After setting up a new SOLIDWORKS part, three planes are displayed on the isometric side

To automatically display three planes after setting up a new part in SOLIDWORKS, you can follow these steps:

1.First, open the SOLIDWORKS software and click on it"New"tab and select it from the drop-down menu that pops up"parts"。

2.In New Part mode, click"Browse the drawings"tab in the pop-up menu"Equiaxed side"View.

3.Next, click"View. "tab in the pop-up menu"Datum"Command.

4.In the Datum dialog box that appears, select the plane (xy, xz, or yz plane) that you want to display, and click"OK"Finish adding.

5.Repeat the above steps to add all required plane planes to the equimetric side view.

6.Finally, click"Save"tab to save your design and turn off part mode.

This way, each time you create a new part, the equimetric side view and three planes are displayed by default. If you need to hide or delete one of these planes, you can do so"View. "tab"Datum"command.

In short, through the above steps, it is easy to set up and realize the automatic display of three datum planes after creating a new part in SOLIDWORKS, so that users can design the model more efficiently.

<> the datum, right-click the mouse to get out of the menu, and select the red box, and the datum will be displayed.

Click on the red box icon and the part will be in an isometric state.

The datum shown in the figure is a right-looking datum, and SW defaults to one of the three datums. Like the coordinate origin, it is fixed and immovable. You can only adjust the display size whether it is displayed or not. What can be moved is a user-defined datum.

So we usually move the part to the default plane position, or model it with a plane.

Method one, move the copied entityInsert-Feature-Move copies the entity.

The first box checks the entity (shown in blue). The second box selects the side edge of the box and the right-facing datum.

The part is then moved to the plane position.

Method two, sketch plane. Select the sketch and right-click the sketch plane.

Change the drawing plane to a right-looking plane.

<> disadvantage of this method is that the orientation of the part changes.

Method three, sketch. Finally, the sketch is modified directly and moved to the coordinate origin.

Hope it helps.

Create a new datum and set the distance with a face as a reference.

1. Open SOLIDWORKS and click the New button on the main interface to create a new part drawing.

2. In the tree map on the left, click the front-view datum to display the datum.

3. Click the Reference Geometry button in the navigation bar and select the datum.

4. After the dialog box pops up, click the front datum with the mouse, and then confirm.

5. Finally, place the mouse on the plane parallel to the front datum, right-click the mouse, and select the sketch to draw the drawing.

If you mean that the system coordinates are consistent with the fixture coordinates, then there are two ways for you to do it:

1. Generally, the first piece is selected to be dragged into the fix, and the first piece is dragged into the hook in the time point. In this way, the coordinates of the piece are consistent with the system coordinates.

2. For the assembled assembly, you can right-click the fixer first, change the fixer to floating in the drop-down menu, and then merge each face of the fix's coordinates with the system coordinates.

Summary. Fixed planes are an important concept in SOLIDWORKS that can help users better control and manage the structure of their models. When using SOLIDWORKS, the following problems can occur if the plane is not fixed correctly

1.When you draw a graph, it may happen that the graph does not display correctly because the plane is not fixed correctly, resulting in the graph being displayed in the incorrect direction. 2.

When you draw a part, it may happen that the part is not spliced correctly because the plane is not fixed correctly, resulting in the part being spliced in the wrong direction. The solutions to these problems are:1

When drawing a drawing, you should fix the datum correctly before drawing the drawing to ensure that the drawing is displayed in the correct direction. 2.When you draw a part, you should fix the plane correctly before you draw the part to ensure that the part is in the correct direction of the splicing.

Personal tip: When using SOLIDWORKS, you should first fix the plane correctly to ensure that the graphics and parts are displayed and stitched in the correct direction. In addition, attention should be paid to the position of the datum to ensure that the structure of the model is correct.

1.In SOLIDWORKS, you can fix the datum plane by following the following steps: (1) Open SOLIDWORKS, click the "View" menu, and select "Datum"; (2) In the pop-up "Datum" dialog box, select the datum you want to fix; (3) Click the "OK" button to complete the fixation of the datum.

Excuse me, but please go into more detail?

