KEMMERICH ELEKTROMOTOREN
Items 1 - 50 of 72
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
95Watt (S1) at 3000 min-1, nominal value 0,30 Nm, max. 1,5 Nm
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
• Degree of protection IP 54
• Moment of inertia 0,607 kgcm2
max. radial load 196 N
maximum axial load 58 N
• Insulation Class F
• max. 4000 min-1
Low-noise ferrite permanent magnetic field with high coercive field strength
• Anchors for higher linearity
• Operating temperature -20...+40°C
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