Chain solidworks

You can select a chain of entities attached to the selected entity in both directions until a branch is encountered. The entities of sketch geometry such as rectangles and polygons are selected. You can also select construction entities. If the geometry includes branches, the chain stops at the branch. You can continue the selection manually. Use the form below to send your comments and suggestions about this topic directly to our documentation team.

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All rights reserved. Select Chain You can select a chain of entities attached to the selected entity in both directions until a branch is encountered. To select a chain of sketch entities:. Parent topic Contextual Selection Overview. Parent topic Additional Conversion Tools. Select Loop. Select Tangency. Repair Sketch. Thank you for your comments. We will contact you if we have questions regarding your feedback. Print Topic Select the scope of content to print: Just this topic This topic and all topics linked from this topic This topic and all children of the topic in the table of contents.

Never show this message again. Other versions:. Feedback on this topic. Access to Help. Legal Notices. User Interface.Chain dimensioning is when each dimension is placed directly adjacent to the next dimension without any gaps between the dimensions as shown below.

The Chain Dimension command reduces the number of clicks to place dimensions over using Smart Dimensions. To create the dimensions shown in the image below takes 13 clicks using Smart Dimensions but can be done in just 4 clicks using Chain Dimensions! And an added benefit of Chain Dimensions is that the dimensions are automatically aligned so that if any of the dimensions are moved the spacing is maintained.

Once the command has been selected, click on the first edge to establish the starting position of the chain dimension. Then select the next edge for the first dimension. The dimension is automatically placed at the spacing as defined in the Document Properties Dimensions, Offset distances. But wait a minute, Mark! I did not get the same result as you did!

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My second dimension does not have parenthesis and there is no overall dimension. This is what I see. Clicking on the last line in the view creates the third dimension in the chain adding the parenthesis for the last dimension and the overall dimension.

Add to Chain and Remove from Chain are self-explanatory. The Convert to Base command toggles the dimensions from Chain to Base as shown below. I hope you find this to be a useful and time-saving addition. Do you have any questions or comments for us? Please be sure to fill out the form below. Your email address will not be published. We will start off with a part ready to be dimensioned.

Move on to the next line and click to place the next dimension in the chain. And in only 4 short clicks the side of the part has been dimensioned. There are three new right-click options available with Chain Dimensions.

The right-click options change as shown below when clicking on one of the base dimensions. Subscribe to the blog:. What's on your mind? Cancel reply Login via a social network.In the video walkthrough above, we look at how to pattern components along an open or closed loop path with three different pattern options. In the first example shown, a mounting base must be patterned at regular intervals around an outlined path.

The number of links or instances can be entered below the Selection Manager. Selecting the mount base in the graphics area will pattern the component. If a user wanted to pattern a chain of components that were symmetrical about their link-pivot point, like a simple roller for example, using the Distance option would be recommended.

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When doing this, select the cylindrical face to define the path link reference and choose an existing component reference plane for the path alignment. After clicking OK, the rollers can be dragged along the outlined path. What if a user needed the base to stay perpendicular to the chain path as it follows it? This allows a user to define two path link references to produce the desired behavior.

Selecting the two wheels of a base for their definitions, then selecting the components right plane for the path alignment, users should space the components equally before accepting changes.

Creating Chain Patterns in SOLIDWORKS

As seen in the video walkthrough, the chain pattern behaves just as desired. To do this, start by selecting a chain path and then select the individual linked components, path links and path alignments. The assembly will then behave as a linked chain. A strong design background allows him to wear both the hats of Engineer and Designer at once.

chain solidworks

Search for:.You can pattern components along an open or closed loop path to simulate roller chains, energy chains, and power transmission components. Use the form below to send your comments and suggestions about this topic directly to our documentation team. The documentation team cannot answer technical support questions. Click here for information about technical support.

chain solidworks

We have detected you are using a browser version older than Internet Explorer 7. For optimized display, we suggest upgrading your browser to Internet Explorer 7 or newer.

To report problems encountered with the Web help interface and search, contact your local support representative. All rights reserved. Chain Component Pattern You can pattern components along an open or closed loop path to simulate roller chains, energy chains, and power transmission components. You can create three types of chain patterns: Distance Patterns a component with a single link along a chain path.

Distance Linkage Patterns a component with two unconnected links along a chain path. Connected Linkage Patterns one or two connected components along a chain path.

How to use the SOLIDWORKS Belt/Chain Assembly Feature to control a Chain

Parent topic Component Patterns and Mirroring. Related concepts Mirror Components. Related tasks Linear Component Pattern. Circular Component Pattern. Pattern Driven Pattern. Sketch Driven Component Pattern. Curve Driven Component Pattern. Related reference Chain Pattern PropertyManager.

chain solidworks

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chain solidworks

Other versions:. Feedback on this topic. User Interface. Moving from 2D to 3D. Basic Component Operations. Creating an Assembly from a Part. Adding Components to an Assembly. Editing Assembly Components.

