beautypg.com

8 | technical data – GEA Bock HG44e User Manual

Page 29

background image

D
GB
F
E

29

96280-12.2014-DGbFEIRu

8 | Technical data

Ty

pe

No. of cylinders

Displacement

50 / 6

0 H

z

(1

45

0

/ 1

74

0

rpm

)

Ele

ct

ri

ca

l d

at

a

W

ei

gh

t

Conn

ec

tion

s

Oil charge

Vo

lta

ge

Ma

x.

Op

er

at

in

g

cur

re

nt

PW 1 + 2

M

ax

.

po

w

er

co

n-

sum

pt

ion

St

ar

tin

g

cur

re

nt

(r

ot

or

loc

ke

d)

PW 1 / P

W 1 + 2

Dis

ch

ar

ge

lin

e

DV

Su

ct

ion

lin

e

SV

m

3

/h

A

kW

A

kg

m

m

(in

ch

)

m

m

(in

ch

)

Lt

r.

HG4

4e

/4

75

-4

4

41

,3 / 4

9,

6

19

11

,0

83 / 1

09

16

4

28 / 1

1

/

8

35 / 1

3

/

8

2,

3

HG

44

e/

475

-4 S

41

,3 / 4

9,

6

23

13,1

115

/ 15

0

168

HG4

4e

/5

65

-4

49

,2 / 5

9,

0

22

13,2

83 / 1

09

164

HG4

4e

/5

65

-4

S

49

,2 / 5

9,

0

26

15,6

13

3 / 1

71

170

42 / 1

5

/

8

HG4

4e

/6

65

-4

57

,7 / 6

9,

2

26

15,4

115

/ 15

0

171

HG4

4e

/6

65

-4

S

57

,7 / 6

9,

2

30

18,3

13

3 / 1

71

168

HG4

4e

/7

70

-4

67

,0 / 8

0,4

30

17,8

13

3 / 1

71

168

HG4

4e

/7

70

-4

S

67

,0 / 8

0,4

35

21,4

13

3 / 1

71

168

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

: 70% / 30%

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

.

Th

e 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

3

4