9 | technical data from a047 – GEA Bock HG8 User Manual
Page 33
![background image](/manuals/657375/33/background.png)
D
GB
F
E
I
Ru
33
09790-11.2014-DGbFEIRu
9| Technical data from A047
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
0H
z
op
er
at
io
n.
Fo
r 6
0H
z
op
er
at
io
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 c
ur
re
nt r
ema
in
s u
nc
ha
ng
ed
.
-
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
Ty
pe
No.
of
cylin
-
ders
Displacement
50 / 6
0 H
z
(1
45
0
/ 1
74
0
rpm)
Electrical data
W
eigh
t
Co
nnec
tio
ns
Oi
l
ch
ar
-
ge
Sound
pressure level
Vo
lta
ge
Max.
operating current
PW 1 + 2
Max.
power con-
sumption
Starting
current
(
rotor locked
)
PW 1 / P
W 1 + 2
Discharge
line
DV
Suction
line
SV
m
3
/h
A
kW
A
kg
m
m
(i
nc
h)
m
m
(i
nc
h)
Lt
r.
dB
(A
)
HG
8/
24
70
-4
8
21
4,
3 / 2
57
,1
10
8
60,
0
386
/ 56
7
432
54 (
2
1
/
8
)
76 (
3
1
/
8
)
9,
0
80
,5 / 8
0,
5 / 8
0
HG
8/
24
70
-4
S
21
4,
3 / 2
57
,1
133
76,1
44
7 / 6
57
432
81 / 8
1 / 8
0
HG8
/2
830
-4
24
5,
9 / 2
95
,1
13
6
79,0
386
/ 56
7
429
82 / 8
1 / 8
1
HG8
/2
830
-4
S
24
5,
9 / 2
95
,1
15
2
88,1
44
7 / 6
57
449
82
,5 / 8
1 / 8
1
HG
8/3
220
-4
279
,8
/ 3
35
,8
14
5
83,6
44
7 / 6
57
423
83 / 8
2 / 8
2
HG
8/3
220
-4
S
279
,8
/ 3
35
,8
17
6
101,1
53
8 / 7
91
443
83 / 8
3 / 8
2
1
2
3
2
4
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%
L / M / H
5
from
A047