Hello everyone,
Today I have a problem to ask you about RDM, I'm looking for the best way to maintain a 100x100 tube, on which there is a load of about 1T. On this tube there is a 200x200 plate welded directly to the square tube. So I have to hold the tube by this plate, and this from the ground (with an 80x80 tube).
I'm looking for the best solution for this setup, do you have any ideas?
Thank you!
Hello
A ribbed square?
http://www.directindustry.fr/prod/suburban-tool-inc/equerres-fixation-rainure-t-66515-1333999.html
A square seems to be a good solution. However, is the position of the tubes necessarily the same as the drawing (80x80 tube next to the 100x100 tube)? What is the distance between these tubes? Where does the force of 1 T apply (is there a torque to take back?)?
Does it have to be mobil (rotation) because if you are not limited by the height of the 80x80 tube you make it longer and you hang a bar at the top which is attached to the end of the 100x100
The principle of winch supports.
Is the 80x80 planted in the ground or attached to a wall?
Hello
I think that to give a viable solution it would be good to know what it is for, or to have specifications.
We will not propose the same solutions according to this, which will impose boundary conditions for your beam, and therefore a solution.
Objective, forces subject (and where!), design constraints?
Example, deflection, elastic limit etc etc?
Kind regards
it depends on the length of the tube of 100x100 because if it is long it will certainly not work and with regard to safety a kind of stem must be validated by groups such as APAVE or SOCOTEC.