43
L1
-X
7
L2
L3
N
P
E
1
2
-K
1
/2.
5
3
4
R
S
T
U
V
W
-N
1
M
3
T
1
T
2
T
3
P
E
-M
1
V
D
1
5
6
11
12
-K
1
/2
.5
ϑ
-E
4
-R
20
1
2
-K
2
/2
.6
3
4
R
S
T
U
V
W
-N
2
M
3
T
1
T
2
T
3
P
E
-M
2
V
D
2
5
6
21
22
-K
2
/2.
6
ϑ
-E
5
-R
21
-F
4
1
2
-K
3
/2.
7
-F
5
3
4
5
6
-F
6
1
2
-K
5
/2
.9
3
4
M
3
P
E
1U
1V
1W
2W
2U
2V
-M
3
V
E
N
T
5
6
1
2
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4
/2.
8
3
4
5
6
1
-X
7
T
K
T
K
-R
23
L
R
e
g
/2
.2
N
R
e
g
/2
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M
O
T
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R
23
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P
E
E
4
T
he
rm
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ta
t S
um
p h
ea
tin
g f
or
c
om
pr
es
so
r 2
T
he
rm
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ta
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tin
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or
c
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pr
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so
r 1
E
5
-M
3
3~
P
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00
V
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0H
z
7
6
2
2
V
D
2
3
10
P
E
9
4
1
3
P
E
5
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3
8
C
om
pr
es
so
r 2
4
C
on
ta
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r f
or
c
om
pr
es
so
r 2
5
P
E
S
ta
rtin
g c
ur
re
nt
lim
it c
om
pr
es
so
r 2
-M
2
1
5
M
3
O
pe
ra
tin
g m
ate
ria
ls
L
e
g
e
n
d
:
C
om
pr
es
so
r 1
V
D
2
S
um
p
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ati
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fo
r c
om
pr
es
so
r 1
M
2
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20
F
an
4
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K
8
1
7
0
7
6
a
V
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n
2
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so
r 2
N
etw
or
k p
ro
te
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on
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n
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1
K
4
K
3
K
5
F
4 -
F
6
F
us
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v
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tila
to
r
T
er
m
in
al
in
s
w
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h b
ox
h
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t p
um
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S
ta
r c
on
ta
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r f
an
M
oto
r p
ro
te
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on
fa
n
3~
P
E
/4
00
V
/5
0H
z
C
on
ta
cto
r f
or
c
om
pr
es
so
r 1
M
1
T
ria
ng
le
c
on
ta
cto
r f
an
S
ta
rtin
g c
ur
re
nt
lim
it c
om
pr
es
so
r 1
L1
,L
2,L
3,P
E
; p
ow
er
s
up
ply
, o
ut
pu
t, c
om
pr
es
so
r;
clo
ck
w
is
e r
ota
ry
fie
ld
is
a
bs
olu
te
ly
n
ec
e
ss
ar
y!
K
1
N
1
V
E
N
T
N
2
X
7
1
V
D
1
F
3
3
R
21
K
2
R
23
LW
2
50
81
70
76
A
chi
m
P
fle
g
er
1
1.1
2.
2
00
8
a
Ä
M
0
37
/2
00
9
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
/3
1
1
2.1
0
.2
00
9
P
E
P
0
30
/2
00
8
-
A
chi
m
P
fleg
er
10
X
46
6 -
1
0X
4
67
;
B
la
tt-
N
r.
Z
us
ta
nd
Ä
nd
e
ru
n
g
B
ea
rb.
D
atu
m
N
am
e
B
l v
o
n
A
n
z
D
atu
m
We reserve the right to modify technical specifications without prior notice.
UK830510/191106
© Alpha-InnoTec GmbH
Circuit diagram 1/3
Lw 250(L)
