alia176
Silver Member
These two pictures are perfect examples of what I tried to verbally explain. The blade is held solidly in position in relevance to the Loader Frame.
So, to keep the blade in contact with the ground the Loader must be operated in the float position. This means the entire weight of the loader beams and blade is split in half between the blade shoes and the tractor loader frame. See how much weight that places on the blade shoes??
With a chain or chains the loader is operated with the beam held at a certain height. The blade is then free to pivot on it's bracket and float with the uneven ground conditions because of the slack chain. So the entire weight of the blade and it's angle bracket is split in half between the blade shoes and the hinge pins. Dramatically less weight on the blade shoes??![]()
Interesting info, thanks for explaining. I based my design off the "rigid" design vs the "float with chain" design. I was under the impression that I'm suppose to have the loader in float mode while snow plowing. However, the pickup trucks don't have this option so they opt to use the chain method to have a "float" feature.
Having the plow float up/down using the chain or have the loader arm float up/down using the rigid method - those are the options. Seems like making the plow blade float on its own is easier than to make the entire loader arm float. Given how heavy a typical set of loader arms are, I'd be hard pressed to think that the snow in the Southwest (very little moisture) could make them float! I bet I'd dig down and move gravel if I let my loader arms float. I'll try it tonight after work.