ternal
0Pa)
00
a
s
t
a
t
e
e
t
e
40
pressure
a
40
s
s
n
n
n
e
s
LB
Boa
aws
s
s
s(a
a5 0(
(
5
5P0
0aP
P) a
a
)
)
(50Pa)
40
e
o
n
e
o
e
o
LBoawss(a50(5P0aP)a)
AHlitgah
n
i
n
n
i
o
i
i
30
BLBoa
aws
s
s
s(a
a5 0(
(
5
5P0
0aP
P) a
a
)
)
30
LB
B
oa
a
ws
s
s
s
(a
a5 0(
(
5
5P0
0aP
P) a
a
)
)
30
BLB
i
s
i
i
s
o
s
s
o
s
3
0
0
BLBoa
aws
s
s
s(a
a4 0(
(
4
4P0
0aP
P) a
a
)
)
3
LB
Boa
aws
s
s
s(a
a4 0(
(
4
4P0
0aP
P) a
a
)
)
AHAlitgah(4(400PPaa))
s
LBoawss(a50(5P0aP)a)
AHlitgah
(
(
(
3
3
3
0
0
0
P
P
P
a
a
a
)
)
)
s
e
s
s
e
s
e
s
BLBoa
aws
s
s
s(a
a4 0(
(
4
4P0
0aP
P) a
a
)
)
s
r
s
s
r
e
r
r
LBoawss(a40(4P0aP) a)
AHAlitgah(3(300PPaa))
(30Pa)
30
o
AHlitgah
e
e
e
r
P
r
r
P
P
20
BLBoawss(a30(3P0aP)a)
AHAlitgah(3(300PPaa))
BLBoa
aws
s
s
s(a
a3 0(
(
3
3P0
0aP
P) a
a
)
)
20
AHlitgah(3(300PPaa))
P
BLBoa
aws
s
s
s(a
a4 0(
(
4
4P0
0aP
P) a
a
)
)
Miedd(ia30(3P0aP) a)
20
BLBoa
aws
s
s
s(a
a3 0(
(
3
3P0
0aP
P) a
a
)
)
P
P
P
20
BLBoawss(a30(3P0aP) a)
BLBoawss(a30(3P0aP)a)
AHlitgah
(20Pa)
LBoawss(a20(2P0aP)a)
MiedAHAdl(itga3ah0((3P2(20a00P)PPaa)))
Miedd(ia30(P30aP) a)
20
(20PMa)i)eddia
CANALIZZABILE RIBASSATA
20
BLB
o
a
a
ws
s
s
s
(
a
a
2 0(
(
2
2
P
0
0
a
P
P
) a
a
)
)
A
AH
l
l
i
t
t
g
a
a
h
(
(
2
2( 2
0
0
0
P
P
P
a
a
a
)
) )
LB
B
o
a
a
ws
s
s
s
(
a
a
2 0(
(
2
2
P
0
0
a
P
P
) a
a
)
)
Mieddia
(30Pa)
10
Miedd(ia20(2P0aP) a)
10
LBoawss(a20(2P0aP)a)
AHAlitgah(2(200PPaa))
10
(30MPaied)dia
10
LBoawss(a10(1P0aP)a)
AHAlitgah(1(100PPaa))
BLBoawss(a10(1P0aP)a)
LBoawss(a10(1P0aP)a)
Miedd(ia20(2P0aP) a)
10
Miedd(ia20(P20aP) a)
LBoawss(a20(2P0aP)a)
Mieddia
10
(20Pa)
LBoawss(a10(1P0aP)a)
AHAlitgah(1(100PPaa))
AHA(litg2ah0(P1(1a00)PPaa))
LB
00
AHAlitgahM(1(ied10d0P(iaP1a0a()1P) 0aP) a)
Miedd(ia10(P10aP) a)
0
BLBoawss(a10(1P0aP)a)
AHAlitgah(M1(1ie0d0dPP(ia1a)0)(P10aP) a)
0
200
300
400
500
600
Miedd(ia10(1P0aP) a)
0
700
200
300
400
500
600Miedd(ia10(P170a0P)0a)
0
200
200
300
300
400
400
5
3
00
500
Portata d'aria (m /
3
h)
Portata d'aria (m /h)
600
600
700
700
200
300 Porta4t0a0d'aria (m5
