Universal balancing machine for rotors up to 500 g

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Universal balancing machine for rotors up to 500 g Pasio 05 - SCHENCK RoTec GmbH

Universal balancing machine for rotors up to 500 g
  • Compact design
  • Small space requirement
  • Fast and uncomplicated set up
  • Installation without foundations
  • Highest measuring accuracy
  • Ergonomic operator concept
  • Quick change-over from workpiece to the next
  • Suitable for magnetized rotors
Special features

  • Space-saving single-unit design with integral measuring station and measuring unit
  • Easy to operate through permanent calibration – requires no calibration runs
  • Correction in two planes or separate according to static and couple unbalance is possible
  • Rotors can be mounted on their original shafts or on mounting arbors, complete assemblies can be installed in their housing
  • Automatic measuring cycle with infinitely variable settings for acceleration, measuring and braking time.
Design
Range of application

Universal balancing machine Pasio 05 is ideally suited to extremely small work-pieces such as miniature armatures, miniature fans and complete assemblies. They are conceived for use in research and development, in batch production or in repair shops.

Change-over to new rotor types is straightforward and only requires a minimum of time.

Unbalance correction is made manually by addition of material (e.g. balancing plasticine) directly on the machine or by removal of material on optional manually operated or semi-automated machining units.

Design
  • Hard-bearing, horizontal balancing machine with permanent calibration for standing or seated operator
  • The complete workplace consists of the following major components: machine table, mechanical balancing unit comprising V-blocks, belt drive, measuring instrument and control system
  • The machine can be installed without foundations and without bolts and is immediately ready for operation
  • Measuring device CAB 920 - the high end solution regarding operation, versatility and accuracy
Technical data
Data at a glance               
               
Rotor               
Weight, max.  [g]  500           
Diameter, max.  [mm]  60           
Journal distance, max  [mm]  94           
Journal diameter  [mm]  1 - 10           
               
Maschine               
Width 1)  [mm]  602           
Depth 1)  [mm]  785           
Height 1)  [mm]  925           
Total weight  [kg]  135           
Power supply    230 V AC, 50 Hz           
Belt drive    Tangential with O-rings from top           
Drive power  [W]  100           
Automatic angle indexing    included           
Min. achievable residual unbalance Umar 2)  [gmm/kg]  0,1           
Max. sensitivity CAB 920  [gmm]  0.02           
3-colour painting     RAL 7035 (light grey), RAL 7024 (graphite grey), RAL 5014 (blue-grey)           
Sound Pressure Level (with class C protection)  [LpA [dB(A)]]  < 60            
Measuring devices               
    CAB 920 with touch-screen operation           
               
Options               
    Protection in accordance with ISO 7475 Class C (protection against parts flying off)           
    Test rotor (60 g) wtith test weights           
    External interfaces for printers and network           
    Color printer for report print-outs           
    Graduation scanning as reference and angle position sensor           
               
               
2) Min. achievable residual unbalance per plane                
               
               

Highlights

digital@DUERR

More efficiency in the development and prototyping of rotors

Establising robust and efficient balancing processes for all rotating components of an e-drive system during the development phase will help reduce noise and vibrations.  Further manufacturing and operational issues can also be avoided.

Details

News

Hotline general

+49 (0) 6151 32-2311
Monday - Saturday
07:00 am - 05:00 pm

Hotline Service (Helpdesk)

+49 (0) 6151 32-3083
Monday 01:00 am - Saturday 01:00 am (24h)
Saturday 08:00 am - 02:00 pm
The given times refer to CET (UTC+1, March - October UTC+2). The current time is:
15:04

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