fibro rotary units
DESCRIPTION
Fibro RotaryTRANSCRIPT
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Automation+RoboticsElectrically driven modules
Rotary Units
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1. EditionWe reserve the right to make technical modifications.
Electrically driven modules
Rotary Units
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Contents
517
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Page
Introduction 6
Ordering codes 7
Technical description of the basic elementsDetails of rotary units 8
Technical data and dimensionsElectrically driven rotary units 1013
141718212225
Examples of fixing ring installations 26
Mass moment of inertia calculation 27
54.57.2.55.51.3.55.51.4.55.51.5.
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Electrically driven modules
FIBRO working on your behalfAs you will no doubt already be aware, for manydecades the name FIBRO has been synonymouswith the systematic rationalisation of workprocesses.
Not content with our well-known range of indexingtables, FIBRO engineers have made another majorstep towards the automation of production lines bydeveloping the modular handling system.
The modular handling systemThe standardised elements of this modular system(the modules) enable users to solve their handlingproblems with the minimum of design and planning.The modules can be easily assembled to createdevices specifically tailored to the particular hand-ling task and the available space. This means thatany point can be approached simply by combiningtranslation and rotary modules. Modules from thevarious series can be combined with incredible fle-xibility, opening up a broad range of applicationsand enabling units to be matched precisely to indivi-dual tasks in a way that is normally only possiblewith expensive made-to-measure machines.
Elements of the modularhandling systemWe can provide translation modules (translationalaxes) and rotary modules (rotary axes) in a range ofsizes in order to execute three-dimensional move-ments.
The modules can be driven pneumatically, hydrauli-cally or electrically.
For the "gripping function, the module has jaws for swivel motion, and jaws for parallel motion.which are pneumatically, hydraulically or electricallyactuated.
These options cover a wide range of gripping func-tions, and the interchangeable jaws enable the unitsto be adapted to specific workpiece contours.
The modules required for specific handling taskscan be easily selected with reference to theavailable design and load data (see datasheets).
Freely programmable control systems can be usedto control these modular handling devices.
The modules can be fixed to one another in a num-ber of ways, thus offering a high degree of flexibilitywhen creating handling units for specific functions.
Advantages of the modularhandling systemThe modular handling system offers the usera number of advantages:
A wide range of applications thanks to the highlyversatile module combination opportunities
Mature and proven modules guarantee maximumreliability
Cuts the time required for design and planning
Modules are interchangeable and can be reusedfor different tasks
The best type of driving unit pneumatic, hydrau-lic or electrical is used for each application
The elements can be purchased at series-production prices
CAD support during the design phase
We shall be pleased to advise you on applicationsand implementation of the modules. Our team ofexperts will be pleased to hear from you.Confirmation of the versatility of the modularsystem is provided by many handling systemswhich have been in constant use for years.
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Ordering codesRotation
517
203
200
11
Code groups A B C Diameter (D)Series Model, driving unit Size Motion Version
54. 57. 2 to 4. 0360 86 Basic unit without motor
87 Basic unit without motorwith coupling for keyless motor shaft
82 with servo motor attached
0 without rotary transmission leadthrough
4 with 4 way leadthrough
6 with 6 way leadthrough
. . . ..
-
ModelsTechnical description
Rotating ModuleType RE 75
Size 2Transport load, max. 75 kgMax. moment of inertia 5 kg m2Load moment 75 NmRotary table 90 mm
Type RE 150
Size 3Transport load, max. 150 kgMax. moment of inertia 10 kg m2Load moment 150 NmRotary table 120 mm
Type RE 300
Size 4Transport load, max. 300 kgMax. moment of inertia 50 kg m2Load moment 300 NmRotary table 140 mm
Type RE 600
Size 5Transport load, max. 600 kgMax. moment of inertia 300 kg m2Load moment 600 NmRotary table 160 mm
Option :Rotary leadthrough, distribution tableDrive motor :Choice of manufacturers
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9
Electrically drivenRotary Units
-
Ordering informationType 54. 57.Size 2.Turning angle unrestricted 0 3 6 0.VersionBasic unit with motor attached 82without motor 86without motor, with coupling 87without rotary transmission leadthrough 0with 4 way leadthrough 4with 6 way leadthrough 6Ordering example 54. 57. 2. 0360. 820
Drive unit position on A, B, C or D
Please give us exact details to the motor,even if you wish to make the motoravailable for fitting, or if you wish to fit it yourselves.
