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ALLROUNDER 275 V Vertical free-space system Clamping force: 250 kN Injection unit (according to EUROMAP): 70, 100 Facts and figures www.arburg.com

ALLROUNDER 275 V - Arburg · ALLROUNDER 275 V Vertical free-space system Clamping force: 250 kN Injection unit (according to EUROMAP): 70, 100 ... R 260 A Ø28 103 18 8,5 Ø13,5 Ø18,5

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ALLROUNDER 275 V

Vertical free-space systemClamping force: 250 kNInjection unit (according to EUROMAP): 70, 100

Facts and figures

ww

w.a

rbur

g.co

m

2

800

3025

2)28

801)

2945

2)28

351)

1671921

900

665

1782

8003)

900

1799

11591) 17402)

983

655

679

4)

Installation dimensions

Electrical connection

Cooling water connection

1) Injection unit 702) Injection unit 1003) The control cabinet length and position of the electrical connection

can vary due to optional equipment4) Position of cooling water connections can vary due to optional

equipment

Fixe

d m

ould

m

ount

ing

surf

ace

Horizontal version

Supp

ort

surf

ace

of t

able

to

mou

ntin

g su

rfac

e

min

. 900

max

. 105

0

Pneumatic connection

275 V

3

EN-GB 275 V

Clamping unit

with clamping force max. kN 0 0 0 0 0 0

Version

Opening force | stroke max. kN | mm 100 | 225 | |

Mould height, fixed | variable min. mm --- | 150 | 127 | 122

Platen daylight fixed | variable max. mm --- | 375-475 | 352-452 | 347-447

Table diameter mm

Shuttle table stroke mm

Angle of rotation, left/right

Rotation time for 180° min. s

Weight on rotary/shuttle table max. kg

Weight of movable mould half max. kg

Ejector force | stroke max. kN | mm 30 | 60 16 | 40 16 | 40

Dry cycle time EUROMAP ² min. s - mm 4,8 - 192 4,8 - 192 4,8 - 192

Injection unit

with screw diameter mm 18 25 20 30 0 0

Effective screw length L/D 24,5 17,5 25 16,7 0 0

Screw stroke max. mm

Calculated stroke volume max. cm³ 23 44 31 71 0 0

Shot weight max. g PS 21 40 29 65 0 0

Material throughput max. kg/h PS 4,1 6,5 5,5 9,5 0 0

max. kg/h PA6.6 2,1 3,3 2,8 4,9 0 0

Injection pressure max. bar 2500 1550 2500 1390 0 0

Holding pressure max. bar 2500 1550 2500 1390 0 0

Injection flow ² max. cm³/s 42 80 40 90 0 0

Screw circumferential speed ² max. m/min 24 34 17 26 0 0

Screw torque max. Nm 90 120 120 180 0 0

Nozzle contact force | retraction stroke max. kN | mm | |

Heating capacity | zones kW | |

Feed hopper l

Drive and connection

with injection unit 70 0 70 0 70 0

Net weight of machine kg 1745 0 2215 0 2120 0

Sound press. level | Insecurity ⁴ dB(A)

Oil filling l 0 0 0 0 0 0

Drive power ² max. kW 0 0 0 0 0 0

Electrical connection ³ kW 14 0 14 0 14 0

Total A 0 0 0 0 0 0

Machine A 0 0 0 0 0 0

Heating A 0 0 0 0 0 0

Cooling water connection max. °C

min. Δp bar 1,5 | DN 25 1,5 | DN 25 1,5 | DN 25

Machine type

with EUROMAP size designation ¹

275 V 250-70 | 100

0

0

--- --- ---

25 25 25

50 50 50

--- --- ---

7,5 7,5 7,5

15 15 15

67 | 3 67 | 3 67 | 3

80 80 80

100 100 100

1765 2235 2140

8 8 0

Standard Rotary table Shuttle table

4,1 4 4,9 5 0 0

110 150 0

50 150 50 180 0 0

30 22 0

62 62 0

2000 2000 0

2000 2000 0

5,5 8 0

2,8 4 0

34 49 0

31 45 0

0

20 20 0

90 100 0

100 225 100 225

--- ---

0 275 V 0

0 250 0

Standard Rotary table Shuttle table

--- ---

70 100 0

22 25

--- 750 ---

--- --- 500

--- 180° ---

--- 1,7 ---

--- 120 120

110 110 110

Upon request: other machine types and mould installation heights, screws, drive powers, etc. All specifications relate to the basic machine version. Deviations are possible depending on variants, process settings and material type. Depending on the drive, certain combinations, e.g. max. injection pressure and max. injection flow may be mutually exclusive.

