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Home / Tutorial / Magnetic Analysis (Luvens, Transient Analysis of Motor) / 05.Create the Coil

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05.Create a Coil

Create shapes using primitives for the coil.

Before

 

After

 

Procedure

  1. Create line for the coil.

    On the [Model] tab, go to and click [Wire Body] - [Line (wire body)] .
     

 

  1. In the parameter input dialog box, enter Startpoint (X:32, Y:0, Z:5) and click  

  1. In the parameter input dialog box, enter Endpoint (X:44, Y:0, Z:5) and click .

  1. A line has been created.

    Click in the parameter input dialog box and exit.

  1. Modify the line to form the coil.

    On the [Model] tab, go to


    and press ▼ at the side of
    [Extrude]
    .

Then click [Revolve] on the submenu.

(Alternatively, right-click the mouse. On the appearing menu, select [Deform]-[Revolve])

 

  1. Select the Line body.

  1. Click in the [Revolve] dialog box.

  1. Specify the point on the rotation axis.

    In the parameter input dialog box, enter Point on Rotation Axis (X: 5*3^0.5, Y: 0, Z: 5) and click .

  1. Specify the direction vector of the rotation axis

    Enter Direction Vector of Rotation Axis (X: 0, Y: 1, Z: 0) and click .

  1. Specify the rotation angle.

    Enter Rotation Angle: -30 and click

A coil has been created.

  1. Ring copy.

    On the [Model] tab, go to

    and click ▼ at the side of

    [Copy]
    .

    Then click [Ring Copy] on the submenu.

    (Alternatively, right-click the mouse. On the appearing menu, select [Copy]-[Ring])

 

  1. Select the Coil body.
     

  1. Click in the parameter input dialog box. 

  1. In the parameter input dialog box, enter Point on Rotation Axis (X: 5*3^0.5, Y: 0, Z: 5) and click .

  1. In the parameter input dialog box, enter Direction Vector of Rotation Axis (X: 0, Y: 1, Z: 0) and click .

  1. In the parameter input dialog box, enter Angle: -30, Number: 1 and click .

One third of the coil section has been created.

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