Accessories :Distributor table, see page 12Fixing rings, see page 26
517
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11
95mm
x
95mmx
x
x
xx
Technical dataTransport weight, max [kg] 75Load moment, max [Nm] 75Tilting moment [Nm] 150Moment of inertia, max [kgm2] 5Rate of rotation (motor with 3000 rpm) [/sec] 180Rotational acceleration [/sec2] 450Repeat accuracy [min] +/0,5Overall ratio [ i ] 100:1Area of operation max. [mm] 300
Servo motor : MKD 041 Manufactured by Indramator similar motor
Weights : Basic unit 12,5 kgConnecting block rotary transmission leadthrough 4 x 1,5 kgConnecting block rotary transmission leadthrough 6 x 2,2 kgDistribution table 0,8 kgCoupling flange with clamping hub 1,0 kgMotor e.g. Indramat MKD 041 4,65 kg
NoteIndramat MKD 041 motor with drive shaft (14 x 30) with feather key, can be attached directly i.e. without acoupling flangeAll other motors are attached using clamping hub andcoupling flange
Rotary unit54.57.2. electrically drivenRE-75
Load data
Axial load GVertical rotary axisGmax. 75 kg
Load moment ML75 Nm
Tangential moment MTwith gripped shaft 75 Nm
Tilting moment MK150 Nm
Moment of inertia 5 kgm2
Calculation of moment of inertiaSee example on page 27
D
C
B
A
-
DA
f790
20
B
65A
3,8
20
12M8
M12
4,5 30
140
104
95
47,5
70,5 46
46
22
6,5
6011
8
85
8692
f790
37
4,5
12 x 45
56,3
140
70 76
32,565
110
110
15 H7
TK
17,5
10,518
4,5
18 H7
H7
B C
Rotary unit, electrically driven 54.57.2.
Technical descriptionThe casing is made of high tensile aluminiumTurning angle unrestrictedPositioning by means of braked servo motorWorking principle : 2 stage gearingLow backlash < 3 min with pre-tensioningVery stable and rigidZero backlash bearingsGreased for lifeInstallation in any orientationDrive can be attached in any of 4 x 90 orientationsMotor fitting with clamping hubCentre opening 20 for cable leadthrough
Option :4 way or 6 way rotary transmission leadthroughSuitable for hydraulic systems up to 120 bar
pneumatic systems up to 12 barLeadthrough diameter 5 mm
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Dimensions
RE-75
M8 x 20 deep (6x)
M10 x 21 deep (4x)
100H8 x 3,5 deep Recesses approx.30 wide x 4 deep
Thread with fixingring - countersink Detail B Detail A
ca. Rotary table
Point of rotation whenchanging orientation of drive.Drive options: 4 x 90
Position of drive
* Fixinggauge tolerance for fixingholes: 0.02 mmFixing rings, see page 26
mot
ors
with
feat
her
key
driv
esh
aft w
ith c
oup
ling
flang
e fo
r m
otor
s w
ith k
eyle
ss fl
ange
-
36 100
4
5
1
2
(32
)
45
45
60
M8H7
12
65
3,8
1322
A
A8G 1/
11
510
0
20
A - A
517
208
200
11
Rotary unitelectrically driven 54.57.2. Accessories
Distribution tableOrder no : 1.048.02791
65
1 4
3222,63
d2
h
d 1 f7
NoteCAD We shall be pleased to send you, upon request, the CAD dataset
for designing the rotary unit. Please specify whether you wouldlike the data on diskette, CD or by e-mail in DXF or IGES format.
