Draw Sloped Pipes

There are several ways to apply a slope to piping:

Note: Use the Slope Editor to apply a slope to an entire system or to specific portions of a system. When applying large slope values, it is often easier to draw the piping at the desired angle in a section view or an elevation view. See Using the Slope Editor and Pipe Controls.

Applying slope while drawing a pipe

    Use the slope options on the ribbon to specify the slope as you draw horizontal pipe in a view. This method is typically used to specify small slopes.

  1. In the Project Browser, expand Views (all)Floor Plans and double-click a view for the piping system.
  2. Click Systems tabPlumbing & Piping panel Pipe.
  3. In the Type Selector, select the pipe type.
  4. Optionally, in the Properties palette, under Mechanical, specify a System Type.
  5. On the Place Pipe tabPlacement Tools panel, select placement options.
  6. On the ribbon, verify that Tag on Placement is selected to automatically tag pipes. Then specify the following tagging options on the Options Bar:
    If you want to ... then ...
    change the orientation of the tag select Horizontal or Vertical.
    load additional tags click Tags.
    include a leader line between the tag and the pipe select Leader.
    change the default length of the leader enter a value in the text box to the right of the Leader check box.
  7. On the Place Pipe tabSloped Piping panel, click Slope Up or Slope Down, and select a Slope Value from the drop-list.
    Note: Slope values are defined in the Mechanical Settings dialog.
  8. To display slope information while drawing sloped pipe, click Show Slope Tooltip.
  9. In the drawing area, click to specify a starting point for the pipe.

    The starting point is also the reference end for the slope that is applied. When a positive slope is specified, the reference end is lower than the endpoint. Specifying a negative slope places the endpoint below the reference end (starting point).

  10. Drag to extend the pipe, and click again to specify the endpoint for the pipe.

    The sloped pipe is added in the drawing area.

Using pipe controls to add slope to a non-sloped pipe

    Modify the elevation controls that display when a pipe segment is selected in the view to apply a small slope to non-sloped pipe.

  1. Select a pipe segment in the view.
  2. Click the elevation control at either end of the pipe, type a value for the offset that is higher or lower than the original value, and press Enter.

    Slope value and reference controls are added at the midpoint of the pipe segment. The slope reference control points toward the reference end for the slope, which is the start point that was used when the original pipe was drawn. The reference end remains at its current elevation when the value for the slope is changed.

Using pipe controls to adjust an existing sloped pipe

Toggle the reference end

    Modify the controls that display when a pipe segment is selected in the view to adjust an existing slope.

  1. Select a pipe segment in the view.
  2. Click the slope value control at the midpoint for the pipe, type a value for the new slope, and press Enter.
  3. The slope control points toward the reference end for the slope, which is the start point that was used when the original pipe was drawn.

  4. Click the slope reference control to toggle the reference end for the slope.

    The reference end remains at its current elevation when the value for the slope is changed.

Connecting to an existing pipe with a different elevation

    To connect to an existing pipe with a different elevation, you can connect using the current slope value or ignore the slope value to connect directly.

  1. Click the Pipe command or select a pipe segment in the view.
  2. To connects directly regardless of the slope value, on the ribbon, click Modify | Place Pipe tabOffset Connection tab Change Slope.
  3. To use the current slope value, on the ribbon, click Modify | Place Pipe tabOffset Connection tabAdd Vertical.
  4. Continue drawing the pipe and connect to an existing pipe.

    The pipe is directly connected, regardless of the current slope value.