nc rotary tables with worm gear unit...

FIBROPLAN®

NC ROTARY TABLES WITH WORM GEAR UNIT

ROTOCUTTING ROTARY TABLES FOR MACHINE TOOLS

2 3

FIBRO – GLOBAL PIONEER FOR NC ROTARY TABLES AND INDEXING TABLES

FIBRO offers the most comprehensive

range of rotary tables worldwide from a

single source. After starting out in 1960

with a pneumatic rotary table, the product

range has since grown to include more

than 150 different rotary table types.

FIBRO rotary tables are used as posi-

tioning and feeding axes, as workhol-

ding devices in machine tools, as well as

in assembly and automation systems.

Tens of thousands of rotary table units

around the globe are now integrated in

high productivity machines as essential

components. The quality, efficient tech-

nology, and broad product range satisfy

the strict requirements of our customers.

With its strategically placed international

locations, FIBRO is your production

partner who brings proven solutions for

rotary table and NC applications around

the globe. FIBRO's experts are available

to assist in and beyond the planning

phase of projects.

COMPREHENSIVE SERVICE FROM

A SINGLE SOURCE

FIBRO – Global Pioneer

4 5

FIBROPLAN®

NC ROTARY TABLES WITH WORM

GEAR UNIT

FIBRODYN® DA

HIGHLY DYNAMIC NC ROTARY TABLES

WITH DIRECT TORQUE DRIVE

FIBROMAX®

HEAVY LOAD NC ROTARY TABLES

WITH TWIN DRIVE

FIBROTAKT®

HIGH-PRECISION NC ROTARY TABLES

WITH HIRTH FACE GEAR

SPECIAL SOLUTIONS

CUSTOMER SPECIFIC ROTARY TABLES

APPLICATION

ROTOCUTTING RANGEROTARY TABLES FOR MACHINE TOOLS

RotoCutting range

APPLICATION APPLICATION APPLICATION APPLICATION

Transport loads up to 20 t

Well suited for a large variety

of applications

Available as single or multiple

axis combination

Perfectly suitable for rotary

milling and simultaneous

machining

Extreme range of table top sizes

from 160 to 3,000 mm

Available in horizontal and

vertical version

18 sizes

Transport loads up to 400 t

Positioning as well as circular

and simultaneous multi-axis

machining

Available as a modular system,

integrated with linear slide or

standalone rotary table

High speeds and accelerations

with up to 2,000 rpm

Diverse operating modes with-

out rechucking: Positioning

mode, rotary, circular and simul-

taneous machining

Suitable for applications that

requires no mechanical backlash

Highest machining accuracy at

extreme speeds

For high-precision positioning

applications up to ± 1”, repeata-

bility up to ± 0.1”

No NC controller required

Hydraulically, electrically, or

pneumatically driven and con-

trolled

Also available as a built-in

version for integrated machine

constructions, e.g., special pur-

pose rotary transfer machines

Tailored rotary table solutions

for customer application, e.g.

Rotary table/multiple axis

combinations

Planetary tables

Built-in rotary table

Rotary tables integrated

with linear slide

Stand-alone rotary tables

6 7

FIBROPLAN®

AT A GLANCE

The FIBROPLAN NC rotary table

consists of a base unit with the

main mechanical components,

housing, table top, bearing and

Flexible positioning in freely

selectable angular steps

Positioning accuracy with corre-

sponding selection and arrange-

ment of the measuring system up

to ±10” (indirect) or ± 2.5” (direct)

High precision in terms of radial

and facial runout, due to selected,

preloaded radial/axial combina-

tion bearings of the largest

possible diameter

Accommodation of high machin-

ing forces and torques

FIBROPLAN®

TECHNICAL DESCRIPTION

Hydraulic table clamp for increa-

sing static strength with a simulta-

neous relief of the gearing system

Reliable for simultaneous machi-ning

due to preloaded bearings and ad-

justable worm gearing to achieve

near zero backlash

High operating safety and a long

operating life due to a careful struc-

tural design

Low maintenance due to life-time

lubrication

Wide variety of batch-produced

standard models with many variants

selectable from a modular supple-

mentary system

Multiple axis designs and combi-

nations with slide tables

Designs with a pallet clamping

device and pallets

Special solutions for special applica-

tions

1 Table top

2 Worm gear attached to

the table top

3 Bearing

4 Worm with adjus-

table backlash

5 Housing

6 Ring piston for

hydraulic clamping

7 Flexible disc for

hydraulic clamping

gearbox, additional assemblies,

hydraulic clamping, measuring

system and drive motor. Optional

accessories such as the NC con-

trol and comprehensive acces-

sories permit expansion into a

complete, NC-controlled rotary

and positioning axis.