RE-75
Cou
nter
sunk
hol
e
for
fixin
g rin
gs (2
x)
Rot
ary
tab
le
90f7
max
. 5
Examples for fitting to rotarytable and line connectionwith tubeless directconnection
Example 1
Example 2
Fixing ring
On flat surface,
centring with 2 fixing rings
Rotary table
Centring with overlap
and 1 fixing ringmin. 3,5
max. 5,5
0.181.Fixing rings
Example application, see page 26
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120
1,4
9,45
C
22,63
32
22,63
1, 3, 5
19,5
19,5
f7
f7
100
93,5
243
1
272712
6,5
66,5
118
140
110
110
7670
56,3
6532,5
2065
90 f7
3,8
20
6,5
X
M812 H7
TK
24
2732712
5 6
100
Rotary unit,electrically driven 54.57.2.
517
209
200
11
with rotary transmission leadthrough
Order no.Rotary unit, electrically drivenwith 4 way leadthrough54.57.2.0360.8 4with 6 way leadthrough54.57.2.0360.8 6
RE-75
Connecting blockRotary transmission leadthrough, 4 wayDuplicate portsoffset 90Connection thread G1/4
Recessesapprox. 30 wide x 4 deep
2, 4, 6Connecting blockmounting options 4x90
View X, rotary table
Detail CFeedthrough hole
KANTSEAL6,07/9,43x1,68(supplied)
M8 x 20 deep (6x)
Connecting blockRotary transmission leadthrough, 6 wayDuplicate portsoffset 90Connection thread G1/4
Distribution table
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517
210
200
11
110m
mx
110mmx
x
x
xx
Technical dataTransport weight, max [kg] 150Load moment, max [Nm] 150Tilting moment [Nm] 300Moment of inertia, max [kgm2] 10Rate of rotation (motor with 3000 rpm) [/sec] 180Rotational acceleration [/sec2] 450Repeat accuracy [min] +/0,5Overall ratio [ i ] 100:1Area of operation max. [mm] 500
Servo motor : MKD 041 Manufactured by Indramator similar motor
Weights : Basic unit 19,8 kgConnecting block rotary transmission leadthrough 4 x 2,9 kgConnecting block rotary transmission leadthrough 6 x 4,0 kgDistribution table 1,1 kgCoupling flange with clamping hub 1,6 kgMotor e.g. Indramat MKD 041 4,65 kg
Siemens 1 FK6 042 6AF71 6,4 kg
NoteIndramat MKD 041 motor with drive shaft (14 x 30) with feather key, can be attached directly i.e. without a coupling flange.All other motors are attached using clamping hub and coupling flange.
Rotary unit, 54.57.3. electrically drivenRE-150
Load data
Axial load GVertical rotary axisGmax. 150 kg
Load moment ML150 Nm
Tangential moment MTwith gripped shaft 150 Nm
Tilting moment MK300 Nm
Moment of inertia 10 kgm2
Calculation of moments of inertia,see example on page 27
Ordering informationType 54. 57.Size 3.Rotation angle unrestricted 0 3 6 0.Version :Basic unit with motor attached 82without motor 86without motor, with clutch 87without rotary transmission leadthrough 0with 4 way leadthrough 4with 6 way leadthrough 6Ordering example 54. 57. 3. 0360. 820
Drive unit : Position A, B, C or D
Please give us exact details to the motor,even if you wish to make the motoravailable for fitting, or if you wish to fit it yourselves.
Accessories :Distributor table, see page 16Fixing rings, see page 26
D
C
B
A
-
D120 f7
A
12 H7M8
3,8
20
152
116
105304,5
5
1810,526
51
5153
84
100
104
12012,5
1080
137
4541
TK 95120 f7
4,5
15 H7
152
152
8 x 45
82,27
176
88 88
9547,5
82
M1218 H7
A B C
Rotary Unit, electrically driven 54.57.3.