1) Clamping force (kN) - large injection unit = max. stroke volume (cm³) x max. injection pressure (kbar)2) Specifications depend on the drive variant / drive configuration.3) Specifications relate to 400 V/50 Hz. 4) Detailed info in the operating instr.[ ] Specifications apply to alternative equipment.

Technical data 275 V

4

Y

X

B103

108-5

15

53

R 260

A

Ø28

103

18

8,5

Ø13,5

Ø18,595

Ø110

15m

ax.

Ø50

26

Ø50 Ø

80

20

60b

a

c

182

210

Stro

ke m

ax. 2

25m

ax. 3

75-4

75

Mould installation dimensions

Horizontal version

Ejector bolt | X

Cut-out in mould (if required) | Y

without coupling element with coupling element Coupling element

(var

iabl

e) a

(set

-up

in a

ccor

danc

e w

ith m

ould

par

ting

line)

Mou

ntin

g su

rfac

e, fi

xed

mou

ld m

ount

ing

plat

en

Mou

ntin

g su

rfac

e, fi

xed

mou

ld m

ount

ing

plat

en

Stro

ke m

ax. 6

0

Stro

ke m

ax. 6

0

splatter guard

Bracket for parting line injection

Injection positions

with hydraulic

nozzlefor Injection unit

70 100 70 100

a min. 80 80

a max. 150 150

b min. 50 50

c min. 71 37 51

Bore in mould (if required)

275 V

5

100

70

140

210

280

350

Ø110 H7

254

70 140

210

280

150

362

252

Ø14

250

Ø170

275

162

254

324

404

Ø110 H7

Fixed mould mounting platen | A

rear safety enclosure

M12-24 deep

Moving mould mounting platen | B

Mould installation dimensions

Ø 10H8-13 deep

Ø 10H8-13 deep

275 V

6

1200418

BWS

2318

766

923

1866

1816

3025

2)28

801)

2945

2)28

351)

923

12003)

(186

6)

1000

17402)15951)

679

655

BWS

4)

Rotary table installation dimensions

Horizontal version

Mou

ntin

g su

rfac

e ro

tary

tab

le

Mou

ntin

g su

rfac

e ro

tary

tab

le

Electrical connection

Cooling water connection

1) Injection unit 702) Injection unit 1003) The control cabinet length and position of the electrical connection

can vary due to optional equipment4) Position of cooling water connections can vary due to optional

equipment

BWS - NCG - Non-contacting guard (photoelectric safety barrier)

275 V

7

BA

15

53

103

108-5

R 260

19,5

+0,

1

Ø18

70 140

210

140

70

140

210

280

350

49260

2

Ø 4

80

Ø 7

50

129

Ø 7

50

74616

2

254

324

Ø 110 H7

404

275

250

280

Ø 170

Ø14

Mould installation dimensions for rotary table

Mould mounting platen rotary table | A

Ejector bolt(for gentle ejection)

Mould

Mounting surface

Rotary table

rear safety enclosure

Ø 20 for hydraulic ejector

Useable mounting surface

max

. 352

-452

Stro

ke m

ax. 2

25

min

.145

/ m

ax. 2

35

(ent

spre

chen

d de

r W

erkz

eug-

tren

nung

ein

stel

len)

*

BWS

M8-14 deep

CouplingsCooling circuits

M12-24 deep

max

. R 3

72

for installing top mould platen

Ø10H8 - 13 deep

Moving mould mounting platen | B

*(Observe maximum height of mould parting line with ejector stroke and height of sprue in case of vertical injection unit)

275 V

8

210Ø

50 Ø80

20

60

ba

c

Injection positions

with hydraulic

nozzlefor Injection unit

70 100 70 100

a min. 80 80

a max. 150 150

b min. 50 50

c min. 71 37 51

Mould installation dimensions for rotary table

Horizontal version

Bracket for parting line injection

(var

iabl

e) a

(set

-up

in a

ccor

danc

e w

ith m

ould

par

ting

line)

Bore in mould (if required)

275 V

9

800174

BWS

1928

928

1800

1785

3025

2)28

801)

2945

2)28

351)

8003)

928

1960

17402)15951)

BWS

1805

4)

Overall dimensions - shuttle table

BWS

Horizontal version

Electrical connection

Cooling water connection

Mou

ntin

g su

rfac

e sh

uttle

tabl

e

Mou

ntin

g su

rfac

e sh

uttle

tabl

e

Pneumatic connection

1) Injection unit 702) Injection unit 1003) The control cabinet length and position of the electrical connection

can vary due to optional equipment4) Position of cooling water connections can vary due to optional

equipment

BWS - NCG - Non-contacting guard (photoelectric safety barrier)

