Class A Draft Analysis: Final Part Draft Analysis:   Isometric View: Front View: Side View: Top View:   Detailed Report for Tooling Axis: Initailly a Point is Created for Reference for the Starting Point of the Axis and also the Planes. Using the Axis, an Intersect is Done is determine the Walls of the Class…

 Draft Analysis Class A: Draft Analysis Final Part: Isometric View: Front View: Side View: Top View:   Draft Analysis Report: Tooling Axis: Create Bisecting Line using the Linear Walls.     Created Tooling Axis using the Lines from the other Bisecting Lines:

Model: Front View: Side View: Top View: Model Tree:   Tooling Axis Creation: The Walls on the Coin Holder are at 90deg to the Base.So, the Tooling Axis is Created as a Perpendicular Line with respect to the Bottom Surface.   Class A:   Class B:   Class C:   Close Surface:

Tooling Axis Creation: Initially the Inner Walls of the Part are taken into account. A Bisecting Line is created in between them:     Using the two Sketches, a Third Bisecting Line is Created, which forms the Tooling Axis for the Part:   Core: Front View: Side View:   Cavity: Isometric View: Front View:…

Input Class A:   Creation of Tooling Axis: The possible Tooling Axis would be Line, Normal to the Planar Surface as shown below:   Draft Analysis for Class A for 3deg:   Model Tree:   Draft Analysis for Close Surface at 3deg:   Isometric View:   Front View:   Top View:   Side View:…

Input - Class A:   Creation of Tooling Axis: Initially both the Side Walls of the Part is considered as Inputs for the Axis. So, We create a Intersecting Line using a Newly Created Axis as shown:   Using the End Lines of the Intersect, We create a Bisecting Line:   Using the Bisecting Line, We do a Draft…

Input Class A:   Creation of Tooling Axis: Create an Intersect with the New Axis and the Class A:   Using End Lines of the Intersect, create a Bisecting Line as shown:   Class A Draft Analysis:   Create Class B using Offset of Class A. We need to Refine the Class B to form a Clean Surface. Class B:…

Class A ( Input):   Class B:   Class C:   Tooling Axis Creation: Use a Surface on the Class A to Create a Point as shown:   Use Lines from the Intersecting the Class A:   Using the Lines, we create a Bisecting Line, which forms the Tooling Axis:   Draft Analysis of Class A:   Creation…

Please find the required Output in PPT format and CAD File in the attachment.

Drawings & Assmeblies are attached in the .zip File.

1. Deutsch DT06 - 08SA: Input 3D: Output with Axis System Defined: Model Tree: Electrical Properties:   2. Tyco 174357-2: Input 3D: Output with Defined Axes: Model Tree: Electrical Properties:   3. Tyco 85229-1 Input 3D: Output with Axis: Model Tree with Electrical Properties: