
u
r
e
(
P
a
)
E
x
t
e
r
n
a
l
s
t
a
t
i
c
p
r
e
s
E
s
x
u
t
e
r
e
r
n
(
P
a
a
l
s
)
t
a
t
i
c
p
r
e
s
s
u
r
e
(
P
a
)
P
r
e
s
s
i
o
n
e
s
t
a
t
i
c
a
e
s
t
e
r
n
a
(
P
a
)
P
r
e
s
s
i
o
n
e
s
t
a
t
i
c
a
e
s
t
e
r
n
a
(
P
a
)
E
x
t
e
r
n
a
l
s
t
a
t
i
c
p
r
e
s
s
u
r
e
(
P
a
)
E
x
t
e
r
n
a
l
s
t
a
t
i
c
p
r
e
s
s
u
r
e
(
P
a
)
P
r
e
s
s
i
o
n
e
s
t
a
t
i
c
P
a
r
e
s
s
t
e
i
o
r
n
e
a
s
(
P
t
a
a
t
i
)
c
a
e
s
t
e
r
n
a
(
P
a
)
E
x
t
e
r
n
a
l
s
t
a
t
i
c
p
r
e
E
s
s
x
u
t
e
r
e
r
n
(
P
a
l
a
s
)
t
a
t
i
c
p
r
e
s
s
u
r
e
(
P
a
)
P
r
e
s
s
i
o
n
e
s
t
a
t
i
c
a
e
s
t
e
r
n
a
(
P
a
)
E
x
t
e
r
n
a
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