Tube and Pipe Design

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
The browser filters, design views, and browser views, operate the same as in regular assemblies. It is available when a tube and pipe assembly. autodesk-inventortube-and-pipe-design-autodesk-authorized-publisher. 1/ Downloaded from replace.me on. August 13, by guest.
 
 

Autodesk inventor 2018 tube and pipe design free download

 

But what happens when someone comes along and wants to make a change to just one of these runs? Well, the rest of them will follow the same change, of course.

If this is not what you wanted, there is an alternative. When you select this option, a dialog will open, allowing you to rename each part not including library parts. Once you have renamed these parts, the pipeline becomes an independent, adaptive, and editable pipe run. In this way you can quickly copy pipe runs that are nearly identical, without having to fully model each one, and still be able to make each one a unique run.

When working within a pipe route, it is sometimes necessary to have multiple copies of the same fitting available on the screen. Or sometimes you just want to quickly place one copy of an existing fitting. The temptation here is to use copy and paste functions in order to avoid having to keep going back to the Content Center. Content Center is a great tool, but it can take some time to open and navigate through large libraries to locate a single fitting. Copy and paste can make it difficult, if not impossible, to delete this fitting later if necessary.

Normally this command takes you to a file window to navigate to a file outside of the Content Center. But with this little tip, it can be used for placing a Content Center part without the Content Center being opened.

The secret is that the fitting has to be somewhere in your assembly already, even in a different sub-assembly. Simply locate the fitting in question, either in your currently active sub-assembly or in the assembly browser.

Pick the fitting to preselect it, then pick the Place Fitting command. When you create a custom Tube and Pipe style in an assembly, you would think that if you saved that assembly as a template it would also remember the custom Tube and Pipe Style would also be available.

It is not. The templates for your Tube and Pipe styles are saved in your Design Data folder. This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful. Strictly Necessary Cookie should be enabled at all times so that we can save your preferences for cookie settings.

If you disable this cookie, we will not be able to save your preferences. Place Fitting. Places fittings from the work space of the active project. Available when a pipe run is activated. Place from Content Center. Displays the Content Center dialog box to place library components using AutoDrop. Point Snap.

Creates route points by snapping to faces, edges, or work points that exist within the tube and pipe assembly. Available in the rigid route environment when the 3D Orthogonal Route tool is activated.

Rotation Snap. Controls the route direction by snapping the direction axis of the 3D Orthogonal Route tool to available edges and faces. It is available in the rigid route environment when the 3D Orthogonal Route tool is activated and works together with rotation handles on the 3D Orthogonal Route tool.

Populate Route. Populates a single route in the pipe run. Changes the position of the selected route point, such as intermediate route points in hose routes, at a specified offset distance from a surface or a plane. Replace from Content Center. Displays the Content Center dialog box to replace library components. You must first select an appropriate component, typically fitting from the Model browser or graphics window. Restore Fitting.

Replaces a placed fitting with the default fitting elbow or coupling for the set style or replaces a placed fitting with a coupling no matter how many connection points the original placed fitting has. Continues adding route points to the specified route. Available for start and end route points in a route that are not used in any other routes or fittings.

Show Components. With a run active, highlights the tube and pipe components in a populated route in the graphics window and browser. Show All Constraints. In the route environment, displays all geometric constraints that are manually placed and automatically created in the route.

Show Violations. Displays the Show Violations dialog box to show the violations on a route that contains errors. Trims or extends the free pipe ends at a specified length to get the correct engagement for pipes with adjacent fittings. Available for free route points at the end of route segments. Available for Tube and pipe runs assemblies. Browser display names for tube and pipe components File names of master runs assembly, runs, routes, and hose assemblies can be determined upon creation.

Each hose assembly contains only one hose route. Use the File Open dialog box to verify the fitting file location: In the Open dialog box, click Projects.

