3F) TUBES WIAP® MEMV® RELAX

Front WIAP® MEMV® device. Back left Jim Peter Widmer, right Sven Widmer.

Spanning the workpiece during the serial process of the WIAP® MEMV® process. Rotating top is located on the pallet.

Lower part of the rotational biasing means.

WIAP® MEMV® process takes 3 x 12 minutes, 2D, 3D and 4D; 2D = 0°, 45° = 3D and 4D = 90°.

WIAP® MEMV® process 2D 0° takes place.

WIAP® MEMV® controller performs the whole process automatically. Too much G or too much Amperen  reduced Hertz / speed. In outliers that exceed the security zones, the system stops.

Here pipes 2 in the double voltage are relaxed.

3D 45° relaxation center position between longitudinal and transverse directions.

4D 90° relaxation, transverse direction, the short axis direction.

2D 0° relaxation, longitudinal direction 0° is always the long axis.

WIAP® MEMV® relaxing process takes less than 45 minutes.

Total displacement G, 6.8 (1 G = 9.8 m/ s2) between before and after. For a pipe measured at 36 x before and after points.

Total G displacement, 61.2 (1 G = 9.8 m/ s2) between before and after. For a pipe measured at 36 x before and after points.

3G) ASIDES TUBES

Thanks to the new WIAP® MEMV® method to determine G shifts between before and after, which are measured at various points.

Vertical is the WIAP® MEMV® method, the Y axis. Horizontally and release the X axis and horizontally, the long axis is the Z axis. Always the long axis 2D = 0°, the short axis is 90°.