174
Pompa di calore ad inverter per piscine
IT
Schema di montaggio
3.3
V
alv
ole 1, 2 e 3:
valv
ole di derivazione
V
alv
ole 4 e 5:
valv
ole di r
egolazione
(rac
comanda
te per f
acilit
ar
e operazioni di
regolazione vicino al
l'appar
ec
chio)
11
3.
3
Ins
tal
lati
on
lay
ou
t
3.
4
C
onn
ecti
ng
the
c
on
den
sati
on
dr
ai
nin
g
ki
t
Whi
le o
perat
ing,
the heat
pump
is sub
ject
to
con
den
sat
ion.
Th
is
w
ill r
es
ul
t i
n
a
m
ore
or
les
s l
arg
e
run
-of
f of
w
at
er
, dep
end
ing
on
the
degree of
hum
id
ity
. T
o
cha
nnel
thi
s f
lo
w,
w
e
rec
omm
end
that
you
inst
al
l t
he
cond
ensat
ion dr
ai
nag
e ki
t.
H
ow
do y
ou i
nst
al
l t
he co
ndens
at
ion
drai
nag
e ki
t|?
Inst
al
l t
he
heat
pum
p,
rai
si
ng
it at
least
1
0
cm
w
ith
sol
id
w
at
er
-resi
st
ant
pad
s,
then
co
nne
ct
the
drai
nage
pi
pe
to
the open
in
g l
oc
at
ed un
der
the pump.
3.
5
Ins
tal
ling
the
un
it on
no
ise
-da
m
ping s
upp
ort
s
In order
to m
ini
m
iz
e t
he n
oi
se p
ol
lut
ion as
soc
iat
ed w
ith h
eat
pum
p vi
br
at
ion
s,
it
can be pos
iti
one
d on vi
brat
ion
absorb
in
g pad
s.
To do t
hi
s,
yo
u si
m
pl
y
hav
e t
o posi
tion a pa
d bet
w
ee
n each
of
the un
it’
s
feet
a
nd i
ts
sup
port
, and
then
fix
the heat
pum
p t
o t
he supp
ort
w
ith su
itab
le scr
ew
s.
V
alv
ola
complet
ament
e aper
ta
V
alv
ola
semichius
a
11
3.
3
Ins
tal
lati
on
lay
ou
t
3.
4
C
onn
ecti
ng
the
c
on
den
sati
on
dr
ai
nin
g
ki
t
Whi
le o
perat
ing,
the heat
pump
is sub
ject
to
con
den
sat
ion.
Th
is
w
ill r
es
ul
t i
n
a
m
ore
or
les
s l
arg
e
run
-of
f of
w
at
er
, dep
end
ing
on
the
degree of
hum
id
ity
. T
o
cha
nnel
thi
s f
lo
w,
w
e
rec
omm
end
that
you
inst
al
l t
he
cond
ensat
ion dr
ai
nag
e ki
t.
H
ow
do y
ou i
nst
al
l t
he co
ndens
at
ion
drai
nag
e ki
t|?
Inst
al
l t
he
heat
pum
p,
rai
si
ng
it at
least
1
0
cm
w
ith
sol
id
w
at
er
-resi
st
ant
pad
s,
then
co
nne
ct
the
drai
nage
pi
pe
to
the open
in
g l
oc
at
ed un
der
the pump.
3.
5
Ins
tal
ling
the
un
it on
no
ise
-da
m
ping s
upp
ort
s
In order
to m
ini
m
iz
e t
he n
oi
se p
ol
lut
ion as
soc
iat
ed w
ith h
eat
pum
p vi
br
at
ion
s,
it
can be pos
iti
one
d on vi
brat
ion
absorb
in
g pad
s.
To do t
hi
s,
yo
u si
m
pl
y
hav
e t
o posi
tion a pa
d bet
w
ee
n each
of
the un
it’
s
feet
a
nd i
ts
sup
port
, and
then
fix
the heat
pum
p t
o t
he supp
ort
w
ith su
itab
le scr
ew
s.
11
3.
3
Ins
tal
lati
on
lay
ou
t
3.
4
C
onn
ecti
ng
the
c
on
den
sati
on
dr
ai
nin
g
ki
t
Whi
le o
perat
ing,
the heat
pump
is sub
ject
to
con
den
sat
ion.
Th
is
w
ill r
es
ul
t i
n
a
m
ore
or
les
s l
arg
e
run
-of
f of
w
at
er
, dep
end
ing
on
the
degree of
hum
id
ity
. T
o
cha
nnel
thi
s f
lo
w,
w
e
rec
omm
end
that
you
inst
al
l t
he
cond
ensat
ion dr
ai
nag
e ki
t.
H
ow
do y
ou i
nst
al
l t
he co
ndens
at
ion
drai
nag
e ki
t|?
Inst
al
l t
he
heat
pum
p,
rai
si
ng
it at
least
1
0
cm
w
ith
sol
id
w
at
er
-resi
st
ant
pad
s,
then
co
nne
ct
the
drai
nage
pi
pe
to
the open
in
g l
oc
at
ed un
der
the pump.
3.
5
Ins
tal
ling
the
un
it on
no
ise
-da
m
ping s
upp
ort
s
In order
to m
ini
m
iz
e t
he n
oi
se p
ol
lut
ion as
soc
iat
ed w
ith h
eat
pum
p vi
br
at
ion
s,
it
can be pos
iti
one
d on vi
brat
ion
absorb
in
g pad
s.
To do t
hi
s,
yo
u si
m
pl
y
hav
e t
o posi
tion a pa
d bet
w
ee
n each
of
the un
it’
s
feet
a
nd i
ts
sup
port
, and
then
fix
the heat
pum
p t
o t
he supp
ort
w
ith su
itab
le scr
ew
s.
Pompa di c
alor
e
U
scit
a ac
qua
Ingr
esso ac
qua
Piedini di
sol
levamento
Dr
ena
ggio
Sc
aric
o c
on-
dens
a
V
alv
ola 4 vie
pompa di ricir
colo
Filtro
D
ALLA piscina
V
alv
ola 5
V
alv
ola 3
V
alv
ola 4
V
alv
ola 2
V
alv
ola 1
Sist
ema di c
ondizionamento chimic
o
del
l'ac
qua a
utoma
tizza
to (clorina
tor
e pi-
scina ad ac
qua s
ala
ta, pompa dos
atric
e)
VERSO la piscina
U
scit
a
Ingr
esso