Technical descriptionThe casing is made of high tensile aluminiumTurning angle unrestrictedPositioning by means of braked servo motorWorking principle: 2 stage gearinglow backlash < 3 min with pre-tensioningvery stable and rigidzero backlash bearingsgreased for lifeinstallation in any orientationDrive can be attached in any of 4 x 90 positionsMotor adaptation with clamping hubCentre opening 41 for cable leadthrough
Option :4 way or 6 way rotary transmission leadthroughsuitable for hydraulic systems up to 120 bar
pneumatic systems up to 12 barLeadthrough diameter 6.5 mm
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Dimensions
RE-150
M8 x 20 deep (6x)
M10 x 20 deep (4x)
140H8 x 4,7 deep Recessesca. 30 deep x ca. 5 deep
Thread with fixingring - countersinkDetail A
Rotary table
Point of rotation whenchanging orientation of driveDrive options: 4 x 90
for
mot
ors
with
driv
e sh
aft
with
feat
her
key
with
cou
plin
g fla
nge
for
mot
ors
with
key
less
flan
ge
Position of drive
* Fixinggauge tolerance for fixingholes: 0.02 mmFixing rings, see page 26
-
52
4
3
6
1
125
(56
)
45
60
M8H7
12
14
512
5
41
95
24
4G 1/12,5
3,8 A
A
45
A - A
517
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Rotary unit,electrically driven54.57.3. Accessories
Distribution tableOrder no : 1.048.02792
39,6
6
1 4
5
32
RE-150
Cou
nter
sunk
hol
efo
r fix
ing
rings
(2x)
Rot
ary
tab
le
120 f
7
max
. 6,
5
Examples for fitting to rotarytable and line connectionwith tubeless directconnection
Example 1
Example 2
Fixing ring
On flat surface, centring
with 2 fixing rings
Rotary table
Centring with one overlap
and one fixing ringmin. 3,5
max. 8
d2
h
d 1 f7
0.181.Fixing rings
Anwendungsbeispiel siehe Seite 26
NoteCAD We shall be pleased to send you, upon request, the CAD dataset
for designing the rotary unit. Please specify whether you wouldlike the data on diskette, CD or by e-mail in DXF or IGES format.
-
56 39,6
39,6
2, 4, 6
f7140
56
X
112,4
104,4
31
137
72,2
80,2
12,732,2
23,8
176
152
152
88 88
47,595
82,27
42 1
20
3,8
10
41
120 f7
12 H7
TK 95
3
32,2
10
12,7 32,232,2
23,8
42
f7140
41
1,4
116,5M8C
Rotary unit,electrically driven 54.57.3.
517
213
2001
1
with rotary transmission leadthrough
RE-150
Connecting blockRotary transmission leadthrough, 4 wayDuplicate connection ports,offset by 90Connection thread G1/4
Recessesca. approx. 30 wide x 5 deep
1, 3, 5Connecting block4 x 90 options
View X, rotary table
Detail CFeedthrough hole
KANTSEAL7,65/11x1,68(supplied)
M8 x 20 deep (6x)
Connecting blockRotary transmission leadthrough, 6 wayDuplicate connection ports,offset by 90Connection thread G1/4
Distribution table
Order no.Rotary unit, electrically drivenwith 4 way leadthrough54.57.3.0360.8 4with 6 way leadthrough54.57.3.0360.8 6
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517
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1
Technical dataTransport weight, max [kg] 300Load moment, max [Nm] 300Tilting moment [Nm] 800Moment of inertia, max [kgm2] 50Rate of rotation (motor with 3000 rpm) [/sec] 180Rotational acceleration [/sec2] 450Repeat accuracy [min] +/0,5Overall ratio [ i ] 100:1Area of operation max. [mm] 1000
Servo motor : MKD 071 Manufactured by. Indramator similar motor
Weights :Basic unit 42,9 kgConnecting block rotary transmission leadthrough 4 x 2,9 kgConnecting block rotary transmission leadthrough 6 x 4,0 kgDistribution table 1,6 kgCoupling flange with clamping hub 3,0 kgMotor e.g. Indramat MKD 071 9,42 kg
Siemens 1FK6 063 6AF71 13,9 kg
NoteIndramat MKD 071 motor with drive shaft (19 x 40) with feather key, can be attached directlyi.e. without a coupling flange.All other motors are attached using clamping huband coupling flange.
Rotary unit, 54.57.4. electricallyRE-300
Ordering informationType 54. 57.Size 4.Turning angle unrestricted 0 3 6 0.Version :Basic unit with motor attached 82without motor 86without motor, with clutch 87without rotary transmission leadthrough 0with 4 way leadthrough 4with 6 way leadthrough 6Ordering example 54. 57. 4. 0360. 820
Drive unit : Position A, B, C or D
Please give us exact details to the motor,even if you wish to make the motoravailable for fitting, or if you wish to fit it yourselves.
