one of the selected pulleys is already fixed

[HuddSyd]

Save as from title my set gives me this problem
In "total assemblies" this problem appears to me once I give to "arms-kidle support" a minimum and maximum distance bond to avoid the interlinks between the various parts. then to make the message disappear I put the flexible "323035" bearings instead of rigid once this is done, the "manage screw" translates as if the 32305 bearing was dismantled, so I go to set that the screw of maneuver is stuck to the translation but then the error recompaiaias

I tried both using the bearings taken from the skm catalog of the manufacturer (as axiemi), and the bearings taken from the internal skm catalog to solidworks (as parts), and taking the first and going inside the various axiemi to add the relationships to avoid disassembly, but nothing the error does not disappear, however suspect that even the upper radial bearing should be adjusted together with the couplings
attached there is a link with all files if someone wanted to try out the business and give me a hand
I apologize if the axieme presents a very "barbarbara" form of how it should be instead in the design reality
but I use this program recently
thank you all, to whom will give me a hand and to those who have read herehttps://www.dropbox.com/sh/4hu4sq7w43g8yy3/aadiaf-fx2pogbscbjixhzu6a?dl=0

 

[MassiVonWeizen]

I don't have 2018 so I can't answer you correctly, but if you also put some pictures maybe you do.
However some advice and observation.
-Do the program's internal tutorials to understand modeling logic and how the software behaves.
-the flexible property should only be set on sub-assistances which must have mobile parts in the upper axieme. to make an example a set of a cylinder that must open and close in the axieme in which it is inserted can be flexible. a bearing makes no sense that it is flexible because its components die is not functional.
- a limit distance bond does not serve for to avoid, but in order to allow eternity to move within limits as they would do in reality, see example of the cylinder that has a definite stroke and one wants to verify that its movement and that of the connected parts is correct.
-delete files with forum tools and not from external sites (except for non-attachable size)
-organize a priori if you have to do subaxis and if they have to be flexible
- the bearings or other commercial components downloaded do not need to be assiemi and it is advisable to save them as part as they are more manageable; are excluded from this concept the orgasnes of movements such as cylinders, martines, tendon.. . .
-in creating the assembling parts from the fixed component and then insert the others as if you actually mount it and before going to the next correctly define the degrees of freedom.
For now it's all

 

[HuddSyd]

all folder is too big to be uploaded to the forum
As for the assembly I have really proceeded as if I were assembling everything in reality, starting from the mounts that must absolutely remain rigid

 

[MassiVonWeizen]

the passage of files from one user to another does not do as set in the dropbox.
the pass must be done on the first level file (the axieme that contains everything in your case) through the pack&go that can be reached from the menu file or from explore windows resources with the menu on the file in question or from solidworks explorer

 

[HuddSyd]

the passage of files from one user to another does not do as set in the dropbox.
the pass must be done on the first level file (the axieme that contains everything in your case) through the pack&go that can be reached from the menu file or from explore windows resources with the menu on the file in question or from solidworks explorer

Here we go. https://www.dropbox.com/sh/5aq5m57mqqdhn4e/aadxyxqlpainkao49b8grk-sa?dl=0

 

[MassiVonWeizen]

I can't open files of your version, but I'll tell you right away that making bolt assemblies doesn't make any sense; You should do a set for every dimension. size, type of bolt? You're crazy, and you're out of a crazy mess. the defect must be inserted one part at a time in the skill set and then it must be replicated with repetitions or with the copy with coupling; everything is best to put it in a folder so that it is suspendable in just one click. the main parts should not be coupled to the viteria, but among them because the viteria is important for statistical and productive purposes but rarely design.

screws, washers, nuts, wrenches and other similar elements should shape them with configurations so that they have only one file per element and can change the size directly in the context in which it is inserted, without having to replace the part file with all the issues involved

 

[HuddSyd]

regarding bolts you are right
But I would like to avoid going too off topic, can I somehow send you files that are compatible with your version?

 

[MassiVonWeizen]

Can I somehow send you files that are compatible with your version?

No. files cannot be opened with previous versions. attaching a step file would make no sense to understand the problem of couplings
in the first post I wrote to attach some images at least to get an idea of the situation. do not take photos with your mobile phone, but make screenshots from understandable pcs

 

[HuddSyd]

this is the axieme tell me which details to make screens

 

[MassiVonWeizen]

in the image you see nothing out of place and no mistake.
we start from the beginning:
When you're out of the mix is one of the selected pulleys fixed?which Shoulder arms support?how and between who is set the limit constraint you would like to give to prevent competition?
Does the whole pulleys look fixed or not?

 

[HuddSyd]

error appears once I impose the minimum/maximum distance between the upper face of the arm-kid support and the lower face of the bearing support

 

[HuddSyd]

the intersection is fixed even if in reality there are sunshades to mount and disassemble the straps
the length of the belt is fixed

 

[MassiVonWeizen]

make a detailed screenshot or a section where those two details are mounted, indicating them possibly. and how the bond is set (it should be enough some sketch with paint).
Are those two details inserted in the upper level or are subaxial components?

 

[HuddSyd]

the bearing support is at the top level, while the support of the snail arms is part of a set that in the upper level is shown as a screen

 

[HuddSyd]

the bond is set between these 2 faces

 

[MassiVonWeizen]

Innately, as I said, remove the flexible that makes no sense unless you insert your arms too.
subsequently eliminates the constraints of support to the fixed zone. in practice support more arms must move for its own facts. verify that the rest of the axieme and couplings are all fixed and function properly.
redouble the support by putting:
-cylindrity with auction
-concidence between a support plan and one of the column so that not rough
-distance between the two faces (not limit dictance per hour)
if it works, change the distance coupling and activate the limit parameters, if it does not work you have two options:
1 removes and removes all that leaving you to lose vines and similar (you will put them to the fiine), paying attention to redundant constraints (e.g. parral and distance between two faces), try not to use, on simple geometries like this, constraints between edges or vertices; by rationalizing the assemblies (you can make a set of the right part including column, sheet folded to c with hole in the middle, motor, belt etc.; same thing for the other part) in this way in the main axieme you will have to insert two column axiemes, two supports with the relative arms and everything simplifies to level of couplings
2 aspects someone who has 2018 and you can aconcretely correct work

 

[HuddSyd]

I think I should wait for someone with 2018
It's two weeks that every day I'm going to take it back without coming to the head
I don't think there's any redundant bonds, but if I check them again, I'll probably have someone escaped.

 

[MassiVonWeizen]

Meanwhile, look at the image as you could manage the subassiemi (axieme 1 red, together with 2 green, together with 3 blue, together 5 right arm, together with 6 left arm) in the first-level axieme you will have to have together 1, together 2, together 3, together 5, at least 6 (double if on the other side they are equal.
tightly bound the various subaximes in the upper level you will have no problems
then attach the assieme as step (zippalo) that I make some evidence

 

[HuddSyd]

Step ap203 a step ap214?

 

[HuddSyd]

Do I have to save in step only the assieme or even all the subassiemi and parts?