45
L
R
eg
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14
M
OT
/1.
14
R2
3
/1.
14
N
Re
g
/1.
14
L
-X0
L
-X1
0
N
N
PE
PE
P
+-
b2
c4
a1
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H
D
P
HD.
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1
VD1
A1
A2
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1
V
D1
VBO
A1
A2
-Q
3
V
EN
T
ND.
P
+-
a1
c4
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N
D
P
-K1
2
N
-X1
0
P
-+
c4
b2
a1
-B1
1
E
VI
11
12
14
-K7
11
2
-X
10
ϑ
-S1
2
3
-K1
1
N
A1
A2
-K
7
AV.
-X1
4
-X
10
1
-K2
0
N
P
-+
c4
a1
-B1
0
A
EP
L
-X1
0
L..
-X0
L..
L..
MOT
-X
2
ASD
EVU
12
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.2
34
/1
.3
56
/1
.3
21
ZW1
-X3
ϑ
-S
TB
A1
A2
-Q
5
ZW
1
12
14
11
8
12
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12
34
/1.
12
56
/1.
12
12
/1
.9
34
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.9
56
/1
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PE
1
PE
PE
2
1
K7
2
1
2
2
-F2
1
1
A
ux
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y r
el
ay
-
de-
ic
ing
s
w
2
-E6
E
V
I pr
es
sos
tat
L,
N
,P
E
; pow
er
s
uppl
y,
cont
ro
ller
2
B
11
T
er
m
in
al
in
sw
itc
h
box
heat
p
um
p
V
D1
H
igh-
pr
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su
re
sw
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h
H
ot
gas
ther
m
os
tat
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in
je
cti
on
X
10
Q
3
s
w
1~
N
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E
/230V
/50H
z
S
12
Q
5
K
12
K
20
co
n
tac
to
r,
com
pr
es
so
r
V
EN
T
b
l
Z
W1
S
ol
en
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d v
al
ve
gas
in
jec
tion
com
p
res
sor
1
s
w
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1
K
10
S
af
et
y t
em
per
at
ur
e
lim
iter
h
eat
ing
el
em
ent
-Y2
F
2
Low
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es
sur
e
sw
itc
h
C
ont
ac
to
r f
an
PE
-K
10
1
-E
1
Le
ge
nd:
C
ont
ac
to
r f
or
a
ux
iliar
y heat
in
g
rt
23
0V
A
C
1~
N
/PE/2
30
V/
50
H
z
-E2
F1
E
ner
gy
s
uppl
ie
r c
ont
ac
t; c
lo
se
d
on
rel
eas
e;
br
idge
if no
bl
oc
king
int
e
rv
al
-F1
HDP
K
11
U
K
81
736
2b
F
unc
tion
B
10
O
per
at
ing
m
at
e
rial
s
S
T
B
S
ol
en
oi
d v
al
ve
- li
qui
d
inj
ec
tion
E
VU
D
efr
os
tin
g
pr
es
sos
ta
t
D
efr
os
tin
g
val
ve
NDP
E
V
U
3
C
ont
rol
le
r boar
d;
A
ttent
ion:
I-
m
ax
=
6
A
/230V
A
C
A
EP
2
1
3.08
.20
1
4
Ä
M
012
/20
11
2
A
chi
m
P
fleg
er
10X
586;
a
2
/3
Jü
rge
n
E
sc
he
nb
ac
he
r
2
7.09
.20
1
0
LW
100H
8173
62
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
b
Ä
M
0
19
/20
14
B
l v
o
n A
n
z
N
am
e
D
at
u
m
Z
us
ta
nd
B
la
tt-N
r.
B
ea
rb.
D
at
u
m
Ä
nde
ru
n
g
We reserve the right to modify technical specifications without prior notice.
83054300dUK
© ait-deutschland GmbH
Circuit diagram 2/3
LW 100H
