CATIA V5 MANUAL PDF
Page 1. MANUAL CATIA V5. Page 2. V3. Page 3. V3. INTRODUCCION .. .. 1. PART DESING. MODELADO SOLIDO 1. Page 2. CATIA User Interface. •Let's review the following key features: ✍Multi- document support. ✍Standard and specific menus & toolbars (File, Edit, Insert, ). Depending on your needs, you may have to modify the CATIA V5 settings (units, default directory, visualisation Launch your CATIA V5 session and do the operations from page 40 onwards. For NT users .. Manual Settings. ©. –
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✍In this tutorial you will understand the power of associativity in CATIA V5, creating design in Depending on your needs, you may have to modify the CATIA V5 settings (units, default directory resourceone.info Manual Settings. ©. Mon, 18 Mar GMT Catia V5 resourceone.info - Free. Download CATIA V5 Surface-modeling manual oficial catia v5 español pdf - resourceone.info Download: Catia V5 Manual Free Download resourceone.info Get catia v5 manual for free from our online library: catia v5 manual. Catia V4 Nc Programming. Manual.
Figure 1. The length of the chamfer will shrink as you move it back towards the intersection. If you move the mouse to the top left quadrant you will notice the chamfer also moves to that quadrant. For this lesson use the bottom left quadrant. NOTE: The chamfer has two green colored dimensions attached to it. Both dimensions have values attached to them. One dimension is the chamfer length and the other is the chamfer angle.
Reference Step 19 modifying constraints on how to modify the values to exactly what you require for your chamfer. This chamfer is a two dimensional entity. Lesson 2 also explains a method of creating chamfers on three-dimensional entities, using a Part Design Work Bench. As you select the line hold the mouse button down, now drag the mouse up.
Notice that the entire profile expands and contracts as you drag the mouse button around. All the other lines can be modified in position, length and angle.
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You cannot modify the location of lines 1 and 2 because they are linked to Point. The green dimension lines that were created with Point. It is the constraint values that tie Point. Constraints are restrictions on one entity to another entity. The Anchor tool restricts the entities movement in relationship to the coordinate location only. For this lesson use the bottom left quadrant. NOTE: The chamfer has two green colored dimensions attached to it. Both dimensions have values attached to them.
One dimension is the chamfer length and the other is the chamfer angle. Reference Step 19 modifying constraints on how to modify the values to exactly what you require for your chamfer. This chamfer is a two dimensional entity. Lesson 2 also explains a method of creating chamfers on three-dimensional entities, using a Part Design Work Bench. As you select the line hold the mouse button down, now drag the mouse up.
Notice that the entire profile expands and contracts as you drag the mouse button around. All the other lines can be modified in position, length and angle. You cannot modify the location of lines 1 and 2 because they are linked to Point.
The green dimension lines that were created with Point. It is the constraint values that tie Point. Constraints are restrictions on one entity to another entity.
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The Anchor tool restricts the entities movement in relationship to the coordinate location only. Line 1 and 2 are not truly anchored because the constraint is tied to their relationship to Point.
The effect is the same, line 1 and 2 can not be moved. If you want to constrain the location of an entity without constraining any other entity the Anchor tool is a good option. If your profile is not over constrained, you are ready to move on to the next step.
If the instructions were followed an over constrained condition will not exist. As a reminder the following conditions will not allow you to successfully extrude your profile once out of the Sketcher Work Bench. Notice the profile has a gap in it. Notice there is a line not attached to any other entity, it is floating.
Notice both profiles are closed profiles but there are two of them. The two profiles have to be separate sketches. Notice this example shows that one line is being dimensioned two different ways. If you are ready to exit the Sketcher Work Bench select the Exit icon. The Exit icon is located in the top right of the Sketcher Work Bench. The Sketcher Work Bench grid disappears. The tools on the right hand tool bar will change, as shown in Figure 1.
The only tools available for your use at this time are Pad, Shaft, Rib and Loft. The Pad tool is covered in Step 22 and Lesson 2.
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The next step will tell you how to use the PAD tool. If your screen looks similar to Figure 1. This is where you find out if there are any problems with your profile sketch created in the Sketcher Work Bench. If it is not still highlighted, select the profile or select the Sketch branch from the Specification Tree. When the profile is highlighted you can select the Pad icon.
This will bring the Pad Definition window up Figure 1. As the Pad Definition window pops up you should notice your profile becomes 3 dimensional. At this point you can specify how long to extrude the profile. You can type it in or select the up arrow and watch the part grow. Select the down arrow and watch it shrink. If these are not enough options you can select the More button in the Pad Definition window Figure 1.
The More button will let you specify the start location First Limit: The More button will allow you to select an extruded direction other than the default direction, which would be normal to the sketch plane. These options are the same in the first and second. Once you have the Pad Definition window set up the way you want it, Figure 1.
If you are not satisfied with the result select the Cancel button. If you are satisfied select the Ok button. The Ok button will create a three dimensional part from your sketch. Your extrusion should look like Figure 1.