3
0/h0)
600
700
Portata d'aria (m
3
/h)
Portata d'aria (m
3
/h)
Caratteristiche del ventilatore
MMD-UP0181SPHY-E
MMD-UP0151SPHY-E
MMD-UP0241SPHY-E
MMD-U
MMD-UP0181SPHY-E
MMD-UP0241SPHY-E
MMD-UP
Portata d''ariia nomiinalle: 67980 (m
3
/h)
Portata d'aria nominale: 1080 (m
3
/h)
7070
Portata d'aria nominale: 780 (m
3
/h)
70
Portata d'aria nominale: 1080 (m
3
/h)
70
70
Lower limit
70
70
Lower limit
of external
0PPaa))
6060
of external
60
static
60
60
0PPaa))
60
AHAlitgah(5(500PPaa))
)
)
)
)
Miedd(ia50(5P0aP) a)
AHlitgah(5(500PPaa))
static
pressure
60
Miedd(ia50(5P0aP) a)
pressure
(50Pa)
a
a
a
(
(
(
(
P
a
AHAlitgah(5(500PPaa))
)
P
)
P
)
P
a
a
a
50
50
Miedd(ia50(P50aP) a)
Meiedd(ia40(4P0aP) a)
AHlitgaAHhl(itg5(a5h00(P5(P5a0a0)P)Paa))
(50Pa)
50
AHAlitgah(4(400PPaa))
50
(
c
(
(
P
a
a
a
50
AHlitgah(4(400PPaa))
Alta (40P
P
a
P
50
Miedd(ia50(5P0aP) a)
50
a
t
t
a
i
t
a
i
t
i
c
i
c
c
Miedd(ia40(4P0aP) a)
Meiedd(ia40(4P0aP) a)
BLoawss(a50(5P0aP)a)
AHlitgah(4(400PPaa))
Miedd(ia50(5P0aP) a)
AHAlitgah(4(400PPaa))
i
t
c
a
c
a
c
a
a
t
s
t
t
t
i
t
i
t
40
40
AHlitgah(4(400PPaa))
40
B
BL
oa
aws
s
s
s(a
a5 0(
(
5
5P0
0aP
P) a
a
)
)
40
40
B
BL
oa
a
ws
s
s
s
(a
a5
0(
(
5
5P0
0aP
P) a
a
)
)
s
n
n
s
n
s
n
a
t
e
e
a
t
e
t
40 BLBoawss(a50(5P0aP) a)
s
s
a
s
40
tgah
LBoawss(a40(4P0aP)a)
B
BL
oa
a
ws
s
s
s
(a
a5
0(
(
5
5P0
0aP
P) a
a
)
)
Meiedd(ia40(4P0aP) a)
e
B
LB
0Pa)
e
i
o
e
o
e
o
o
n
s
n
n
i
i
i
LBoawssa
30
s
s
s
3030LBoawss(a40(4P0aP)a)
LB
Boa
aws
s
s
s(a
a3 0(
(
3
3P0
0aP
P) a
a
)
)
AHAlitgah(3(300PPaa))
Meiedd(ia40(4P0aP) a)
30
i
s
i
s
i
o
s
o
o
3 0
(40Pa)
AHlitgah(3(300PPaa))
30
BLoawss(a40(4P0aP) a)
t
g
ah
LBoawss(a30(3P0aP)a)
AHAlitgah(3(300PPaa))
e
P
P
e
P
e
P
s
s
s
s
e
r
e
s
e
s
e
AHlitgah(3(300PPaa))
30
s
0
Pa)
r
r
r
BLBoawssa
Miedd(ia30(3P0aP) a)
BLoawss(a40(4P0aP) a)
r
r
r
2020 BLB(oa3ws0sP(a2a0()2P0aP)a)
Meiedd(ia30(3P0aP) a)
20
AHlitgah(3(300PPaa))
M
ieddia
P
P
P
Miedd(ia30(3P0aP) a)
20
BLoawss(a30(3P0aP)a)
Meiedd(ia30(3P0aP) a)
20
3
0Pa)
