The maximum force a cylinder can support in a front loader when the load is held horizontally can be calculated by analyzing the torque created by the weight around the pivot point. The upward force from the cylinder must counteract this torque. By applying trigonometry to the forces involved, specifically at the 0.175m lever arm, one can determine the total force exerted by the cylinder. This method ensures accurate calculations of the cylinder's support capabilities in practical applications.
PREREQUISITESMechanical engineers, hydraulic system designers, and anyone involved in the design and analysis of front loader mechanisms will benefit from this discussion.
Are there no movements or deformation? Does the suport structure (in black) have mass? If not, first calulate the amount of torque created by the weight around the pivot point, then, at the position where the 0.175m stick is, a upward force can be calculated, this force should create a torque strong enough to cancel out the weight's torque. The upward force is supplied by the cylinder's support (so I think from looking at your diagram) and it is the vertical component of the force created by the cylinder. Using trignometry, find out the total force the cylinder is applying. Have fun in P.F.dannenino said:So the task is to calculate how much force a cylinder supports in a front loader when the load is held in a horisontal position. I have made a simplified diagram of the problem with the known data.
I hope that my attached image makes any sense.
Thanks in advance.
