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Create custom connections. Create plates and add bolts, anchors, and welds. Add grating and cladding. Model ladders, stairs, and railings.
Create concrete objects such as footings. Number objects. Review and modify 2D drawings using the Document Manager. Item Information Condition:. Good Good. Read more Read more about condition. Approximately EUR Sign in to check out Check out as guest. Add to cart. Add to Watchlist Unwatch. Watch list is full.
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San Rafael, CA. All the other marks belong to their owners. The migration interface organizes Advance Steel customization settings into groups and categories from which you can generate a migration summary report found in the location below.
You can create different profiles for a project client or for the Company. Tools tab. Select the icon from the Related Results window. On the Home tab, you will find different categories. Select the Default tab to view the navigation tree and other subcategories. You can select the desired panel on the right.
A description will be shown in a tooltip when hovering over the Property Name of the setting and the possible values at the right. ASMT There are over options. Check the Use filter box and enter your text in the field below to help you find the desired information. Changes will not take effect until the next time you start Advance Steel.
If this value is small, all the collisions are shown in a collision check report. If the value is large, the volumes of collision under this value are not shown in the collision report.
The scale factor applied to the bolt diameter when checking for tool clearance. Text shown in the compass in the model and in the drawings. General name of a bolt anchor for example, used on drawings and in list Standard high strength bolt diameter of all manually created bolts.
High strength bolt type or standard. The hole tolerance for all bolts and anchors. Bolt representation during the first creation in the model. Treat special parts as normal objects for the bolt length calculation. Ordinate dimensions show negative dimensions relative to the RD point. Diameter for standard holes. Reference length for the slope triangle. Color of specified line type in drawings. Select whether to use the new or old BOM templates on drawings.
Ensure this matches your prototypes. If set to zero, you cannot produce more than one drawing per part or assembly. Choose whether standalone parts should be treated as parts, assemblies or both. If set to 1 any numbers that are unused e. Set to 0 to prevent this.
Activate more automatic layer management based on the Model Role of an object. Choose whether your drawings and BOMs are copied when you do a save as on a model file. Choose the method used for calculating the size of a developed plate. Choose whether to put a cloud around the part, the dimension or both. You have the option to create a New profile based on the default installation, for your company, a specific project, or a client project. You can also rename the profile if necessary. Copy a profile that you have made changes to.
Reset a profile back to the default settings. Delete a profile. Export the profile to another workstation or server where your coworker can Import the profile.
Advance Steel Interface 1. Quick Access Toolbar 2. Menu bar 3. Project Explorer Information center Quick Access Toolbar- Displays frequently uses tools. Select the down arrow and select Show menu bar to append the File, Window, and Help tabs. Drawing file tab- Displays the open project in session. Drawing work area- Used to create your structures.
Project Explorer-Used for project creation and management after creating grids. Use to create model views, Levels Queries, Groups. Used to isolate selected objects of the structure based on various conditions.
Status Bar- Hover your cursor over each icon to find its description. When the icon is gray it means the toggle is off, and blue means the toggle it on.
Command line-as you enter the first few letters of a command in this field a list of suggested commands is displayed. Panels-Expand the flyout to view more tools.
Advance Steel Tool Palette Information center-Manage your account details and License and explore purchase options. Help-select this button to access AS help. Application menu icon- When starting a new project, use a template file whether you are working in Imperial or Metric. The ASTemplate. This file is configured with specific layers for Advance Steel elements. Additionally, the application menu contains links to your most recently accessed drawings. Always use the applicable ASTemplate.
Use the Imperial or Metric template. When the edit mode is active, the icons will change and move. You can now drag and drop buttons to different locations. A dialog box will appear where you can name the command, insert a picture jpeg, png…. Open the Connection vault and select a category where you use a command quite often.
Copy the command from the command line. Paste the command into the large Command: field, enter the name in the Name field. For example, Shear plate. Take a print screen of the Shear plate and save it as a. Select OK. The button will be appended to the items. The change from 0 to 1 means that the command will now apply the User category settings, instead of the Advance category ones which uses the 0 key. Open a new Imperial or Metric drawing file. For this example, Imperial units are used.
From the Selection category, select the second icon in the first row which is the Model Browser The Sort by single part option will be visible by default. There will only be three columns by default. You can add or remove a column by hovering over the heading, right clicking then chose Insert or remove a column.
When choosing Insert column, you will see five options. Select the flyout arrow adjacent for further criteria you want listed regarding the structure. The most used criteria are located on the Properties, Naming and Drawing options. If you do not like the location of the inserted column you can use the remove column option. Place the curser between headings and choose preferred criteria. See an example below. Sort by single part settings Sort by main part settings Sort by preliminary part settings Saving the settings as a template When finished you can save the settings as a template.
Models started form any other file that cannot be traced back to the official template can cause inexplicable problems and crashes. Open ASTemplate. Select the application icon then the Save As option and navigate to the correct location. Change the file name. Select the Save button. The Template Options Descriptions window will be displayed. You can type in a description and confirm the measurement as English.
