8 | technical data – GEA Bock HG4 R134a User Manual

Page 27

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27

96179-01.2015-DGbFEI

8| 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

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 cylinders

Displace

-

ment

50

/

60

Hz

(1450 / 1740 rpm)

Electrical data

W

eight

C

onn

ec

tion

s

Oil charge

Sound

pressure

level

Voltage

Max.

Operating current

P

W 1 + 2

Max.

power

consump

-

tion

Starting

current

(rotor

locked)

PW 1 / PW 1 + 2

Discharge

line

DV

Suction

line

SV

m

3

/h

A

kW

A

kg

m

m (

in

ch

)

m

m (

in

ch

)

Lt

r.

dB

(A

)

HG

X4/

46

5-

4

R13

4a

4

40

,5 / 4

8,

6

16

9,4

56 / 7

3

148

28 (

1

1

/

8

)

35 (

1

3

/

8

)

2,7

64 / 6

3 / 6

2

HG

X4

/555

-4

R13

4a

48

,2 / 5

7,

8

19

11,2

84 / 1

09

150

66 / 6

4 / 6

2

HG

X4

/6

50

-4

R13

4a

56

,6 / 6

7,

9

22

13,1

84 / 1

09

152

42 (

1

5

/

8

)

69 /

66 /

63

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

: 66% / 33%

L / M / H

5

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