D
GB
F
E
I
41
96403-08.2019-DGbFEIRu
Type
No. of cylinders
Displacement
(1450 / 1740 rpm)
Electrical data
Weight
Conn
ec
tion
s
Oil charge
(ex works)
Oil charge
(sight glass centre)
Sound pressure
level
Voltage
Max.
operating
current
Max. power
consumption
Starting
current
(rotor locked)
Discharge line
DV
Suction line
SV
50 / 60 Hz
PW
1
+
2
PW
1
/
PW
1
+
2
L / M / H
m
3
/h
V
A
kW
A
kg
m
m
(in
ch
)
m
m
(in
ch
)
ltr
ltr
dB
(A
)
EX
-H
G8
8e
/2
40
0-
4
3G
8
20
9.
1
/ 2
50
.9
380-420 V Y/YY - 3 - 50 Hz PW
440-480 V Y/YY - 3 - 60 Hz PW
PW = Part Winding
Winding ratio
: 50 % / 50 %
10
1
59,5
29
8
/ 4
38
450
54
(2
1
/
8
)
76
(3
1
/
8
)
9.
6
9.
0
80
/
80
/
80
.5
EX
-H
G8
8e
/2
40
0-
4
S
3G
20
9.
1
/ 2
50
.9
12
0
69,8
44
7
/ 6
57
470
81
,5
/
81
/
81
EX
-H
G8
8e
/2
73
5-
4
3G
23
7.
9
/ 2
85
.5
11
6
67,1
38
6
/ 5
67
457
81
/
81
/
80
EX
-H
G8
8e
/2
73
5-
4
S
3G
23
7.
9
/ 2
85
.5
136
80,0
44
7
/ 6
57
466
82
/
81
/
81
EX
-H
G8
8e/
323
5-
4
3G
28
1.
3
/ 3
37
.6
13
5
79,2
44
7
/ 6
57
460
82
.5
/
81
/
81
EX
-H
G8
8e
/3
23
5-
4
S
3G
28
1.
3
/ 3
37
.6
16
2
93,9
53
8
/ 7
91
469
83
/
82
/
82
1
2
3
2
4
5
9
|
Technical data
Tolerance
(±10
%)
rela
tive
to
the
mean
value
of
the
volta
ge
range.
Other
volta
ges
and
types
of
current
on
request.
-
Th
e
sp
ec
ifi
ca
tio
ns
fo
r ma
x.
p
ow
er
c
on
su
m
pt
io
n
ap
pl
y
fo
r 5
0
Hz
o
pe
ra
tio
n.
Fo
r 6
0
Hz
o
pe
ra
tio
n,
th
e
sp
ec
ifi
ca
tio
ns
h
av
e
to
b
e
m
ul
tip
lie
d
by
th
e
fa
ct
or
1.
2.
T
he
ma
x.
w
or
kin
g
cu
rr
en
t r
ema
in
s
un
ch
an
ge
d.
-
Take
account
of
the
max.
opera
ting
current
/
max.
po
wer
consumption
for
design
of
fuses,
supply
lines
and
safety
devices.
Fuse:
Consumption
ca
tegor
y
AC3
1
2
All
specifica
tions
are
based
on
the
a
vera
ge
of
the
volta
ge
range
For
solder
connections
L
=
lo
w
tempera
ture
(−35
/
40
°C),
M
=
normal
cooling
(−10
/
45
°C),
H
=
air
conditioning
(5
/
50
°C)
sound
pressure
level
measured
in
lo
w
reflection
measuring
area,
measuring
distance
1m.
Compressor
opera
tion
a
t 50
Hz
(1450
rpm),
refrigerant
R404A.
Values
sta
ted
are
a
vera
ge
values,
tolerance
±
2
dB(A).
5
3
4