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SKU 200
nc - swivel head to incorporate machining spindles
Technical information
Size
mm
200
Axis of rotation
./.
horiz.
Load capacity
kg
230
Max. revolutions per minute
Rpm
33
Bearing diameter
mm
190 x 130
Worm gear ratio
./.
90
Max. center bore diameter
mm
38
Drive torque
Nm
7,3
Unit weight
kg
180
Max. tilting moment at the axis of rotation
Nm
2.500
Max. axial load
N
10.000
Max. mass moment of inertia
kgm²
20
Max. tangential torque with clamping actuated
Nm
1.400
Max. tangential torque without clamping
Nm
660
Clamping type
./.
hydrau.
Max. clamping pressure
bar ü
60
Dividing accuracy at the worm drive
''
+/- 10
Dividing accuracy with direct mounted encoder
''
+/- 10
Repeatability
''
+/- 3
Concentricity of the pilot diameter
mm
0,01
Plain parallelism including wobble
mm
0,01
Many options and modifications are available to enhance the standard designs. We will gladly quote to your specific requirements. Please contact us.
We reserve the right for technical alterations and do not guarantee the correctness of indicated data. The dimensions can vary and are design dependant.
Please note the preface - Partial extractions from the data sheets may lead to an incorrect equipment selection and specification. Rev.4.2 / 15.12.2011
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SKU 400
nc - swivel head to incorporate machining spindles
Technical information
Size
mm
400
Axis of rotation
./.
horiz.
Load capacity
kg
400
Max. revolutions per minute
Rpm
16
Bearing diameter
mm
385 x 260
Worm gear ratio
./.
180
Max. center bore diameter
mm
130
Drive torque
Nm
18
Unit weight
kg
320
Max. tilting moment at the axis of rotation
Nm
4.000
Max. axial load
N
38.000
Max. mass moment of inertia
kgm²
300
Max. tangential torque with clamping actuated
Nm
4.600
Max. tangential torque without clamping
Nm
2.050
Clamping type
./.
hydrau.
Max. clamping pressure
bar ü
60
Dividing accuracy at the worm drive
''
+/- 10
Dividing accuracy with direct mounted encoder
''
+/- 3
Repeatability
''
+/- 1
Concentricity of the pilot diameter
mm
0,01
Plain parallelism including wobble
mm
0,02
Many options and modifications are available to enhance the standard designs. We will gladly quote to your specific requirements. Please contact us.
We reserve the right for technical alterations and do not guarantee the correctness of indicated data. The dimensions can vary and are design dependant.
Please note the preface - Partial extractions from the data sheets may lead to an incorrect equipment selection and specification. Rev.4.2 / 15.12.2011
-
SKU 520
nc - swivel head to incorporate machining spindles
Technical information
Size
mm
520
Axis of rotation
./.
horiz.
Load capacity
kg
1.000
Max. revolutions per minute
Rpm
12
Bearing diameter
mm
450 x 325
Worm gear ratio
./.
180
Max. center bore diameter
mm
200
Drive torque
Nm
35
Unit weight
kg
450
Max. tilting moment at the axis of rotation
Nm
16.000
Max. axial load
N
55.000
Max. mass moment of inertia
kgm²
740
Max. tangential torque with clamping actuated
Nm
5.000
Max. tangential torque without clamping
Nm
3.470
Clamping type
./.
hydrau.
Max. clamping pressure
bar ü
60
Dividing accuracy at the worm drive
''
+/- 10
Dividing accuracy with direct mounted encoder
''
+/- 3
Repeatability
''
+/- 1
Concentricity of the pilot diameter
mm
0,01
Plain parallelism including wobble
mm
0,02
Many options and modifications are available to enhance the standard designs. We will gladly quote to your specific requirements. Please contact us.
We reserve the right for technical alterations and do not guarantee the correctness of indicated data. The dimensions can vary and are design dependant.
Please note the preface - Partial extractions from the data sheets may lead to an incorrect equipment selection and specification. Rev.4.2 / 15.12.2011
-
SKU 630
nc - swivel head to incorporate machining spindles
Technical information
Size
mm
630
Axis of rotation
./.
horiz.
Load capacity
kg
2.000
Max. revolutions per minute
Rpm
9
Bearing diameter
mm
525 x 395
Worm gear ratio
./.
180
Max. center bore diameter
mm
220
Drive torque
Nm
35
Unit weight
kg
640
Max. tilting moment at the axis of rotation
Nm
30.000
Max. axial load
N
70.000
Max. mass moment of inertia
kgm²
1.200
Max. tangential torque with clamping actuated
Nm
7.600
Max. tangential torque without clamping
Nm
5.390
Clamping type
./.
hydrau.
Max. clamping pressure
bar ü
60
Dividing accuracy at the worm drive
''
+/- 10
Dividing accuracy with direct mounted encoder
''
+/- 3
Repeatability
''
+/- 1
Concentricity of the pilot diameter
mm
0,01
Plain parallelism including wobble
mm
0,02
Many options and modifications are available to enhance the standard designs. We will gladly quote to your specific requirements. Please contact us.
We reserve the right for technical alterations and do not guarantee the correctness of indicated data. The dimensions can vary and are design dependant.
Please note the preface - Partial extractions from the data sheets may lead to an incorrect equipment selection and specification. Rev.4.2 / 15.12.2011
-
SKU 800
nc - swivel head to incorporate machining spindles
Technical information
Size
mm
800
Axis of rotation
./.
horiz.
Load capacity
kg
3.500
Max. revolutions per minute
Rpm
9
Bearing diameter
mm
600 x 460
Worm gear ratio
./.
180
Max. center bore diameter
mm
340
Drive torque
Nm
50
Unit weight
kg
800
Max. tilting moment at the axis of rotation
Nm
40.000
Max. axial load
N
90.000
Max. mass moment of inertia
kgm²
1.700
Max. tangential torque with clamping actuated
Nm
16.000
Max. tangential torque without clamping
Nm
8.030
Clamping type
./.
hydrau.
Max. clamping pressure
bar ü
60
Dividing accuracy at the worm drive
''
+/- 10
Dividing accuracy with direct mounted encoder
''
+/- 3
Repeatability
''
+/- 1
Concentricity of the pilot diameter
mm
0,01
Plain parallelism including wobble
mm
0,02
Many options and modifications are available to enhance the standard designs. We will gladly quote to your specific requirements. Please contact us.
We reserve the right for technical alterations and do not guarantee the correctness of indicated data. The dimensions can vary and are design dependant.
Please note the preface - Partial extractions from the data sheets may lead to an incorrect equipment selection and specification. Rev.4.2 / 15.12.2011
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