43
-F1
3
A1
A2
-K1
3
-F
11
-F
10
-F
12
A1
A2
Z
IP
cir
cul
ati
on
pum
p
ZI
P
TA
A2
PE
TB1
GND
X
7:
L3,
L2,
L1
,P
E
C
ut
out
a
ux
ilia
ry
heat
ing
1
3~N/PE/400V/50Hz
VBO
RFV
N
T
BW
T
er
m
in
al
s
trips
o
n
cont
rol
ler
boar
d
(s
ee
sti
ck
er
)
F1
1
T
er
m
in
als
TRL
PE
C
ont
ac
tor
el
e
ctr
ic
he
at
ing
el
e
m
ent
hot
w
at
er
or
b
uf
fer
tank
FP1
6
-
1
2
k
W
BUP
P
um
p
for
m
ix
ing
cir
cui
t 1
MOT
N
MA1
3
ZU
P
T
er
m
in
al
s i
n
hea
t pum
p s
w
itc
hbox
ZW
2
2
-X4
K
13
B10 A
GND
P
ow
er
s
uppl
y c
om
pr
es
sor
; 3
x400V
; I
m
por
ta
nt
: C
loc
kw
is
e
rot
ar
y f
iel
d
is
ab
sol
ut
ely
nec
es
sar
y!
L
E
VU
B
UP
3~N/PE/400V/50Hz
F
un
cti
on
H
ot
w
a
ter
c
irc
ul
at
ing
pu
m
p/
sw
itc
hi
ng
val
ve;
int
er
na
lly
w
ire
d
S
ub-
di
str
ib
ut
ion
uni
t int
er
n
al
ins
tal
lat
ion
F1
3
P
EX
H
ot
w
a
ter
or
buf
fer
s
tor
age
tank
L1
Le
g
e
n
d:
C
har
ge/
dis
char
ge/
coo
ling
m
ix
e
r 1
clos
e
d
1~N/PE/230V/50Hz
PEX
E
xter
nal
ret
ur
n
sens
or
C
har
ge/
dis
char
ge/
coo
ling
m
ix
e
r 1
open
ZUP
TA
TBW
GND
EVU
C
ont
rol
ler
boar
d;
A
ttent
ion:
I-
m
ax
=
6
A
/230V
A
C
GND
H
ot
w
a
ter
gauge/
ther
m
os
tat
H
eat
ing
cir
cui
t c
irc
ul
at
ion
pum
p
; in
ter
nal
ly
w
ired
ASD
C
ont
rol
s
igna
l of
a
dd
itiona
l hea
t g
ener
at
or
1
; int
er
na
lly
w
ire
d
A
cc
es
sor
ies
: R
em
ot
e
cont
rol
M
Z
1/M
IS
T
B1
GND
E
ner
gy
s
uppl
ier
c
ont
ac
t; c
los
e
d
on
rel
eas
e;
br
idge
if no
bl
oc
king
int
e
rv
al
F
P1
TR
L
C
ut
out
a
ux
ilia
ry
heat
ing
2
In
fo
rm
at
io
n
o
n f
us
es
c
an
b
e f
ou
nd
in
th
e t
ec
hn
ic
a
l d
at
a
A4
S
ens
or
m
ix
ing
c
irc
ui
t 1
L1
Z
W1
HUP
RFV
U
K
83
1149
M
A
1/
MI
S
A1
M
OT
N
o f
unc
tion
TA
4
P
ow
er
s
uppl
y c
ont
rol
ler
230V
L2
M
GND
E
V
U
L1
N
O
ver
loa
d
pr
ot
ec
tion;
int
er
nal
ly
w
ire
d
-X3
P
ow
er
s
uppl
y ad
di
tion
al
heat
ing;
3
x
4
00V
ZW1
3~/PE/400V/50Hz
L1
L3
M
PE
M
C
ut
out
c
ont
rol
ler
uni
t
PE
ZIP
M
PE
Z
UP
N
X
7:
L3,
L2,
L1
,N
,P
E
-X2
N
N
L
L3
L2
X7
X
7:
L1,
N
,P
E
A3
F1
2
PE
A
ir
W
a
te
r C
o
m
p
a
c
t 6
-
1
2
k
W
RF
V
MI
S
A4
A1
ZW
2
MZ1
A2
X
0-
X4
L1
TBW
V
ent
ilat
or
; int
er
na
lly
w
ired
Z
W
2/S
S
T
HU
P
-X0
A3
Na
m
e
N
ZW
2
PE
3-
po
l. C
u
t ou
t c
om
pr
es
so
r;
A
ttent
ion:
R
ight
-hand
ro
t.
fiel
d
is
m
andat
or
y!
5
ZW2/SST
-X7
T
er
m
in
al
s
trip
in
sw
itc
hbox
o
f hea
t pum
p;
N
/P
E
di
str
ib
u
tion
fo
r ex
ter
nal
230
V
uni
ts
PE
L1
F
P1
TB1
A
ux
iliar
y c
irc
ul
ati
on
pum
p
5
E
xter
nal
s
ens
or
C
ont
rol
s
igna
l of
a
dd
itiona
l hea
t g
ener
at
or
2
(al
te
rnat
iv
e
is
gene
ral
m
al
func
tion)
ZW
2
V
BO
F1
0
ter
m
inal
di
agr
am
LW
C
60-
120
LU
X
2
8311
49
A
ch
im
P
fle
ge
r
17
.11
.20
0
8
-
P
E
P
003
/2
008
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
/1
1
20
.02
.20
0
9
A
chi
m
P
fleg
er
10X
440
- 1
0X
4
43
B
la
tt-N
r.
Z
us
ta
nd
Ä
nde
ru
ng
B
ea
rb.
D
at
u
m
N
am
e
B
l v
o
n A
n
z
D
at
u
m
We reserve the right to modify technical specifications without prior notice.
UK830504/210627
© Alpha-InnoTec GmbH
terminal diagram
LwC 60 – LwC 120
Summary of Contents for LWC 100
Page 56: ......
