The first one is a 10,000 series and uses knuckles to connect the tractor drive section to the auger drive section. The low handle by the bucket barrel causes the knuckles to mate. The lever by the dash plate tensions the belt to drive the tractor and augers.
The second picture is of a 924xxx series machine that does not use knuckles. It’s like more modern machines with the belt and drive pulley. The buckets are not interchangeable.
The first machine is an old buzzard but easy to use. Once the levers are flipped and you are underway with one hand is free to turn the crank. On newer machine both hands are holding levers unless you have auger locking with the drive clutch.
On the first machine the operation is sort of tricky. You put the drive selector in neutral then flip the auger lever then the belt tensioner lever. The augers will then be turning and no drive because you are in neutral. You press the drive clutch to shift and when you release the clutch it then drives. To stop the machine you pull in the lever. That’s not the best because if you fall your machine keeps driving on with the augers going.
Also, it’s possible to start the machine with the belt lever thrown and in gear. When the machine starts and the drive selector not in neutral the machine takes off.
The 924xxx machine is very nice to use. Ariens changed the controls so like modern machines. The auger clutch is up on the small handlebar dash and tensions the belt from up there. The auger engagement is a stand up lever with a lock button on top so not a handlebar grip type. You swing the lever forward and press the top button to lock it leaving your hand free for chute control. It also has a high dashmounted easy to use chute control. It is a very nice machine.
You mentioned various lever arrangements. Earlier 10,000 models had the auger knuckle lever at the side like yours. They also had the belt tensioner by the barrel on the side next to the auger lever. Those were more dangerous as people would lean over the handlebars to flip the belt tensioner lever. If you did that while the gear selector was in a gear it would then move. If reverse the machine would move into you when you were leaning over. Not the best arrangement. After a few years Ariens moved the lever to be half way up the handlebars like in the first picture. There are other arrangements of levers on older versions.
Both machines are good candidates for a motor. If you opt for an OHV then the first machine will be tougher. An OHV head will bump into the chute crank so it has to be moved. It’s not a big deal.
The 924xxx machine came in several models with various chute crank arrangements. The model you have is a good one for refitting with an OHV because of the wide position of the chute crank. Both machine will take an older L-head without modification.
Both tractor have studs for older type engines. Those engines has thin base plates. Newer engines have thicker base plates so to mount a newer engine you have to cut off the welded bolts and drill them out. When you mount your engine you run bolts up through the inside of the tractor. For either machine that’s fairly easy but the 10,000 series generally has the mount holes close to the frame. You have to grind off part of the flange bolt to allow it clearance to get in through the original stud location which had to be drilled. Some 10,000 model fit directly but I think yours will have to be ground. On the 924xxx the bolts fit right in with the help of 12 inch plyers.
Both of those bodies were sold with larger engines so can take 6 to 10 I think and probably up to a 13 but you would have to check tractor section factory model number to see what hp’s it’s good for. Those models came with other holes pre-drilled for different motors.
Either machine will make a great snowblower. Steel gearbox buckets are easy to find for the 10,000 machine but harder to find for the 924xxx, at least around eastern, MA. It’s not a big deal as the aluminum gearbox common on 924’s was pretty good. Both series came in various model with and without differential which is a nice feature.
On the first storm this year which was fairly wet and heavy I used a 10,000 like your first picture fitted with a LiFan 6.5hp OHV which worked great and out performed a 7hp and 8hp with their original motors with fairly decent compression.
This message was modified Dec 29, 2009 by trouts2