To see the default location, pause the cursor over the item. In the Open dialog box, click Open. Note: File naming convention of library fitting and conduit part families can be customized from within the Content Center to meet your design needs.

Browser symbols in tube and pipe runs assemblies. Note: If the master runs assembly, runs, routes, hose assemblies, or tube and pipe parts are suppressed, the associated browser symbols become gray. Autodesk is turning 40 this week! When did you first get started using Autodesk software? For me it was at the ripe old age of I decided that my career choice out of high school retail management … sucked.

I was married and my wife and best … More Happy Birthday Autodesk! Hello again! Very rare for me to post twice this close together!

 

[Creating Custom Tube & Pipe Styles in your Inventor Assembly | Blog

 

It adds design tools for routing rigid pipes, bent tubes, and flexible hoses to mechanical assemblies or product designs in the assembly environment. Log in to the Vault Server or use Desktop Content, depending on how your installation is configured. When you add tube, pipe, and hose routes in the context of an existing assembly, you create runs, set styles, define routes, and then populate them to complete the run. You can add and define multiple routes and runs. Optionally throughout the design process, you can add and remove specific conduit parts and fittings.

Once a tube and pipe assembly is complete, the tube and pipe information can be represented in drawings and presentations. In the top assembly environment, you can create design view representations, positional representations, and Level of Detail LOD representations in which appropriate tube and pipe edits are available. For instance, edit flexible hose routes in positional representations and suppress tube and pipe components in LOD representations.

In addition, you can transition a normal tube and pipe assembly to an iAssembly factory and create a tube and pipe interchangeability set of adaptive master runs assembly members. In the run environment, the Pipe Run tab is activated. Use the features added by the run environment to:. In the route environment, the Route tab is activated.

In addition to the style and browser features listed for runs, you can:. You can author normal parts and custom iParts for future publishing to the Content Center.

Pipe runs can be placed in any other Autodesk Inventor add-in application assembly. The main master runs assembly and all that it contains is read-only. In the graphics window, the outline of the tube and pipe component is visible, but the component cannot be edited. New tube and pipe components cannot be added.

Tasks you can perform include:. Note: For additional information on assemblies, refer to the Autodesk Inventor table of contents, Build Assemblies section. Which tasks are performed with tube and pipe features? Use the features added by the run environment to: Create and modify styles that conform to industry standards.

Add one or more routes to the run. Place fittings from the active project work space into routes and runs. Connect two components relative to one another in the tube and pipe assembly. Populate all routes or selected routes. Place library fittings and conduit parts from the Content Center using AutoDrop on to routes and runs. Refresh library components to ensure they are up to date in the Content Center.

Use the Parameters command to maintain model parameters and user parameters so as to assist in route design. Create the nested LOD representations within the run. Use the Model browser to visualize the tube and pipe assembly structure, edit runs, and to change visibility for routes, runs, and components. In addition to the style and browser features listed for runs, you can: Design bent tube routes, rigid pipe routes, or flexible hose routes using auto route commands and sketched route commands.

Create derived routes and edit the underlying base sketches. Add additional route points as you create or edit a route. Place geometric constraints on route elements, and optionally include external geometry as reference geometry.

Add linear, angular, and radial dimensions to constrain route elements, and optionally switch route elements between driven dimensions and driving dimensions. Convert auto route regions to a series of continuous sketched route segments. Move route points and segments in the auto route region dynamically.

Adjust flexible hose length dynamically or by entering precise distances. Can tube, pipe, and hose routes be run in other add-in application assemblies? What can standard Autodesk Inventor installations do with tube and pipe data? Tasks you can perform include: Opening and editing an assembly that contains a master runs assembly. Determining interferences with populated piping components by selecting the entire master runs assembly in the browser. Viewing the outline of tube and pipe run data within the context of an open assembly file.

Turning visibility off to completely hide tube and pipe components in the graphics window. Creating detailed drawings of populated tube and pipe data within any file. Parent topic: Tube and Pipe.