FIBROPLAN®

FIBROPLAN NC rotary tables are char-

acterised by a CNC controlled circular

milling and positioning movement. They

are used in a variety of machine types,

controlled either by a drive unit within the

machine tool or a separate CNC con-

troller. The modern design with a rigid

mechanical structure, combined with

high-quality drive and control elements,

which offers great advantages.

STYLES, SIZES AND PERFOR-

MANCE DATA

The FIBROPLAN manufacturing program

offers a wide range of types, sizes and

performance specifications and allows

an ideal product selection for each indi-

vidual application. The following styles

are available:

The Standard style is designed main-

ly for horizontal use (in relation to the

surface of the table top). The structur-

al design is compact and the height is

kept very low. This ensures maximum

utilization of the machine tool's working

space and highest rigidity. In the case of

sizes 2 through 4, vertical use is possible

due to a second mounting surface.

The Vertical Style is designed mainly

for vertical use (in relation to the surface

of the table top). The structural design

is compact with a relatively low center

height. Vertical rotary tables are coordi-

nated with the counter bearings in regard

to height. A horizontal use is also possible.

Multiple axis designs, e.g., for 5-axis

machining and machining tasks with

complicated angles. Designs with a pal-

let clamping device for accommodating

pallets and machine-integrated designs.

For all applications, we offer qualified

consulting with our entire experience as

a rotary table specialist.

3

5 6 7

2

1

4

8 9

FIBROPLAN® STANDARDHORIZONTAL USE POSITION

FIBROPLAN® VERTICAL TYPEVERTICAL USE POSITION

Range overview

TYPES AND PAGE NUMBERS TYPES AND PAGE NUMBERS

NC. 1.02

PAGE 10

NC. 1.03

PAGE 12

NC. 1.04

PAGE 14

NC. 1.05

PAGE 16

NC. 1.06

PAGE 18

NC. 1.07

PAGE 20

NC. 1.08

PAGE 22

NC. 1.09

PAGE 24

NC. 1.10

PAGE 26

NC. 2.01

PAGE 28

NC. 1.02

PAGE 10

NC. 1.03

PAGE 12

NC. 1.04

PAGE 14

NC. 2.05

PAGE 30

NC. 2.06

PAGE 32

NC. 2.07

PAGE 34

NC. 2.08

PAGE 36

NC. 2.09

PAGE 38

NC. 2.10

PAGE 40

MAIN DIMENSIONS

Table top Ø mm 240/280 340/400 420/500 180 520/630 630/800 800/1,000 1,000/1,250 1,250/1,500 1,600

Overall height mm 180 245 280 130 360 360/440 440/550 550/670 670/800 900

Bearing Ø mm 120x210 200x300 260x385 80 ×150 325×450 460×600 580×750 650×870 850×1,095 1,030×1,300

LOAD DATA

Permissible axial loading on the table top N 9,000 9,000 10,000 5,000 45,000 75,000 100,000 120,000 160,000 200,000

permitted transport load kg 250 300 400 150 1,200 2,000 3,000 6,000 8,000 12,000

Permissible tilting moment Nm 2,000 2,000 3,200 1,500 16,000 26,000 32,000 48,000 60,000 110,000

Permissible torque during rotary milling transmitted by worm gear unit Nm 850 1,900 3,400 300 4,200 7,000 7,000 14,000 17,000 24,000

Permissible tangential mo-ment with hydraulic clamping Nm 1,200 2,000 4,000 700 6,000 8,000 14,000 25,000 32,000 40,000