Fixed planes are an important concept in SOLIDWORKS that can help users better control and manage the structure of their models. When using SOLIDWORKS, if the datum plane is not fixed correctly, the following problems may occur:1

When drawing a graph, the graph may not be displayed correctly, because the datum plane is not fixed correctly, and the shape is displayed in an incorrect direction. 2.When you draw a part, it may happen that the part is not spliced correctly because the plane is not fixed correctly, resulting in the part being spliced in the wrong direction.

The solutions to these problems are:1When drawing a drawing, you should fix the datum correctly before drawing the drawing to ensure that the drawing is displayed in the correct direction.

2.When you draw a part, you should fix the plane correctly before you draw the part to ensure that the part is in the correct direction of the splicing. Personal Tips:

When using SOLIDWORKS, you should first fix the plane correctly to ensure that the graphics and parts are displayed and stitched in the correct orientation. In addition, attention should be paid to the position of the datum to ensure that the structure of the model is correct.

In SOLIDWORKS, the datum and the triaxial coordinates are closely related.

First, the datum is a flat closed plane tangent or intersected with a triaxial coordinate system, which is used to define the reference plane of the model. Typically, we use xy, xz, or yz planes as datums, which are tangent to or intersect the x, y, and z axes, respectively.

Secondly, the three-axis coordinate system is composed of three straight lines, x, y, and z, which is usually presented as a three-dimensional rectangular coordinate system, which is used to describe the position and direction of an object in three-dimensional space.

When we create a new part document in SOLIDWORKS, the plane is displayed by default. If you don't see a datum in your new file, you may have one of the following options:

1.The plane has been hidden: In SOLIDWORKS, we can choose to hide or show the plane, you may have already hidden it. At this point, you can pass"View. "tab"Datum"command to redisplay the plane.

2.Planes are not added by fracturing: When you create a new part document, planes are added by default, but if you accidentally delete them later in the process, they will no longer appear.

At this point, you can use"Create"tab"Datum"command to select the desired plane and add it as a plane.

In summary, in SOLIDWORKS, the datum and the three-axis coordinate system are inseparable, and together they form the basis of 3D modeling. If you encounter related problems when using SOLIDWORKS, you can adjust accordingly through the above methods.

Hello dear! We're happy to answer for you! In SOLIDWORKS, the process of establishing a plane is usually straightforward, but if you are unable to successfully establish a plane, it may be due to one of the following reasons:

You didn't choose the right tool or option: In SOLIDWORKS, there are several ways to build a plane, such as using the Plane command, creating a sketch and using the Create Plane command, and so on. If you select the wrong tool or option, you may not be able to successfully establish a plane.

Wrong or incomplete parts of your design: If your design has missing parts or wrong geometry, it can result in a failure to establish a plane. In this case, you need to solve the problems in the design before you can successfully establish a datum.

Multiple planes exist in your model: If one or more planes already exist in your model, you may not be able to establish new planes. In this case, you need to delete the existing plane before you can successfully build a new plane.

Errors or glitches in your software: Finally, if there are bugs or glitches in your SOLIDWORKS software, it may result in failure to establish a datum. In this case, you can try restarting the SOLIDWORKS software, or you can try updating the software to fix any known errors or glitches.

If you are still unable to establish a datum after trying the steps above, please try contacting the SOLIDWORKS Technical Support team who will provide you with more detailed help and support.

There may be several reasons why SOLIDWORKS cannot establish a datum:1Incomplete or incorrect model:

If the model is incomplete or incorrect, it may result in a failure to establish a datum. Check that the model is complete and that there are any missing or wrong bumps. 2.

Wrong geometry in the model: If there is wrong geometry in the model, it can cause the plane to not be established. Check the model for incorrect geometry and fix it.

3.Overlapping geometry in the model: If there is overlapping geometry in the model, it may result in a plane not being established.

Check the model for overlapping geometry and fix it. 4.There is discontinuous geometry in the model:

If there is discontinuous geometry in the model, it may not be possible to establish a datum. Check the model for discontinuous geometry and fix it. 5.

Unsupported geometry in the model: If there is unsupported geometry in the model, it may result in an alarm plane not being established. Check the model for unsupported geometry and fix it.