advice on the use of the bonds

[alequatt]

hello to all, I tried to create a mixed set of plates, plates and profiles. I have struggled to place them in the exact positions I wanted and then even more in wanting to move them (simulating a design phase where the odds are not definitive). the main difficulties I have encountered have been in the continuous errors in the bonds of assembly that I initially neglected but that then they accumulated and the program began to disassemble by moving me all the parts. then every time I established the first relationship, for example "planar alignment", the part was moved out of field and I was forced to zoom out to go to repeat and establish the next relationship. I wanted to ask you some general advice on how to use the co-responsibility reports effectively without having to continually suppress or delete the reports as soon as you move something and if you can prevent the part of "flying" on one side of the axieme when I insert the first co-relationships. I'm sorry to have a good day.

 

[Be_on_edge]

My tips to start are:

• follow the courses in the programme in the learning section
• do all the tutorials on the assembly available in the learning section
• watch all the videos on the assemblies you find video
• learn how to use fundamental constraints well: ground, mating, flat line and axial alignment.
• start to use the "flashfit" only how well you learned the previously mentioned relationships
• learns well the difference between fixed offset, variable offset, unlocked rotation and blocked rotation
• learn to edit existing relationships instead of eliminating them and reinserting them from scratch
• when assemblies reason how you would mount components in reality
  • first component with earth bond is the main one on which the other components are mounted in a generic way
  • if you have multiple main components you can put others on the ground or bind them to the first by defining their position
  • assemblies the components in assembly sequence
  • leaves free the constraints on which there is movement (e.g. a stem of a hydraulic cylinder has an axial alignment with the cylinder with unlocked rotation and a coupling of the bar with the bottom with offset interval ranging from 0 to finer

to get to advanced levels it is important to understand the basic mechanisms well, if you have the opportunity to follow the targeted courses, the topic is very wide and not explainable with only one post.

 

[alequatt]

Thank you, I already understood some mistakes made. what is not clear to me is the difference between mating and flat alignment, or better what is the offset direction of the coupling (the flat alignment should be normal to the planes).