PRECISION

Indexing precision with indirect measurement in arc seconds, max. – ± 15 ± 15 ± 10 ± 20 ± 10 ± 10 ± 10 ± 10 ± 10 ± 10

with direct measurement in arc seconds dependent on measuring system, max. – ± 3 ± 3 ± 3 ± 3 ± 3 ± 3 ± 3 ± 3 ± 3 ± 3

Axial runout of the center bore measured at the table top (TIR) mm 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01

Axial runout of the table top mm 0.01 0.01 0.01 0.01 0.012 0.015 0.015 0.02 0.02 0.025

DRIVE DATA

Ratio i tot 120/240 72/144 120/240 144 240 288 360 480 480 480

Max. speed of table top rpm 12.5 27.5 10 27.5 10 8 6 6 6 6

MAIN DIMENSIONS

Table top Ø mm 240/280 340/400 420/500 520/630 630/800 800/1,000 1,000/1,250 1,250/1,500 1,600

Overall height mm 190 190 210 205 225 250 290 350 370

Bearing Ø mm 120×210 200×300 260×385 325×450 395x525 460x600 650×870 850×1,095 1,030×1,300

LOAD DATA

Permissible axial loading on the table top N 25,000 35,000 40,000 55,000 75,000 100,000 180,000 240,000 350,000

permitted transport load kg 800 1,000 1,200 2,500 3,500 6,000 10,000 12,000 20,000

Permissible tilting moment Nm 3,200 5,000 8,000 16,000 20,000 26,000 60,000 80,000 150,000

Permissible torque during rotary milling transmitted by worm gear unit Nm 850 1,900 3,500 4,200 7,000 7,000 14,000 17,000 24,000

Permissible tangential mo-ment with hydraulic clamping Nm 1,200 2,000 4,000 6,000 8,000 14,000 25,000 32,000 40,000

PRECISION

Component precision with indirect measurement in arc seconds, max. – ± 15 ± 15 ± 10 ± 10 ± 10 ± 10 ± 10 ± 10 ± 10

with direct measurement in arc seconds dependent on measuring system, max. – ± 3 ± 3 ± 3 ± 3 ± 3 ± 3 ± 3 ± 3 ± 3

Axial runout of the center bore measured at the table top (TIR) mm 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01

Axial runout of the table top mm 0.01 0.01 0.01 0.012 0.015 0.015 0.02 0.02 0.025

DRIVE DATA

Ratio i tot 72/144 120/240 120/240 240 288 360 480 480 480

Max. speed of table top rpm 27.5 12.5 10 10 8 6 6 6 6

Subject to change without notice.

10 11

FIBROPLAN® NC. 1.02STANDARD

1 2 3 4 5

ORDER CODE

NC. 1.02 . . . . .

WEIGHT

1 TABLE TOP DIMENSIONS

Standard dimensions Ø 240/280

2 TABLE TOP DESIGN

Rotary 1

Rotary, with T-slots 12H7/H12 2

Square 3

Square, with T-slots 12H7/H12 4

Special version 0

3 TABLE TOP CLAMPING

Without hydraulic clamping 0

With hydraulic clamping 1

4 MEASURING SYSTEM

Preparation for installation of the measuring system 0_

Delivery with installed measuring system 1_

Direct measuring system _1

Indirect measurement on motor _4

5 MOTOR ARRANGEMENT

Preparation for installation of the motor 0

Delivery with installed motor 1

Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA

Max. center borehole (special design) mm Ø 65

Bearing – inner x outer Ø mm 120 x 210

Weight with Ø 240 mm table top kg 80

INSTALLATION POSITION OF STANDARD

HORIZONTAL/VERTICAL TABLE TOPS

(specify other mounting positions on ordering)

Pressure bar 64

Volume cm3 4

Max. pump capacity l/min 2

CAD files and technical data can be downloaded from www.fibro.com.

