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Faulhaber spindle drive systems BS32-2.0

Minimal pitch deviation for maximum precision

Faulhaber spindle drive systems BS32-2.0

In the case of rotary drive tasks the conversion and optimal adaptation of mechanical torques to the respective application usually occurs by means of finely graduated reduction gearheads.
The new ball screws used in Series BS 32-2.0 allow the rotational movement of micromotors to be converted to linear stroke or tensile movements with minimal travel variations of less than 5 μm over the absolute travel distance.
Combination with motors and mounted components such as high-resolution encoders or integrated Motion Controllers guarantees maximum precision, ideal for demanding positioning tasks such as optical filters, glass-fiber technology, lens adjustment in optical systems or micro actuators for medical technology.

The mechanical connection to the motors is implemented by means of a backlash-free coupling integrated into the lead screw. Numerous modifications such as variable screw lengths, modified screw nuts or special lubricants are available on request for use in special applications.
 
Technical Data Series BS32-2.0   Faulhaber spindle drive systems BS32-2.0
Material Stainless steel  
Cont. input speed 5000 rpm
Pitch, Lead 2,0 mm
Lead deviation, max. 5,0 µm
Efficiency 91 %  
Bearings on output shaft Ball bearings, duplex  
Lenght 171,5 mm  
Stroke 130 mm  
For combination with

2342 CR / 3257 CR / 3272 CR /3242 BX4 / 3268 BX4

    
       

Download
Datasheets:
BS32-2.0 [PDF]
 
Please call or E-mail NRC for further details.