Outdoor Power Equipment (Lawn Mowers, Snow Blowers, Chain Saws and more) Discussions

I just used my 1350 for the first time (bought used about a month ago, but only a year old)... 944.527394 (well the model doesn't show up, but that's the right number - it's a 27 inch OHV B&S 1350 series 305 cc machine) It snowed about 5 inches of snow a couple of days ago and of course I had to deal with the snowplow "droppings" at the end of the driveway. It went through it all pretty good. Good shooting of the snow and no problems with things when I was blowing the snow. I come out to the garage the next morning and I thought 5 or 6 dogs took a leak on my garage door from the pool of yellow liquid I saw. I open up the garage door and see this pool of yellow liquid under the front of the blower and going out and under the garage door. Question, would this be the auger gear oil? It says it takes Ronex ED #1 (Extra Duty) and I think it is yellow in colour, but wow that just baffles me as to how much was there. After that there seemed to be some light green liquid there too. Maybe the other guy coated it with something, but I'm afraid to start the blower for fear of destroying the auger casing. No gas smell and the oil level is perfect at the fill level... Before I start taking things apart, I'd appreciate some input as to what this likely is and what I need to do (new auger gearcase maybe, new auger gasket,) Also good place to get parts in Canada? I see that these are Husky machines, but not sure if Craftsman parts are cheaper than Husky or not. good info in these threads so hoping borat or snowmachine can chime in http://www.abbysguide.com/ope/discussions/32378-A-1.html http://www.abbysguide.com/ope/discussions/33989-0-1.html Cheers

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after you repair it I would make a brace mabye an L bracket.  Honda had a big problem back several years back becuase they had no brace and they had a lot of broken auger shafts.  They came out with a fix , replacing the auger gearbox and added a brace.  now the last several years all Honda's come with it..

Knee_Biter wrote:

That's what I need to do... I'll probably go that route after the warranty expires.

I see, well the guy did have a super steep driveway so that might explain it. (house where the driveway slopes down to go to a garage below ground level...) That could explain that he caught things on the rake, but I didn't notice it. I replaced the skids with poly ones (after the pics were taken) just to be safe (save my interlock walkway) and the scraper is pretty much brand new. I will see if I can get the Husky parts and go from there. That L bracket looks like the answer to what I am looking for. Very good to see that. looks like it would fit nicely on mine. Just have to drill some holes to support the thing...any part number for that? Let me work on the husky parts first... The bearings listed above by snowmachine are not mine. Mine has the larger hole diameter, that looks like 3/4" or so, but mine is the same size as the auger shaft (1 1/4"). My part number in my manual and the parts I took off are 174658 for the auger bearing and 188909 for the flange bearing assy. I will take the old bearings to Husky to see if I can get some other parts... Cheers

checked the rake and it seems all good... the old auger bearings themselves are fine too after taking readings with a micrometer...same dimensions with new as with old ones... I may have to go with the L bracket after all... I found that the part for the Honda might be 76714-V03-000, but will have to check the dimensions... plus it's $50 so might be easier to make one on my own :) Off to Husky parts to see if that works first before the bracket... seems this used sb is not a great deal after all, but having fun learning from it :)

   The bearings snowmachine listed are replacement mod bearings so won't be your exact bearings.

   From your last two posts it looks like you have measured the new bearing to the old and they match. 

Thorn: Mine has the larger hole diameter, that looks like 3/4" or so, but mine is the same size as the auger shaft (1 1/4").

   How could the bearing hole be 3/4 and the shaft 1 1/4?

   If the bearing is a tight fit to the shaft so no play and the bearing screws in tightly and no play.  Where is the 1/2 in play comming from?  You have yet to locate or at least post where the play is comming from.  If you have both ends of the rake shaft secured to the bearings and those to the housing then the shaft can't move 1/2 inch up and down.  Where is the slop comming from?   If  the ends can still flop around putting a brace over the gearbox won't have a big effect.  How can a gearbox mated to a 1 1/4 inch shaft move?  It can't bend so it must be loose ends.  ??

trouts2 wrote:

The auger shaft and the bearing are the same (1 1/4")... the 3/4 inch was what snowmachine's bearings looked like to me and were the wrong part... hmmm sorry I thought I described it before. The play is right at the gearbox assy. It moves up and down 1/2" and it moves side to side about 1/4". The bearings themselves on either end no longer move... I picked up some steel to fashion a bracket. It'll mean drilling a hole in the auger housing, but better that then let the gearbox slop around...

I'll also take the bearing parts to Husky so I can match up the bearings properly and get the retrofit...

thorn wrote:

No sure if things are different but bearing I purchased for my 08/09 model year is the same model used in entire Husky lineup for 2008.

2008/2009 Husqvarna lineup

http://www.heavydutyturf.com/husqy/2008SnowBrochure_Consumer.pdf

Parts manual for top of the line model for that year - 1330SB-XLS

http://weborder.husqvarna.com:80/order_static/doc/HIUS/HIUS2009/HIUS2009_532423518.pdf

Thorn, I don’t mean to be pushy or beg the question and if you don’t want to respond ok.  I’m just puzzled how you can have a ½ inch of slop at the gearbox.

 

 If the bearings hold the single piece auger shaft in place that bar won’t go up or down.  Any bending would be thousandths of an inch. 

 

If the gearbox can go up and down on the fixed in-place auger shaft there has to be slop in the gearbox itself.  The drawing show a flange bearing whose thickness if worn top and bottom would not make enough room for ½ inch movement.  The bearing and the case itself would have to be worn to get a half inch of movement.  They wear in a oval so for a ½ inch of movement there would have to be a big oval on each side of the gearbox.   

Also, just say you had those big ovals.  The auger drive shaft would not allow the gear on the auger shaft to push up the spiral on the auger drive shaft as the drive shaft has it’s own bearings which would have to be worn and even wear into the case to allow the ½ inch movement from the push of the gear on the auger shaft.  How is it possible for the gearbox to move on the shaft?  Or put another way where is the play that allows the gearbox to move?

Think of the gearbox internals: The shaft has a keyed gear on it so in contact with the axle.  The gear touches the spiral worm which is on the auger drive shaft.  The auger drive shaft is held in flange bearings in the case.  I just don't see any room for movement unless parts are worn by 1/2 inch to allow it.  Very confused.