Overall length depends on the motor used

PRECISION

Indexing precision in arc seconds, max. ± 15”

Indexing precision in arc length on Ø 240 mm ± 0.009

Indexing precision in arc seconds, optional ± 3”


9

Transport load

Machining force

1

3

8

4

Runout: center bore mm 0.01

Axial runout precision on Ø 240 mm mm 0.01

Plane parallelism of housing/table top related to Ø 240 mm

mm 0.02

LOAD DATA

1 Permissible axial loading on the table top, horizontal

kN 25

2 Permissible axial loading on the table top, vertical

kN 9

3 Permissible radial loading on the table top kN 25

4 Maximum permissible transport load on table top, horizontal

kg 800

5 Maximum permissible transport load on table top, vertical

kg 250

6 Permissible tilting moment on rotating table top, horizontal

kNm 3.2

7 Permissible tilting moment on rotating table top, vertical

kNm 2

8Permissible tangential moment on posi-tioned table top with hydraulic clamping

kNm 1.2

9 Torque limit transferable by standard worm kNm 0.85

6

2

7

5

60

SAMPLE DESIGN NC. 1.02

Maximum

speed (rpm)

Transport load (kg)

Acceleration and deceleration

time (ms)

Available torque at table top speed

of 1 rpm (Nm)

Table top Ø

(mm)

Mass moment of inertia (kgm²)

FIBROPLAN® NC. 1.02

Higher geometric accuracies available on request

Special Versions Available on Request

REQUIREMENTS FOR HYDRAULIC CLAMPING

5 5 10

1015

15

20

20

25

25

30

30

100200

400

600

800

1.000

1.200

100

0,6

0,5

0,10,2

0,30,4

0

200 200300 300

400 400500 500

600 600

12 13



9

1

3

8

4

6

2

7

5

65

WEIGHT


PRECISION








mm 0.02

LOAD DATA


kN 35


kN 9



kg 1,000


kg 300


kNm 5


kNm 2


kNm 2

9 Torque limit transferable by standard worm kNm 1.9Transport load

Machining force

1 2 3 4 5

ORDER CODE

NC. 1.03 . . . . .





Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)



2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 4








of 1 rpm (Nm)

5 15 10

3015

45

20

60

25

75

30

90

100200

400

600

800

1.000

1.200

100

0,6

0,5

0,10,2

0,30,4

0

200 200300 300

400 400500 500

600 600

14 15

FIBROPLAN® NC. 1.04 STANDARD


9

1

3

8

4

6

2

7

5

80

WEIGHT


Transport load

Machining force

1 2 3 4 5

ORDER CODE

NC. 1.04 . . . . .

PRECISION








mm 0.02

LOAD DATA


kN 40


kN 10



kg 1,200


kg 400


kNm 8


kNm 3.2


kNm 4






Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)



2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 6








of 1 rpm (Nm)

25 50 50

100

150

200

250

300

75100

125150

125200

400

600

800

1.000

1.200

250

2

1,8

0,30,6

0,91,2

0

250 500375 750

500 1.000625 1.250

750 1.500

16 17



9

1

3

8

4

6

85

WEIGHT


Transport load

Machining force

1 2 3 4 5

ORDER CODE

NC. 1.05 . . . . .

PRECISION








mm 0.025

LOAD DATA


kN 55



kg 2,500


kNm 16


kNm 6



HORIZONTAL TABLE TOPS



Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)



2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 8








of 1 rpm (Nm)

50125100

250

375

500

625

750

150200

250300

1251.000

2.000

3.000

4.000

5.000

6.000

2000

250 400375 600

500 800625 1.000

750 1.200

0,9

0,75

0,150,30

0,450,60

18 19



9

1

3

8

4

6

100

WEIGHT


Transport load

Machining force

1 2 3 4 5

ORDER CODE

NC. 1.06 . . . . .

PRECISION








mm 0.03

LOAD DATA


kN 75



kg 3,500


kNm 20


kNm 8

9 Torque limit transferable by standard worm kNm 7





Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)



2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 10








of 1 rpm (Nm)

1520030

400

600

800

1.000

1.200

4560

7590

2251.000

2.000

3.000

4.000

5.000

6.000

5000

450 1.000675 1.500

900 2.0001.125 2.500

1.350 3.000

3,0

2,5

0,51,0

1,52,0

20 21



9

1

3

8

4

6

110

WEIGHT


Transport load

Machining force

1 2 3 4 5

ORDER CODE

NC. 1.07 . . . . .