Accessories :Distributor table, see page 20Fixing rings, see page 26
x
x
xx
140m
mx
140mmx
Load data
Axial load GVertical rotary axisGmax. 300 kg
Load moment ML300 Nm
Tangential moment MTwith gripped shaft 300 Nm
Tilting moment MK800 Nm
Moment of inertia 50 kgm2
Calculation of moment of inertiaSee example on page 27
D
C
B
A
-
DBA
k6140
A
15M10
4,5
24
M16
127 193,5
3613
5
57
106 66
68
201338
66
4,5 18 H7
190
190
115
17,5
7
49
142,5
160
41
8 x 45
95,26
220
20 x 45
110 124,5
55110
k6140TK 110
174 100
24 H7
H7
C
Rotary unitelectrically driven 54.57.4.
Technical descriptionThe casing is made of high tensile aluminiumTurning angle unrestrictedPositioning by means of braked servo motorWorking principle: 2 stage gearinglow backlash < 3 min with pre-tensioningvery stable and rigidzero backlash bearingsgreased for lifeinstallation in any orientationDrive can be attached in any of 4 x 90 orientationsMotor adaptation with clamping hubCentre opening 41 for cable leadthrough
Option :4 way or 6 way rotary transmission leadthroughsuitable for hydraulic systems up to 120 bar
pneumatic systems up to 12 barLeadthrough diameter 6.5 mm
In the case of rotary units without a leadthrough the centre holecan be 63
517
215
200
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Dimensions
RE-300
M10 x 24 deep (6x)
M12 x 28 deep (4x)
140H8 x 4,7 deep Recesses approx.30 wide x 5 deep
Thread with fixingring - countersinkDetail A
ca. Rotary table
Point of rotation whenchanging orientation of driveDrive options: 4 x 90
for
mot
ors
with
driv
e sh
aft
with
fe
athe
r ke
y
with
cou
plin
g fla
nge
for
mot
ors
with
key
less
flan
ge
Position of drive
* Fixinggauge tolerance for fixingholes: 0.02 mmFixing ring, see page 26
-
1 4
3
65
2
150
(56
)
45
60
M10
15
41
16
815
011
0
4,5
12,524
4G 1/H7
A
A
45
A - A
517
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2001
1
Rotary unit, electrically driven54.57.4. Accessories
Distribution tableOrder no : 1.048.02793
2 339,6
65
41
RE-300
Sen
kung
fr
Fixi
errin
ge (2
x)
Rot
ary
tab
le
140
k6m
ax.
6.5
Examples for fitting to rotarytable and line connectionwith tubeless directconnection
Example 1
Example 2
Fixing ring
On flat surface, centring
with 2 fixing rings
Rotary table
Centring with one overlap
and one fixing ringmin. 3.5
max. 6
d1 f7d 2
h
0.181. Fixing rings
Example application, see page 26
NoteCAD We shall be pleased to send you, upon request, the CAD dataset
for designing the rotary unit. Please specify whether you wouldlike the data on diskette, CD or by e-mail in DXF or IGES format.
-
1M10
39,6
56 39,6
2, 4, 6
f7140
104,4
112,4
32,2
32,2
12,7
72,2
80,2
174
719
022
0
190
124,5110
11055
95,26
41
140
15
24
4,5
7
42 1
3
X
k6
H7
TK 110
23,8
32,2
12,7
3
32,2
42
23,8
6 5
f7140
41
1,4
116,5
C
Rotary unit, electrically driven 54.57.4.
517
217
2001
1
with rotary transmission leadthrough
RE-300
Connecting blockRotary transmissionleadthrough, 4 wayDuplicate connection ports,offset by 90Connection thread G1/4
Recessesapprox. 30 wide x approx. 5 deep
1, 3, 5Connecting block with 4 x90 mounting options
View X, rotary table
Detail CFeedthrough hole
KANTSEAL7,65/11x 1,68(supplied)
M10 x 20 deep (6x)
Connecting blockRotary transmissionleadthrough, 6 wayDuplicate connection ports,offset by 90Connection thread G1/4
Distribution table
Order no.Rotary unit, electrically drivenwith 4 way rotary transmission leadthrough54.57.4.0360.8 4with 6 way rotary transmission leadthrough54.57.4.0360.8 6
-
xx
xx
170m
mx
170mmx
517
218
200
11
NoteIndramat MKD 090 motor with drive shaft ( 24 x 50) with feather key, can be attached directly i.e. withouta coupling flange.All other motors are attached using clamping hub andcoupling flange.
