. Index (table rotation) . Park . Feed Only . Clinch Down . Board Transfer . Bad Board/Circuit Reject . Board/Circuit Error Correction . Auto Miss Mark . Checkgap The Window The Steps window contains a list of insertion order information that can be edited. Steps are displayed in the window as follows. . Bypassed steps are displayed in dark red. . Steps set to no continuity are displayed in blue. . Steps set to ignore continuity are displayed in pink. . Invalid steps are displayed in red. A row of data fields is located at the top of the window which are used to manipulate the information within the window. . Step: The step number and step type in the insertion order. Step numbers are assigned to component insertion steps and special steps (index, park, etc.). . Ref ID: The component insertion reference identifier. (Defined in the insertion list.) . Component ID: The component identifier. (Defined in the insertion list.) . . Y Pos: The distance from the lower left corner of the board to the center of the component in the Y direction. (Defined in the insertion list.) . Theta: The rotation of the insertion at the board adjusted for any circuit rotation. For example, if a board has two circuits, one at 0 degrees and one at 180 degrees, a component insertion at zero degrees is listed at 0 degrees on the 0 degree circuit and 180 degrees on the 180 degree circuit. This makes it easier to sort the insertion steps for the purpose of manually inserting index steps. (Defined in the insertion list.) . Hole Span: (Axial machines only) The center to center distance between the insertion holes. (Defined in the insertion list.) . Head Rotation: (Radial machines only) The rotation direction of the head. Insertions of non-polarized components can be altered. Head rotation for polarized components cannot be altered. Valid choices are None, Left (90), Right (90), or 180. This is useful when performing manual optimization or resolving an insertion head conflict with a component already on the board. . Circuit: The number of the circuit on which the component is inserted. If no circuits are programmed, this field reads zero. . Dispense Head: (Sequencing machines only) The number of the dispense head supplying the component. For non-sequencing machines this field reads zero. . Conflict: The number of another insertion step that may have a physical conflict with the step. The Product Editor uses information in the component database to determine if the footprint of a component and the insertion head can actually insert the component without interfering with components already on the board. If not, the step number of the conflicting step is displayed in this field. This field only contains data if optimization or check for conflicts has been performed. Refer to the Product Editor module for details. To display a selected component insertion in the Graphic window, double-click on an insertion step. The Graphic window is displayed and the cursor is positioned above the selected component. When the right trackball (mouse) button is pushed over a line of data in the steps list, a pop-up menu displays the following. . Reference ID (of selected component insertion) . Move . Delete Use this pop-up menu to quickly select any of these options without having to use the menu bar heading. For support of these items, refer to the table of contents of this module. Steps Use the Steps menu bar heading to manipulate the insertion order of the product. The following options are available. . Alter . Move . Bypass . No Continuity . Ignore Continuity . Enable . Sort . Select All . DeSelect All . Select Invalid . Print Alter (sequencing machines only) Use the Alter option to change the dispense head number for a selected step. To alter data: 1. From the Product Editor window: Order > Steps > Steps > Alter A step can also be altered by pushing the [Enter] key instead of selecting Steps > Alter from the menu. A message indicates that the selected step was successfully altered. 2 Move Use the Move option to move one or more selected steps in the steps list. Considerations: No step can be moved below the final park step.