20 BLBoawss(a20(2P0aP)a)
Meiedd(ia30(3P0aP) a)
20
LBoawss(a10(1P0aP)a)
Meiedd(ia20(2P0AHaP)litgah)(2(200PPaa))
BLoawss(a30(3P0aP)a)
i
e
ddia
AHlitgah(2(AH200liPtgMPaahaie()d2()d2(0ia20P0P(a2Pa)0a)P) a)
10
LBoawss(a20(2P0aP)a)
AHlitgah(2(200PPaa))
2
0Pa)
1010LBoawss(a10(1P0aP)a)
Miedd(ia2AH0(litg2Pah0a(P)1(1a00)PPaa))
10
LBoawss(a20(2P0aP)a)
AHlitgah(2(200PPaa))
10
LBoawss(a20(2P0aP)a)
Miedd(ia20(2P0aP) a)
AHAlitgah(1(100PPaa))
AHlitgah(1(100PPaa))
10
1
0
0PPaa))
10
a
1
0(P10aP)a)
BLBoawss(a10(1P0aP)a)
AHliMtgaheid(d1(1(i0a10P0P(a1Pa)0a)P)a)
Miedd(iBLBa2o0a(w2sPs0a(aP)1a0(1)P0aP)a)
AHlitgah(1(100PPaa))
M
0
Meidd(ia10(1P0aP) a)
00
Miedd(ia10(1P0aP) a)
Meidd(ia10(1P0aP) a)
BLBoawss(a10(1P0aP)a)
0
7
00
0
400
55000
60600
707000
800800 900900 10001000
0
700
800
900
1000
1100
M12eid0d0(ia10(1P0aP)1a3)00
0
400
500
Po60rt0ata d'ar7ia00(m
33
/h) 800
900
Portata d'aria (m /h)
1000
700
800
Po
9
r
0
ta
0
ta d'aria
10
(
0
m
0
3
/h)
1100
1200
1300
70
Portata d'aria (m
3
/h)
Portata d'aria (m
3
/h)
MMD-UP0271SPHY-E
70
Portata d'aria nominale: 1140 (m
3
/h)
60
AHAlitgah(5(500PPaa))
Portata d'aria (m
3
/h)
CN60
Uscita segnale stato di funzionamento (raffrescamento,
riscaldamento, ventilatore, sbrinamento, funzione thermo ON)
Necessaria scheda TCB-PCUC2E
A
T
A
S
A
B
I
R
E
)
a
P
L
I
50
AHAlitgah(4(400PPaa))
(
a
B
Miedd(ia50(5P0aP) a)
a
c
i
t
A
t
40
s
Z
BLBoa
aws
s
s
s(a
a5 0(
(
5
5P0
0aP
P) a
a
)
)
n
e
o
Miedd(ia40(4P0aP) a)
Z
I
s
L
i
30
3
3
00PPaa))
s
BLBoa
aws
s
s
s(a
a4 0(
(
4
4P0
0aP
P) a
a
)
)
e
A
AHAlitgah
a
3
0(3P0aP) a)
P
r
N
20
(30Pa)
LBoawss(a30(3P0aP)a)
Mieddia
2
(
200PPaa))
LBoawss(a20(2P0aP)a)
(30Pa)
A
C
h
(
1(100PPaa))
(20Pa)
10 Miedd(ia20(2P0aP) a)
AHAlitgah
0
(1P0aP) a)
LBoawss(a10(1P0aP)a)
AHlitgah(1(100PPaa))
Miedd(ia10(1P0aP) a)
1300
0
700
800
900
1000
1100
1200
1300
CN61
ON/OFF esterno,
uscita modalità operativa
e uscita allarme
•
CN80
Thermo OFF e stop forzato
unità interna in base
all’ingresso di segnale
Necessaria scheda TCB-PCUC2E
113
TOSHIBA
