how do you make nx cabling?

[checco03]

After the passage from i-deas to nx, we find ourselves a little difficult in the realization of the cablings. in i-deas before the various symbols created were placed, putting on the table the various components (spinotti and tabs) and untiring them from the 3d. but when they moved the symbols, the links were "stripped" so they remained connected.
with nx you have to put the wiring device on the table and then realize the connections, but when moving the components (you have to do so in 3d) the connections do not remain attached.

I wanted to know how to make your nx cablings or use nx routing.

 

[axa]

After the passage from i-deas to nx, we find ourselves a little difficult in the realization of the cablings. in i-deas before the various symbols created were placed, putting on the table the various components (spinotti and tabs) and untiring them from the 3d. but when they moved the symbols, the links were "stripped" so they remained connected.
with nx you have to put the wiring device on the table and then realize the connections, but when moving the components (you have to do so in 3d) the connections do not remain attached.

I wanted to know how to make your nx cablings or use nx routing.

hello checco, I didn't understand the problem well, you draw the wiring in view 2d of the table?

 

[checco03]

hello checco, I didn't understand the problem well, you draw the wiring in view 2d of the table?

Yes, we call them cabling but they are actually schemes that show links (nothing to do with setting up the formboard).
the problem is that if we place the symbols of the components and connect them with lines then you can no longer move except to remake the links, because in the 2d there is no strech.

 

[axa]

Yes, we call them cabling but they are actually schemes that show links (nothing to do with setting up the formboard).
the problem is that if we place the symbols of the components and connect them with lines then you can no longer move except to remake the links, because in the 2d there is no strech.

I don't know if I understand, you mean sketch or strech?
What version do you use?

p.s.
Have you got a good class?:biggrin:

 

[checco03]

I don't know if I understand, you mean sketch or strech?
What version do you use?

p.s.
Have you got a good class?:biggrin:

I intend to twist the lines, which is the only way to keep them connected to the symbols when they are moved.

ps: regarding the teacher I can guarantee that we already have the best.
Sometimes, however, for particular uses, the experience on the field is worth more than the method.

 

[axa]

ps: regarding the teacher I can guarantee that we already have the best.

Of course it was a flier, the faces confirm it.

but what version of nx?

 

[checco03]

Of course it was a flier, the faces confirm it.

but what version of nx?

nx 6.0.5.3 :redface:

 

[axa]

nx 6.0.5.3 :redface:

So you can't use sketches?

Maybe I didn't get the problem.

 

[checco03]

So you can't use sketches?

Maybe I didn't get the problem.

even using the symbols nx 2d is too slender: to catch the snaps on the remarkable points you have to disaggregate the symbols and every time I move them you have to remake the lines for the connections. the result is that respect i-deas productivity has a big decrease (but you know that the 2d is not comparable). I wanted to know if someone has studied some way to do the wiring or if you use ad oc tools like nx.

 

[axa]

even using the symbols nx 2d is too slender: to catch the snaps on the remarkable points you have to disaggregate the symbols and every time I move them you have to remake the lines for the connections. the result is that respect i-deas productivity has a big decrease (but you know that the 2d is not comparable). I wanted to know if someone has studied some way to do the wiring or if you use ad oc tools like nx.

here unfortunately I can not help you schematic I have never seen it, for the rest I should see how/what do you do to understand if I can suggest you some shortcuts.

deso vo casa, good weekend:biggrin: