hannaxt wrote in post #2861722
Awesome thanks. Well that's how I ended up doing it so the diagram confirms it's right. I suppose it was obvious yet as i mentioned above when you slot the cross bar on the brass pins it just seems an odd seating.
Thanks for the link
You mean the loose fit of the crossbar on those brass studs?
It is a loose fit so you can inch up the height of the backdrop crossbar. You can alternately increase the height on the support stands (one side then the other) until you get it to the height you want. You can do this in 18 inch or so increments.
If the crossbar fit onto those brass studs in a perfect fit, you would not be able to do this unless you had two human beings doing it at the same time (with a tight fit if you tried to raise only one support, the other support would tip).
So in this case the mechanical slop is engineered in.
When you try to turn a rectangle into a trapezoid, you must allow the corner angles to change (the slop accommodates this need).
But, with gravity so predictable and consistent, where is the crossbar going, even with a loose fit?
Enjoy! Lon