Select Open. From the Selection category, select the Model Browser to confirm the settings were saved with the newly created drawing template.
On the Objects tab, Beams panel, click 2. Create the beam starting point at WCS then select the Enter key. The beam is created, and the properties dialog box appears.
Section: Class Shortening a beam Next, shorten the beam at the selected end. On the Tool Palette, Features category, click Shorten. Beam and Plate features 2. Select a point on the beam end to process. Beam features Plate features 23 Type Size A shortening is created, and the properties dialog box appears.
Cope at a beam end Insert a cope at the other beam end. On the Tool Palette, Features category, click 2. Select a point on the beam end to modify. The green contour of the shortening feature is displayed, and the properties dialog box appears. On the Shape tab, make the following settings: 3. NOTE: To create a radius on the corner finish: 5. Select the Corner finish tab. Enter the size of the radius in the field. Unselect the Boring out box. Place the UCS at object tool 1.
Select the beam. The corresponding coordinate system CS appears and its origin is now 0, 0, 0. Create the contour 1. Define the contour center by Entering the coordinates 0, 0, 0 at the command line then hit the Enter key. A standard circular contour is created, and the properties dialog box appears. Splitting beams 1. On the command line, type G gap to define the gap size then Enter.
Select an osnap point where you want the split then Enter. The beam is split. Merging beams 1. On the Objects tab, Beams panel, click the Merge beams icon 2. Select the left part of the beam and then the right part of the beam, then hit the Enter key. The beams are merged. Right-click and select Advance Properties from the contextual menu. In the properties dialog box on the Display type tab, select the Features radial button.
The features are displayed as green contours. Moving a beam processing In this example, use the grips to shorten the beam. Select the beam then position the CS Coordinate System as shown. Select the shortening. Select the grip point close to the feature center. Deleting a beam processing 1. Select the shortening feature.
Press the Delete key. The shortening feature is deleted, and the beam returns to the original length. Shortening a beam 1. Select the shortening of the copied beam from the previous step. Right-click and select Advance Properties from the context menu. In the properties dialog box, define 0 for Y.
Select the section type of the beam: AISC Select the section size of the beam: W 16x Select the circular contour. Select the middle grip point of the circular contour. Drag the grip point in the —X direction. Select a point on the beam edge without a cope. The cope is created with the last values that were Entered. Creating a Weld Preparation on the beam Create a weld preparation at the end of the beam. Select a point on the beam edge.
Bevel cut. The green contour of the Edge processing feature is displayed, and the properties dialog box appears. On the Tool Palette, Features category, click the corner cut icon 2. Select the corner of the beam flange to cut. The plate chamfer is created, and the properties dialog box appears.
The default chamfer is modified with the new values. Select the beam, right click the choose Isolate Object. Select the Quick view on object tool to create the Preferred view. Six colorful arrows will appear. Select the blue arrow to the left of the red system line then Enter.
When prompted for the view depth extension, Enter the value of 0 and hit the Enter key. When prompted for the X depth extension Enter the value of 0 then Enter 9. When prompted for the Y depth extension Enter the value of 0 then Enter Rotate the UCS around the X axis. The Y axis should be pointing upwards and the X axis pointing to your right hand. Create a polyline as seen to the right. Select the beam to apply the contour then type P on the command line then hit the Enter key.
Select the polyline Enter. The customized feature is created. Change the orientation to the SE isometric view and double click on the green feature to display the properties dialog box, You can further customize the contour. Additionally, you can size the feature by grip points if preferred. Set UCS at world. On the Objects tab, Plates panel, and click 3. Enter 0, 0, 0 as central point of the plate. The plate is created, and the properties dialog box appears.
Select the upper right corner of the plate to add the chamfer to it. On the Tool Palette, Features category, click. Rectangular contour, center. This tool will not allow the feature to move when plate is modified by grips, however this tool will allow feature to move when the plate is modified by grips or inputting a value. Select the plate. Select the center point symbol of the plate feature or type 0, 0, 0 if your UCS was placed at the center of the plate. The rectangular contour is created, and the properties dialog box appears.
To display the features, select the plate. Right-click and select Advance Properties from the contextual menu, additionally you can double click the plate to invoke the properties dialog box. In the properties dialog box, on the Display type tab, select Features. The cut feature is static, meaning the feature does not move regardless of the applied modifications. Use the Copy tool by right clicking and selecting Copy from the contextual menu.
Select the second plate. Delete the chamfer on the smaller plate. Polygon plate Now you will create a polygonal plate between the two existing plates. First, place the UCS at object, meaning the first plate.
Select the top middle CS as shown in the figure below. On the Objects tab, Plates panel, and click the Polygon plate icon. Select the lower end points of the polygon as depicted in the figure and press Enter when done. Next, you will create two vertical plates which will later be merged into one plate. Move and rotate the current UCS so that the X axis of the coordinate system is parallel to the longitudinal bottom edge of the first plate and at the end point of the corner cut feature.
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