Deleting Components from an Assembly. Selecting Components. Positioning Components in an Assembly. Moving and Rotating Components. Component Patterns and Mirroring. Linear Component Pattern. Chain Component Pattern. Chain Pattern PropertyManager.The software calculates the length of the belt based on the positions of the pulleys. Optionally, specify the length of the belt and have the pulley positions adjust, at least one pulley must have an appropriate degree of freedom.

You can select to automatically create a part that contains the belt sketch and add the part to the assembly. In the part file, use the sketch as a sweep path to create a solid belt.

If you selected Engage beltyou can drag to rotate one pulley to see all the pulleys rotate.

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Video: Assembly Belt Engaged. If you did not select Engage beltyou can reposition one pulley without causing the others to rotate. Video: Assembly Belt Disengaged. Use the form below to send your comments and suggestions about this topic directly to our documentation team. The documentation team cannot answer technical support questions. Click here for information about technical support. We have detected you are using a browser version older than Internet Explorer 7.

For optimized display, we suggest upgrading your browser to Internet Explorer 7 or newer. To report problems encountered with the Web help interface and search, contact your local support representative. All rights reserved. A sketch containing a closed chain of arcs and lines describing the path of the belt. In the FeatureManager design tree, the following appear: A Belt feature. The belt length appears next to the feature.

A BeltMates folder under Matescontaining mates between adjacent pulleys. To see the belt curve when the PropertyManager is closed, select the Belt feature in the FeatureManager design tree. If you selected Create belt parta part containing the belt sketch is created and added to the Belt folder in the assembly. The part has: An external reference to the assembly. A LockToSketchMate that constrains the belt part to the belt sketch.

Custom properties Belt Length and Belt Thickness. Parent topic Creating Assembly Features. Related concepts Weld Beads in Assemblies. Creating Swept Cuts as Assembly Features. Creating Holes as Assembly Features. Creating Patterns as Assembly Features. Creating Fillets and Chamfers as Assembly Features. Thank you for your comments. We will contact you if we have questions regarding your feedback.

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Solidworks tutorial: Chain and Sprocket Animation with Design and Assembly

User Interface. Moving from 2D to 3D. Basic Component Operations.This is perfect if you want to dynamically simulate roller chains, cable carriers, and power transmission systems. Previously, we created a generic energy chain. Written by Todd Domke on February 24, 1 Comment. Previouslywe created a generic energy chain to give an overview of this great new feature.

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The previous example would work great with some type of gantry with linear motion. In this case, what if the motion is more circular or rotational than linear? For the correct rotary motion, the component must be concentric to the ring and hub components and, in this case, constrained to the hub so that when the inner hub is dragged rotatedthe chain path moves with it and therefore drives the Chain Component Pattern to move with it.

See below. This one has another interesting twist as unlike the energy chain, which uses a single type of link, a bicycle chain has two types of alternating links. Something else to consider here is that in reality, the final link in the chain would be attached to the first link in order for it to be a closed loop. So, how do we make sure the total length of our path is correct so that the final link does indeed meet the first one?

Once this is done, you can measure the remaining gap between the first and last component. Using the Path Length Dimension, adjust the sketch path by that amount to close the gap. There are applications where the movement of the chain is dependent on the position of other components in the assembly to which the chain is attached.

This is easily done by creating an in-context sketch constrained to the moving component, in the chain sub-assembly.

Creating Chain Patterns in SOLIDWORKS

In this example we have a gantry system where the chain path sketch is defined in the context of the assembly to the vertical head component. Notice the angle of the path is not specified; it is dependent on the position of the head component. Now, there is one difference in the behavior of the chain movement when using in-context referencing for driving the chain path. When the component the head is moved, the chain motion will not be real-time. The top level assembly MUST be rebuilt so that the chain path sketch is solved for the new location of the component, which then allows the chain component pattern to be solved.

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This is still very useful for positioning information in your design and drawings. Is there an easy way to do that? Your email address will not be published. Leave a Reply Cancel reply Your email address will not be published.It also includes a Dynamic option to show the motion of the chain. However in order for the chain beginning and end to visually appear to line up, the path length must be correct so the number of chain links matchup.

Otherwise there will be a gap if you have too few links, or overlap if you add an extra one. All you need to do is insert your sprockets into an assembly. You can use a reference sketch to help mate the sprockets between its origin and the sketch lines. For example, I know the center-to-center distance of the links to be 20mm.

Menu Toggle navigation. Bad fit for the chain. Placement Sketch. Belt Feature. Chain Pattern path controlled by Belt Feature. Good chain fit. Javelin Technologies. Javelin Technologies is a provider of technology solutions since We are experts in 3D design and have helped thousands of companies with solutions for mechanical design, electrical design and 3D printing. Large or small, we have the skills, experience, and services to propel your organization to new heights so you can aim high.

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