PRECISION








mm 0.03

LOAD DATA


kN 100



kg 6,000


kNm 26


kNm 14






Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)


Standard dimensions Ø 800/1,000

2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 12








of 1 rpm (Nm)

1030020

600

900

1.200

1.500

1.800

3040

5060

2501.000

2.000

3.000

4.000

5.000

6.000

4500

500 900750 1.350

1.000 1.8001.250 2.250

1.500 2.700

9,0

7,5

1,53,0

4,56,0

22 23



9

1

3

8

4

6

130

WEIGHT


Transport load

Machining force

1 2 3 4 5

ORDER CODE

NC. 1.08 . . . . .

PRECISION


Indexing precision in arc length on Ø 1,000 mm ± 0.024




Axial runout precision on Ø 1,000 mm mm 0.02

Plane parallelism of housing/table top related to Ø 1,000 mm

mm 0.04

LOAD DATA


kN 180



kg 10,000


kNm 60


kNm 25






Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)


Standard dimensions Ø 1,000/1,250

2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA



Weight with Ø 240 mm table top kg 1,550

Pressure bar 64

Volume cm3 15








of 1 rpm (Nm)

13.5002

7.000

10.500

14.000

17.500

21.000

34

56

3002.500

5.000

7.500

10.000

12.500

15.000

2.0000

600 4.000800 6.000

1.200 8.0001.500 10.000

1.800 12.000

0,6

0,5

0,10,2

0,30,4

24 25



9

1

3

8

4

6

145

WEIGHT


Transport load

Machining force

1 2 3 4 5

ORDER CODE

NC. 1.09 . . . . .

PRECISION








mm 0.04

LOAD DATA


kN 240



kg 15,000


kNm 100


kNm 32


WEIGHT

Transport load

Machining force





Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)



2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA


Bearing – inner x outer Ø mm 850 x 1,095


Pressure bar 64

Volume cm3 20








of 1 rpm (Nm)

3.500

7.000

10.500

14.000

17.500

21.000

3503.500

7.000

10.500

14.000

17.500

21.000

0

7001.050

1.4001.750

2.100

65

12

34

1020

3040

5060

2.0004.000

6.0008.000

10.00012.000

26 27



9

1

3

8

4

6

170

WEIGHT


Transport load

Machining force

1 2 3 4 5

ORDER CODE

NC. 1.10 . . . . .

PRECISION






Axial runout precision at Ø 1,600 mm mm 0.025


mm 0.05

LOAD DATA


kN 350



kg 20,000


kNm 150


kNm 40






Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)


Standard dimensions Ø 1,600

2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA


Bearing – inner x outer Ø mm 1,030 x 1,300


Pressure bar 64

Volume cm3 25








of 1 rpm (Nm)

15.000

30.000

45.000

60.000

75.000

90.000

5005.000

10.000

15.000

20.000

25.000

30.000

5.0000

1.000 10.0001.500 15.000

2.000 20.0002.500 25.000

3.000 30.000

9075

1530

4560

1020

3040

5060

28 29

FIBROPLAN® NC. 2.01 VERTICAL TYPE


3

2

75

9

8

55

WEIGHT


Transport load

Machining force

1 2 3 4 5

ORDER CODE

NC. 2.01 . . . . .

PRECISION






Axial runout precision at Ø 160 mm mm 0.01


mm 0.02

LOAD DATA


kN 5



kg 150


kNm 1.5


kNm 0.7



VERTICAL TABLE TOPS



Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)


Standard dimensions Ø 180

2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 2








of 1 rpm (Nm)

5025

50

75

100

125

150

250

100 50

150 75

200 100

250 125300 150

510

1520

2530

2

4

6

8

10

12

0,6

0,5

0,10,2

0,30,4

30 31FIBROPLAN® NC. 2.05

3

2

75

9

8

90

WEIGHT


Transport load

Machining force


1 2 3 4 5

ORDER CODE

NC. 2.05 . . . . .

PRECISION








mm 0.025

LOAD DATA


kN 45



kg 1,200


kNm 16


kNm 6



VERTICAL TABLE TOPS



Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)



2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 16








of 1 rpm (Nm)

0

75

150

225

300

375

450

0,9

0,75

0,150,30

0,450,60

450900

1.3501.800

2.2502.700

200

400

600

800

1.000

1.200

125250

375500

625750

1020

3040

5060


3

2

75

9

8

100

WEIGHT


Transport load

Machining force


1 2 3 4 5

ORDER CODE

NC. 2.06 . . . . .