Rotary unit,54.57.5. electrically drivenRE-600
Load data
Axial load GVertical rotary axisGmax. 600 kg
Load moment ML600 Nm
Tangential moment MTwith gripped shaft 600 Nm
Tilting moment MK1200 Nm
Moment of inertia 300 kgm2
Calculation of moment of inertiaSee also page 27
Ordering informationType 54. 57.Size 5.Turning angle unrestricted 0 3 6 0.Version :Basic unit with motor attached 82without motor 86without motor, with clutch 87without rotary transmission leadthrough 0with 4 way leadthrough 4with 6 way leadthrough 6Ordering example 54. 57. 5. 0360. 820
Drive unit : Position A, B, C or D
Please give us exact details to the motor,even if you wish to make the motoravailable for fitting, or if you wish to fit it yourselves.
Accessories :Distributor table, see page 24Fixing rings, see page 26
Technical dataTransport weight, max [kg] 600Load moment, max [Nm] 600Tilting moment [Nm] 1200Moment of inertia, max [kgm2] 300Rate of rotation (motor with 3000 rpm) [/sec] 180Rotational acceleration [/sec2] 450Repeat accuracy [min] +/0,5Overall ratio [ i ] 100:1Area of operation max. [mm] 1500
Servo motor : MKD 090 Manufactured by Indramator similar motor
Weights :Basic unit 75 kgConnecting block rotary transmission leadthrough 4 x 2,9 kgConnecting block rotary transmission leadthrough 6 x 4,0 kgDistribution table 2,3 kgCoupling flange with clamping hub 4,2 kgMotor e.g. Indramat MKD 090 15,1 kg
D
C
B
A
-
DA
160 k6
A
18 H7M12
26
4,5
3
44
162 232
M20
5,5 45
173
7375
131
2617,5
73
721
,513
020
6
140
162180
6141
TK = 130k6160
16 x 45
112,6
270
138135
65130
5 24 H7
230
230
28 H7
X
C
B
subject to alterations 23
Rotary unit,electrically driven 54.57.5.
Technical descriptionThe casing is made of high tensile aluminium Turning angle unrestrictedPositioning by means of braked servo motorWorking principle : 2 stage gearing low backlash < 3 min with pre-tensioning very stable and rigidzero backlash bearingsgreased for lifeinstallation in any orientationDrive can be attached in any of 4 x 90 positions Motor attachment with clamping hubCentre opening 41 for cable leadthrough
Option :4 way or 6 way rotary transmission leadthroughsuitable for hydraulic systems up to 120 bar
pneumatic systems up to 12 barLeadthrough diameter 6.5 mm
In the case of rotary units without a leadthrough the centre holecan be 63
517
219
200
11
Dimensions
RE-600
M12 x 26 deep(6x)
140H8 x 4.7 deep
M16 x 33 tief (4x)
Recesses approx.30 wide x approx. 5 deep
Thread with fixingring - countersink
Detail A
View X
Rotary table
Point of rotation whenchanging orientation of driveDrive options: 4 x 90
for
mot
ors
with
driv
esha
ftw
ith fe
athe
r ke
yw
ith c
oup
ling
flang
e fo
r m
otor
sw
ith k
eyle
ss fl
ange
* Fixinggauge tolerance for countersunkfixing holes: 0.02 mmFixing ring, see page 26
Pos
ition
of d
rive
-
514
23
6 170
(56
)
45
60
M12
H7
18
41
4,5
4G 1/12,5
2419
817
013
0
A
A
45
A - A
517
220
2001
1
Rotary unit,electrically driven54.57.5. Accessories
Distribution tableOrder no : 1.048.02794
39,6
2 3
41
5 6
RE-600
Cou
nter
sunk
hol
e
for
fixin
g rin
gs (2
x)
Rot
ary
tab
le
160
k6m
ax.
