Frame

1. Type of frame

The tools available in the housing tab allow defining the frame topology.

Three choices are available to define this topology: None, Circular or Square.

By default, housing type is set to “None”. There is no frame.

Important note: When “None” is selected, accesses to External cooling and Internal cooling environments are locked.



 1

Default setting : Housing type is « None »

The machine has no frame.
2 Button to select a Circular shape frame.
3 Button to select a Square shape frame.
4 Icon to export frame data into *.txt or *.xls files.
Frame type available


Circular shape frame design area
1 Radial view of the motor, including the housing topology and dimensions.
2 Axial view of the motor, including the housing topology and dimensions.
3 The section frame is selected to define the type and dimensions of the frame.
4 Selected button to set a circular shape frame.
5 User input parameters to define the frame dimensions. For more information see below.
6 Button to restore default input values.
7 Button to apply inputs. Pressing the enter key twice applies inputs too.
8 Icon to export frame data into *.txt or *.xls files.


1

Thickness of the frame.

Allowed range of values ]0, 50] mm.
2 Connection side (C.S.) is identified by yellow lightning.
3

Connection side extension.

Allowed range of values [0, 20000] mm.
4

Connection side – End-plate thickness.

Allowed range of values [0, 50] mm.
5

Opposite connection side extension.

Allowed range of values [0, 20000] mm.
6

Opposite connection side – End-plate thickness.

Allowed range of values [0, 50] mm.
User input parameters to define frame dimensions in the axial view

2. Combination between lamination outer shapes and frame types

  Frame type
None Circular Square
Laminationouter shape None √ √ √
Circular √ √ √
Square √ Not possible √






Circular shape lamination & Circular shape frame Circular shape lamination & Square shape frame Square shape lamination & Square shape frame