PRECISION








mm 0.03

LOAD DATA


kN 75



kg 2,000


kNm 26


kNm 8



VERTICAL TABLE TOPS



Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)



2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 20








of 1 rpm (Nm)

0

150

300

450

600

750

900

1,2

1,0

0,20,4

0,60,8

7501.500

2.2503.000

3.7504.500

500

1.000

1.500

2.000

2.500

3.000

200400

600800

1.0001.200

1020

3040

5060


3

2

75

9

8

120

WEIGHT


Transport load

Machining force


1 2 3 4 5

ORDER CODE

NC. 2.07 . . . . .

PRECISION








mm 0.03

LOAD DATA


kN 100



kg 3,000


kNm 32


kNm 14



VERTICAL TABLE TOPS



Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)


Standard dimensions Ø 800/1,000

2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 25








of 1 rpm (Nm)

0

500

1.000

1.500

2.000

2.500

3.000

1.0002.000

3.0004.000

5.0006.000

2.000

4.000

6.000

8.000

10.000

12.000

200400

600800

1.0001.200

0,6

0,5

0,10,2

0,30,4

12

34

56


3

2

75

9

8

130

WEIGHT


Transport load

Machining force


1 2 3 4 5

ORDER CODE

NC. 2.08 . . . . .

PRECISION








mm 0.04

LOAD DATA


kN 120



kg 6,000


kNm 48


kNm 25



VERTICAL TABLE TOPS



Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)



2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA




Pressure bar 64

Volume cm3 30








of 1 rpm (Nm)

0

12.000

200400

600800

12

34

56

3.500

7.000

10.500

14.000

17.500

21.000

0,9

0,75

0,150,30

0,450,60

2.0004.000

6.0008.000

10.000

1.000

2.000

3.000

4.000

5.000

6.000

1.0001.200


3

2

75

9

8

145

WEIGHT


Transport load

Machining force


1 2 3 4 5

ORDER CODE

NC. 2.09 . . . . .

PRECISION








mm 0.04

LOAD DATA


kN 160



kg 8,000


kNm 60


kNm 32



VERTICAL TABLE TOPS



Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)



2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA


Bearing – inner x outer Ø mm 850 x 1,095


Pressure bar 64

Volume cm3 40








of 1 rpm (Nm)

250

0

500750

1.0001.200

1.500

3.500

7.000

10.500

14.000

17.500

21.000

2

1,8

0,30,6

0,91,2

2.5005.000

7.50010.000

12.50015.000

2.000

4.000

6.000

8.000

10.000

12.000

12

34

56


3

2

75

9

8

170

WEIGHT


Transport load

Machining force


1 2 3 4 5

ORDER CODE

NC. 2.10 . . . . .

PRECISION






Axial runout precision at Ø 1,600 mm mm 0.025


mm 0.05

LOAD DATA


kN 200



kg 12,000


kNm 110


kNm 40



VERTICAL TABLE TOPS



Maximum

speed (rpm)

Transport load (kg)


time (ms)

Table top Ø

(mm)


Standard dimensions Ø 1,600

2 TABLE TOP DESIGN

Rotary 1


Square 3


Special version 0




4 MEASURING SYSTEM





5 MOTOR ARRANGEMENT



Drive on left L

Drive on right R

Gear wheel train Z

Belt train R

Angular gear box W

Hand crank H

Special version S

TECHNICAL DATA


Bearing – inner x outer Ø mm 1,030 x 1,300


Pressure bar 64

Volume cm3 50








of 1 rpm (Nm)

03.000

6.0008.000

11.00014.000

18.000

2.000

4.000

6.000

8.000

10.000

12.000

12

34

56

5.000

15.000

10.000

20.000

25.000

30.000

1,2

1,0

0,20,4

0,60,8

350700

1.0501.400

1.7502.100

42 43

FROM A SINGLE SOURCE

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T +49 7134 73-0

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T +1 815 2291300

F +1 815 2291303

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2nd Floor, Building 30, No. 188,

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nc rotary tables with worm gear unit...

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