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Before saving and exiting make sure you have finished all operations you have started. CATAPart extension. The extension is automatic. Remember the file name and the directory you saved it to, you will need to reopen it to use in Lesson 2. Lesson 1 Review After completing this lesson you should be able to answer the questions and explain the concepts listed below:.
What is the definition of a constraint? What is meant by an unclosed profile? Can an unclosed profile be extruded? What does anchoring the profile do in the Sketcher Work Bench?
How many different ways can you select the XY plane? Explain how you would change the Sketcher units of measurements from mm to inches.
The Sketcher Grid is made up of two different entities, one is the Primary Spacing, name the other? What is the advantage of constraining a profile in the Sketcher Work Bench?
How do you modify a constraint? Is it a good thing to over constrain a profile? Explain your answer to question How can you view all the default tool bars in Sketcher Work Bench? The actual process of extruding a profile adds what branch to the Specification Tree? List as many types of constraints as you can. Can one Sketch have more than one profile? While in the Sketcher Work Bench and using the mouse how would you move pan the profile around the screen? When you are connecting one end point of a line to another how does CATIA V5 let you know you are Snapping to the existing end point and not just getting close?
Practice Exercises: The shapes are simple and can be completed in one sketch. The dimensions represent the constraints you are to use in the Sketcher Work Bench. The first practice exercise has the suggested steps to completing the task along with some helpful hints.
Each subsequent practice exercise contains less suggested steps and helpful hints. By the last practice exercise you will be on your own! Each practice exercise has a suggested name to use when saving the exercise. It is critical that you use the suggested name so you can find the correct CATPart if it is used in a later lesson.
Good Luck! Using the Sketcher Work Bench and the other tools covered in Lesson 1 create the following profile and extrude to the dimensions shown below. Suggested Steps: Select the XY plane the plane the profile will be sketched on.
Reference Step 3 for information on selecting planes. Enter the Sketcher Work Bench. Reference Step 4. Sketch the profile of the part. Anchor the lower left hand corner of the sketch. Reference Step 17 for anchoring a profile. Constrain the profile to match the dimensions shown above. Reference Step 18 for constraining a profile. Reference Step 22 for extruding a profile. Reference Step 23 for saving a file. This part profile should be straightforward.
This would be a good exercise to try different methods of constraining and testing the results. To help make it easier to sketch this part set the grid Primary Spacing to 1 and the Graduations to 4. This will put the grid lines in the Sketcher screen to a.
With that spacing all you have to do is snap to the intersections of the grid to sketch the part. This practice exercise is a little bit more challenging, lets see what you can do with it. It is not as complicated as it looks. If your grid Graduations are set to 10 just snap to the intersections for the beginning and ending points of your lines.
To set the constraint for the angles select the angled lines and the angle constraint will appear. Reference Step 19 for modifying the angle value.
If the profile gets over constrained delete the Parallel constraint. This practice exercise should challenge you. For this part use radius values, not angles. This part can be done using the radius option in the profile command. Before starting, set the grid Primary Spacing to 1 and the Graduations to 4. Select the Profile icon from the right menu bar.
Sketch the vertical 1. Now sketch the first arc along the top of the part.
To do this hold down the left mouse button and drag it in the direction you want the arc to go then release the mouse button. The arc will appear and allow you to drag and place it where you want. Place it on the grid intersection 2 inches above the bottom of the part and a half-inch to the right. This will only create half of the arc needed, so the process will have to be repeated to sketch the other half of the arc.
Finish sketching the rest of the part.
When you reach the inside. When the sketch is done constrain it to double check that all the dimensions match the part shown above. Make the necessary changes if needed. This will give you more practice using the line and corner icons. Use the Line or Profile icon first to sketch the profile using sharp corners no radius. Once it is constrained to the dimensions above, go back and add in the radiuses using the Corner icon. Flag for inappropriate content. Related titles. Jump to Page.
Search inside document. For this lesson select the ZX plane as shown in Figure 1. To change this default complete the following steps: To create a point complete the following steps: For this lesson select line 6.
To apply Dimensional Constraints complete the following steps: To use this tool follow the steps listed below: Sketching with the Profile icon radius option 1. Starting at the bottom left corner of the part. Part is. Navdeep Singh Sidhu. Sujay Umarani. Nikhil Raj. Aleksandar Kostoski.
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Sanah Khan. Mike Nall. Ramu Banoth. Rafiuddin Biplab. Dustin Nitro. Norman M. Morris Corporation.The Animate Constraint window has other options that you can test. This procedure assumes you know what a chamfer is. If you make a mistake when creating one of the lines you can use the Undo icon. Allowing the quick and sometimes uncontrolled modification to a sketch can be a Figure 1. If you want to constrain the location of an entity without constraining any other entity the Anchor tool is a good option.
It requires an axis, around which the sketch will be revolved. One dimension is the chamfer length and the other is the chamfer angle.