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MEMV WM857 Impeller
Figure 1: delivery of a WIAP® MEMV® Investment. Impeller are laid up to the diameter 4000 mm with vibration including duplex.
Figure 2:
Figure 3: Axial clamping and multiple clamping; transport device
Figure 4: 6-arm star support device; Transport device.
Figure 5: The WIAP® MEMV® 6 star edition- device is in the positions of the support 1300 mm diameter set. It is thus prevented that the rubber pads can migrate away at resonance movements. If need be, that the operators prevent tipping when entering the impeller. The outer diameter of the impeller was 1500 mm; the rubber has set in radius 650 mm.
Figure 6: A strong tightening of the axial clamping device guarantees an error-free metal relax with vibration. Just a good set-up also allows for good results.
Figure 7: The impeller when placed on the backed rubber pads.
Figure 8: The circulation of secured documents.
Figure 9: This is slipping when a natural resonance is run over and possibly too long, strong vibration is used, assured.
Figure 10: Process flow test in the fully automatic operation. Without the manual intervention points are approached, automatically determines the G shift and logged.
Figure 11: WIAP® MEMV® relax duplex impeller. Jim Peter Widmer fully automated with the WIAP MEMV E control unit and printer logs measurement before and after.
Figure 12: The fully automatic WIAP® MEMV® Control unit with the rear V vibrator type V20.
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Figure 13: Training of the operators at the plant. New factory and products expansion. The tension arm we glow with WIAP® MEMV® Method replaces.
Figure 14: The system is very user-friendly. Soon there were able to use the operators. The security parameters: - controlled system behavior. Uncontrolled system behavior can not arise, because everything readjusts automatically and immediately when outliers.
Figure 15: Special impeller; Material duplex on multiple jig; it is expanded in 4 directions.
Figure 16: Surgeon when mounting the V pathogen, which is designed for 20 tons workpiece weight, at a volume fraction of 30%.
Figure 17: The probe determines the acceleration respectively. The G value, and transmits the control unit.
Figure 18: 3 Impeller diameter 500 mm on the WIAP multiple clamping device. With multi-point measurement for logging. Device for logging.
Figure 19: These impellers are expanded in four directions: 2D, 3D, 4D and 5D.
Figure 20: Fixing the axial clamping device, so that the Star hub from the inside, not the outside indirectly can be excited. The attachment is so good that several tons of excitation can be brought into the component without errors.
Figure 21: Here is an annealed impeller WIAP® MEMV® treated in order to make comparative measurements, as it was for the heavy rollers, so that the measurements can be detected. In reporting the difference of annealed and unannealed components.
The WIAP AG continues to expand its machine tools and uses the MEMV system for many years. Hundreds of hours of research. Many intensive surveys have WIAP brought to the position where it is today.
Determination Report: MEMV_WM857_Impeller
Created hpw 20170925
Created: sw-jw-iw-hp Widmer
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