6.5
Examples for fitting to rotarytable and line connectionwith tubeless directconnection
Example 1
Example 2
Fixing ring
On flat surface,
centring with 2 fixing rings
Rotary table
Centring with overlap
and 1 fixing ringmin. 3.5
max. 6
d1 f7d 2
h
0.181. Fixing rings
Example application, see page 26
NoteCAD We shall be pleased to send you, upon request, the CAD dataset
for designing the rotary unit. Please specify whether you wouldlike the data on diskette, CD or by e-mail in DXF or IGES format.
-
M12
39,656
39,6
2, 4, 6
f7140
111
2,4
104,4
32,2
12,7
206
80,2
72,2
32,2
23,8
7
135 138
230
270
230
41
160
26
7
13065
112,6
13
24
X
18
4,5
k6
H7
TK 130
32,2
12,7
3
32,2
23,8
246 5
f7140
41
1,4
116,5
C
Rotary unit,electrically driven 54.57.5.
517
221
2001
1
with rotary transmissionleadthrough
RE-600
Connecting blockRotary transmissionleadthrough, 4 wayDuplicate connection ports,offset by 90Connection thread G1/4
Recesses approx.30 wide x approx. 5 deep
1, 3, 5Connecting block with4 x 90 mounting options
View X, rotary table
Detail CFeedthrough hole
KANTSEAL7,65/11 x 1,68(supplied)
M12 x 26 deep (6x)
Connecting blockRotary transmissionleadthrough, 6 wayDuplicate connection ports,offset by 90Connection thread G1/4
Distribution table
Order no.Rotary unit, electrically drivenwith 4 way leadthrough54.57.5.0360.8 4with 6 way leadthrough54.57.5.0360.8 6
-
21
7223
200
01
Fixing rings 0.181.
M
A
d
tta
x 0,02
A
y0,02
A - A
f7H7
0.181. Installation example :
* Fixing(diagonal if possible)
0.181. Fixing ringsPart no : M d t a0.181.01598 M5 8 3,0 5,50.181.01599 M6 10 3,3 60.181.01600 M8 12 3,8 70.181.01601 M10 15 4,5 80.181.01602 M12 18 4,5 80.181.01603 M16 24 5,0 90.181.01604 M20 28 5,5 10
for fixing ring countersink
Adapter plate
Fixing ring
Module
-
117
223
200
11
Determination of the moment of inertia
L
A
B
dD
L
D
L
d
D
D
D
1.1
1.2
1.3
1.4
1.5
1.6
D
2.3
L
L
L
A
D
D
d
D
D
r
r
r
r
r
r
D
B
d
2.1
2.2
2.4
2.5
2.6
1. Bodies with central axis 2. Bodies with offset axis
Solid cylinder or flat discrotating about its own axis.
J= x mD2
8
Hollow cylinder or flat ringrotating about its own axis.
J= x mD2+d28
Rectangular plate of anythickness rotating about onecentral axis.
J= x mA2+B212
Long thin rod any cross-section rotating about onecentral axis.
J= x mL2
12
Solid cylinder rotating aboutan axis perpendicular to itscentral axis.
J= x mD2
16+L
2
12
Hollow cylinder rotatingabout an axis perpendicularto its central axis.
J= x mD2+d216
+L2
12
Solid cylinder or flat discrotating about an externalaxis.
J= x mr2+D2
8
J= x mr2+D2+d28
Rectangular plate of anythickness rotating about an external central axisparallel to the axis ofsymmetry.
J= x mr2+A2+B212
Long thin rod of cross-section rotating about anexternal axis perpendicu-lar to its own central axis.
J= x mr2+L2
12
Hollow cylinder or flat ringrotating about an externalaxis.
Hollow cylinder rotatingabout an external axisperpendicular to its owncentral axis.
J= x mr2+ +L2
12D2+d2
16
Solid cylinder rotatingabout an external axisperpendicular to its owncentral axis.
J= x mr2+ +L2
12D216
J=Moment of inertia in kgm2Dimensions in meters, masses in kg
J=Moment of inertia in kgm2Dimensions in meters, masses in kg
-
01
1771
09/
2001
6
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