275 V

10

A

B

19,5

+0,

1

Ø18

(228)

260R

103

108-5

53 15

18

44

24236

2

210

280

350

210

280

350

Ø110H7BWS

70 140

420 420

180

2

26

Ø110 H7

404

162

254

275

210

280

70

140

Ø170

324

Ø14250

Mould installation dimensions - shuttle table

Mould mounting platen for shuttle table | A

Ejector bolt(for gentle ejection)

Mould

Mounting surface

Shutter tableSt

roke

max

. 347

-447

Stro

ke m

ax. 2

25

Useable mounting surface

28 H

eigh

t, s

lidin

g pl

aten

to m

ount

ing

surf

ace

rear safety enclosure

Stroke 500Stroke 500

M12-18 deep

Ø20 for hydraulic ejector

Distance from sliding platen to bar

Height, sliding platen

Ø20 for hydraulic ejector

Moving mould mounting platen | B

M12-24 deep

Ø10H8 - 14 deep

275 V

11

210

182

Ø50 Ø

80

20

60

ba

c

Injection positions

with hydraulic

nozzlefor Injection unit

70 100 70 100

a min. 80 80

a max. 150 150

b min. 50 50

c min. 71 37 51

Mould installation dimensions - shuttle table

Bracket for parting line injection

Horizontal version

(var

iabl

e) a

(set

in a

ccor

danc

e w

ith m

ould

par

ting

line)

Spla

tter

gua

rd

splatter guard

Bore in mould (if required)

275 V

Shot weights

© 2018 ARBURG GmbH + Co KGThe brochure is protected by copyright. Any utilisation, which is not expressly permitted under copyright legislation, requires the previous approval of ARBURG.

All data and technical information have been compiled with great care. However we accept no responsibility for correctness. Individual illustrations and information may deviate from the actual delivery condition of the machine. The relevant valid operating instructions are applicable for the installation and operation of the machine.

ARBURG GmbH + Co KG

Arthur-Hehl-Strasse · 72290 Lossburg · Tel.: +49 7446 33-0 · www.arburg.com · [email protected]

With locations in Europe: Germany, Belgium, Denmark, France, United Kingdom, Italy, Netherlands, Austria, Poland, Switzerland, Slovakia, Spain, Czech Republic, Turkey,

Hungary | Asia: People’s Republic of China, Indonesia, Malaysia, Singapore, Taiwan, Thailand, United Arab Emirates | America: Brazil, Mexico, USA

For more information, please go to www.arburg.com.

ARBURG GmbH + Co KG

DIN EN ISO 9001 + 14001 + 50001 certified

Injection units according to EUROMAP

Screw diameter mm

Polystyrene max. g PS

Styrene heteropolymerizates max. g SB

max. g SAN, ABS1)

Cellulose acetate max. g CA1)

Celluloseacetobutyrate max. g CAB1)

Polymethyl methacrylate max. g PMMA

Polyphenylene ether, mod. max. g PPE

Polycarbonate max. g PC

Polysulphone max. g PSU

Polyamides max. g PA 6.6 | PA 61)

max. g PA 6.10 | PA 111)

Polyoximethylene (Polyacetal) max. g POM

Polyethylene terephthalate max. g PET

Polyethylene max. g PE-LD

max. g PE-HD

Polypropylene max. g PP

Fluorpolymerides max. g FEP, PFA, PCTFE1)

max. g ETFE

Polyvinyl chloride max. g PVC-U

max. g PVC-P1)

1) average value

Theoretical shot weights for the most important injection moulding materials

100

20 25 30

29 45 65

28 44 63

27 43 62

32 50 73

30 47 68

30 46 67

27 42 60

30 47 68

31 49 70

28 44 64

26 41 60

35 55 80

34 53 77

22 34 49

22 35 50

23 36 51

46 72 103

40 63 91

35 54 78

32 50 72

70

18 22 25

21 31 40

20 31 39

20 30 39

24 35 45

22 33 42

22 32 42

19 29 37

22 33 42

23 34 44

21 31 40

19 29 37

26 39 50

25 37 48

16 24 30

16 24 31

17 25 32

33 50 65

29 44 57

25 38 49

23 35 45

5288

95_E

N_G

B_03

2018

· Su

bjec

t to

alte

ratio

ns

275 V