Creates parametric drilled, counterbore, spotface, or countersink hole features.
For part features, a single hole feature can represent multiple holes with identical configurations (diameters and termination methods). You can share a hole-pattern sketch to create different holes.
Ribbon: 3D Model tab Modify panel Hole
Requires a hole center point, or sketch point sketched on an existing feature. You can select endpoints, or center points on existing geometry as hole centers. Or, drag with left mouse button to select an area, and sketch points within it can serve as centers of holes.
Centers Click to select endpoints, or center points of geometry as hole centers. Selects hole center points automatically.
Creates holes on a face relative to two linear edges.
Face selects a planar face to place the hole.
Reference1 Selects the first linear edge referenced for dimensioning the placement of the hole.
Reference2 selects the second linear edge referenced for dimensioning the placement of the hole.
Creates holes on a plane, concentric with a circular edge or cylindrical face.
Plane Selects a planar face or work plane to place the hole.
Concentric Reference Selects the object referenced for the placement of the hole center. Choose a circular edge, or cylindrical face.
Creates holes which are coincident with a work point, and positioned relative to an axis, edge, or work plane.
Point Selects a work point to set as the hole center.
or
Flip Reverses direction of the hole.
Selects the location for the center of the holes.
In a multibody part, selects the participating solids. Not available in a single body part.
Dimensions for the selected hole type preview dynamically on the hole. On the drop-down list, select a value. You can use Measure, Show Dimensions, or set tolerances in the Tolerance Dialog box. The values display in the parameter box on the preview image.
Holes have a specified diameter, and are flush with the planar face.
Holes have a specified diameter, counterbore diameter, and counterbore depth.
Holes have a specified diameter, spotface diameter, and spotface depth. Measurement of the hole and thread depth starts from the bottom surface of the spotface.
Holes have a specified diameter, countersink diameter, and countersink depth.
Sets Flat or Angle point for drill points. For angled points, on the drop-down list, specify angle dimension, or on the model, select geometry to measure a custom angle, or show dimensions. The positive direction of the angle is measured counterclockwise from the hole axis, normal to the planar face.
Specifies a termination type:
Defines the termination method for the hole. Uses a positive value for the hole depth. Measures depth as perpendicular from the planar face or workplane.
Extends a hole through all faces.
Terminates a hole at the specified planar face. Select the surface on which to end the hole termination. You can terminate the feature on the extended face.
Specifies more information for hole termination:
Reverses direction of the hole. Available when using Distance and Through All termination options.
Terminates the hole on a selected surface or face. Available when using the To termination option.
Specifies an extended face for the hole termination. Available when using the To termination option. Extends the face when the termination entity does not intersect completely with the hole feature.
Creates a simple hole without thread.
Creates a hole which fits to a selected fastener.
Standard Selects the standard for the fastener from a list.
Fastener Type Selects the type of the fastener from a list.
Size Selects the size of the fastener.
Fit Specifies whether the type of the hole fit is Normal, Close, or Loose.
Creates a hole with a thread you define with the following options:
Thread type On the drop-down list, select a thread type. ANSI Unified Screw Thread is an example of an inch-based thread type. ANSI Metric M Profile is an example of a millimeter-based thread type.
Size Depending on the thread type selected, a list of nominal sizes displays. Each nominal size has one or more pitches available. Each nominal size and pitch combination has one or more classes available.
Diameter Displays the value for the diameter type of this hole feature. You can change this value only in Document Settings. The hole diameter sets automatically from the thread specification in the Thread.xls, based on the setting (Minor, Pitch, Major, Tap Drill) in Document Settings.
Direction Specifies the direction the threads wind.
Right Hand When viewed from the end, the threads wind in a clockwise and receding direction. A right-hand threaded bolt advances into the nut when turned clockwise.
Left Hand When viewed from the end, the threads wind in a counter clockwise and receding direction. A left-hand threaded bolt advances into the nut when turned counter clockwise.
Full Depth Specifies threads the full depth of the hole.
Creates a hole with a taper thread you define with following options:
Thread type I the drop-down list, select a thread type. NPT is an example of an inch-based thread type. ISO Taper Internal is an example of a millimeter-based thread type.
Size Depending on the thread type selected, a list of nominal pipe sizes, or the thread designations display.
Designation The size and thread type determine this value.
Diameter Displays the value for diameter type of this hole feature. You can change the value only in the Document Settings.
Direction Specifies the direction the threads wind.
Right Hand When viewed from the end, the threads wind in a clockwise and receding direction. A right-hand threaded bolt advances into the nut when turned clockwise.
Left Hand When viewed from the end, the threads wind in a counter clockwise and receding direction. A left-hand threaded bolt advances into the nut when turned counter clockwise.
When selected, places an iMate automatically on a full circular edge. The selection is the closed loop most likely to be useful. In most cases, place only one or two iMates per part.