Zeus103363
ArboristSite Operative
Hi all. New to this site! I have been reading around here for a while, just desided to get serious and ask some questions.
Back to the build. Last year I built a box blade for my tractor and while gathering some steel for the box blade I got some steel for a log splitter build. First thing I got was a almost new engine. They bought a pressed washer at work, and the pump blew a seal. I asked and payed $50 bucks for the motor. It's a honda 6 hp vertical mount engine. After serfin on the web I came across some free cad drawings for a hydraulic log splitter. Kinda basic design, horizontal only with a 11 gpm 2 stage pump. I just altered the design a little of some of the basic operations of the splitter. I wanted it to be horizontal/vertical so I had to add a hinge point for the beam. I also had to change the hydraulic tank because of the steel I got for free. The beam is a pretty standard size...W6x25..6 ft long. The hydraulic tank is gonna be a piece of 12" sch 10 304L pipe 3 ft long. This part is kinda different but after all the trouble my neighbor had with his hydraulic tank on his splitter with a rust ring just above the fluid level. I live in Louisiana and it is always humid here and common carbon steel will rust real quick. I know my motor will run a 11 gpm 2 stage pump but I would like to upgrade to a 13.6 gpm to increase the cycle times if the motor can handle it. The cylinder is just a standard 4" bore 24" stroke 1.75 rod size welded cylinder. I already bought a valve from prince. It's a log splitter detent valve that detects in both directions with a max pressure of 3000psi. I already have all the steel. Just need to order the pump and cylinder and I can get started. Then...last week I got a different motor. This one is a honda gt390 13 hp horizontal. I guess usually a log splitters design is kinda built around the motor. Since a bigger motor can power a bigger pump you can add features.
With the bigger motor I thought of something different. Upgrade to a 22 gpm pump. Add a hydraulic winch, some hydraulic operated out riggers. The winch would run through a boom pole suspended above the splitting area. I could take the winch cable and pull it out to a big round, winch it in to the splitter pick it up with the winch, swing it around and drop it in the splitter and shove it through. Of corse this would get a bigger cylinder, something like a 5"...something strong enough to split the entire round with one stroke. The outriggers would only be to give the splitter some stability when winching in those big rounds. We have lots of big oaks and hickory trees here and I ain't getting any younger either. Any ideas or thoughts on which design to build. I may just move forward with the original build and save the new build for this winter. I am a fabricator / welder by profession so I can build just about anything out of steel. I have a Lincoln ranger 8 stick machine and a victor torch. We build saw mill equipment at work and I deal with hydraulics daily too so that's not a problem. I can order anything through my work and get a much better price than anywhere else. I am open to ideas.
Back to the build. Last year I built a box blade for my tractor and while gathering some steel for the box blade I got some steel for a log splitter build. First thing I got was a almost new engine. They bought a pressed washer at work, and the pump blew a seal. I asked and payed $50 bucks for the motor. It's a honda 6 hp vertical mount engine. After serfin on the web I came across some free cad drawings for a hydraulic log splitter. Kinda basic design, horizontal only with a 11 gpm 2 stage pump. I just altered the design a little of some of the basic operations of the splitter. I wanted it to be horizontal/vertical so I had to add a hinge point for the beam. I also had to change the hydraulic tank because of the steel I got for free. The beam is a pretty standard size...W6x25..6 ft long. The hydraulic tank is gonna be a piece of 12" sch 10 304L pipe 3 ft long. This part is kinda different but after all the trouble my neighbor had with his hydraulic tank on his splitter with a rust ring just above the fluid level. I live in Louisiana and it is always humid here and common carbon steel will rust real quick. I know my motor will run a 11 gpm 2 stage pump but I would like to upgrade to a 13.6 gpm to increase the cycle times if the motor can handle it. The cylinder is just a standard 4" bore 24" stroke 1.75 rod size welded cylinder. I already bought a valve from prince. It's a log splitter detent valve that detects in both directions with a max pressure of 3000psi. I already have all the steel. Just need to order the pump and cylinder and I can get started. Then...last week I got a different motor. This one is a honda gt390 13 hp horizontal. I guess usually a log splitters design is kinda built around the motor. Since a bigger motor can power a bigger pump you can add features.
With the bigger motor I thought of something different. Upgrade to a 22 gpm pump. Add a hydraulic winch, some hydraulic operated out riggers. The winch would run through a boom pole suspended above the splitting area. I could take the winch cable and pull it out to a big round, winch it in to the splitter pick it up with the winch, swing it around and drop it in the splitter and shove it through. Of corse this would get a bigger cylinder, something like a 5"...something strong enough to split the entire round with one stroke. The outriggers would only be to give the splitter some stability when winching in those big rounds. We have lots of big oaks and hickory trees here and I ain't getting any younger either. Any ideas or thoughts on which design to build. I may just move forward with the original build and save the new build for this winter. I am a fabricator / welder by profession so I can build just about anything out of steel. I have a Lincoln ranger 8 stick machine and a victor torch. We build saw mill equipment at work and I deal with hydraulics daily too so that's not a problem. I can order anything through my work and get a much better price than anywhere else. I am open to ideas.