Jump to content
ztnoo

GT 14 Electric Clutch Mounting Bolt?

Recommended Posts

ztnoo

I've discovered the main engine pulley driving the hydro pump seems to be a bit loose.

I need to pull the clutch and associated pulleys off to have a look at what's going on back there.

May be just a loosened allen screw mounting the pulley, a bad key, a bad pulley bore, or some combination of all three.

Is the clutch mounting bolt going into the crankshaft a right hand thread, or a left hand thread?

 

Anyone have a quick answer?

 

Steve

  • Like 1

Share this post


Link to post
Share on other sites
 
pfrederi

right hand on my electro 12

 

Edited by pfrederi
  • Like 1

Share this post


Link to post
Share on other sites
 
pfrederi

They used a couple of styles.  You push them off by running a bolt in the end Some use 5/8 nc (11tpi) some 7/8 NC 9tpi

  • Like 2

Share this post


Link to post
Share on other sites
 
ztnoo

Well .......yeah I may need to use a puller or something to get it off the crankshaft, but I really want to be sure of which way that mounting bolt is threaded.

To break that off would be a horror story I don't even want to think about.......emot-doh.gif.f048b2b703969a9adb64e1d3eef

The parts list describes it as  7/16 x 20 x 2 1/4".

Edited by ztnoo

Share this post


Link to post
Share on other sites
 
pfrederi

Two of mine have stickers that say the warranty will be voided if you do not use the 5/8 inch bolt to push it off.  Do not use a puller

 

The 7/16 is what holdsit on but the 5/8 (or 7/8) is used to push it off after you remove the 7/16

Edited by pfrederi
  • Like 3

Share this post


Link to post
Share on other sites
 
Aldon

Not to steal the thread, but is there anything to be aware of while reversing the process and installing it back on?

 

Does the 7/16 assist in re-installing the clutch?

 

26 minutes ago, ztnoo said:

Well .......yeah I may need to use a puller or something to get it off the crankshaft, but I really want to be sure of which way that mounting bolt is threaded.

To break that off would be a horror story I don't even want to think about.......emot-doh.gif.f048b2b703969a9adb64e1d3eef

The parts list describes it as  7/16 x 20 x 2 1/4".

 

Be very careful as a puller may irrevocably damage the clutch. An impact or air  wrench with the correct 5/8 bolt will do all the work for you.

  • Like 2

Share this post


Link to post
Share on other sites
 
pfrederi
16 minutes ago, Aldon said:

Not to steal the thread, but is there anything to be aware of while reversing the process and installing it back on?

 

Does the 7/16 assist in re-installing the clutch?

 

Yes what ever bolt goes into the crank pulls it on.  The reason I say what ever bolt is the electro 12 I have sitting here in the shop uses a 3/8 16 bolt to hold it on.  Not sure why GT 14 uses 7/16" other than it the type that uses a 7/8 " bolt to push it off

  • Like 2

Share this post


Link to post
Share on other sites
 
ztnoo

pfrederi,

So, just to make sure I'm comprehending the discussion.......you're saying the mounting bolt is a right hand thread. Correct? Turn counter clockwise to remove.

Then, if I get that removed, a larger hole which is threaded in the clutch body itself will be revealed.

Determine what size and thread it is, thread the appropriate size bolt into the clutch body and against the end of the crank, and continue to turn the bolt inward and the clutch will back itself off the crank.

Did I get that right?

  • Like 1

Share this post


Link to post
Share on other sites
 
pfrederi
18 minutes ago, ztnoo said:

pfrederi,

So, just to make sure I'm comprehending the discussion.......you're saying the mounting bolt is a right hand thread. Correct? Turn counter clockwise to remove.

Then, if I get that removed, a larger hole which is threaded in the clutch body itself will be revealed.

Determine what size and thread it is, thread the appropriate size bolt into the clutch body and against the end of the crank, and continue to turn the bolt inward and the clutch will back itself off the crank.

Did I get that right?

Yes

The units i have are either 5/8" or 7/8" for a pusher.  The manual says some use a 1 inch pusher...go figure

  • Like 1

Share this post


Link to post
Share on other sites
 
squonk

It should be the same as an automotive A/C clutch before everyone went metric. A local auto parts store that rents tools may have one.

Share this post


Link to post
Share on other sites
 
ztnoo

Got it!

Thanks!

2tu.gif.7c788588864a9191f2a7eb2a209d5d0e

Share this post


Link to post
Share on other sites
 
ztnoo

Well, gentlemen, I have had what I would describe as mixed luck, overall, today.

I did get the mounting/retention bolt off with an electric impact. No trouble there.

Bought a 5/8 x 11 bolt and it wouldn't thread....wouldn't even start.

It was a regular hex bolt (right pic). Maybe if I could have located a hex cap screw (left pic) of that thread, everything would have worked.....don't know.

Fastenal says this about hex cap screws/bolts " designed to be screwed into a tapped (pre-threaded) hole or secured with a nut. The underside of these heads are washer faces and the point ends are chamfered. These are used in more specialized situations than hex bolts."  Maybe this type of bolt would have made all the difference in gaining "bite" in the clutch body. I'm not the know all/end all guru about the mechanics of fasteners and their appropriate applications. I would say this clutch mounting situation is a specialized application

56f1b38e05cb5_Type-HexCapScrewa.jpg.a400   56f1b3ab64c7e_Type-HexBolta.jpg.c5c782c1

 

Getting a little frustrated, I got out my tap and die set to try to determine what the threading in the clutch body was.

It (the clutch body) simply would not take a 5/8 x 11 tap. I have no idea why.

I carefully tried hand threading a 9/16 x 12 tap into the hole, and it seemed to move in without a lot of resistance

The only thing that seemed to work was by "feel", and I mean light touch finger feel, was a 9/16 x 12 tap.

Nobody in town has a 9/16 x 12 bolt in stock .....not even Fastenal. Although that is a size you'll find in most tap and die sets, apparently its not a commonly stocked shank size. Somewhat of a bastard stepchild for everyday wrenching. Bud and Mable's Hardware uptown isn't likely to have it.

So, since the 9/16 tap seemed to be threading and the pulley was moving outward which was the desired direction I just kept going.

Eventually I ran out of travel with the tap.

I attempted to insert a small socket into the hole after unthreading the tap, then I attempted to run the combination in further. The socket turned on me and wasn't applying pressure squarely to the end of the crank.

I backed the tap out and retrieved the socket with a telescoping magnet.

 

I paused and calculated how much more crankshaft I likely had to continue to push the clutch and two pulleys off. I determined it was no more than approximately 3/4". I'd already traveled about 75% of the distance I needed to remove the assembly from the crankshaft.

I decided to roll the dice, because I didn't see any practical way to continue to "push" with the tap option.

I took the 8" two jaw puller I started my GT 14 hub pulling adventure with, put a short 1/4" ratchet extension and socket in the clutch mounting hole, hooked the jaws behind the inside of the double clutch pulley, and lightly turned the pusher bolt of the puller in. It backed right out.

Eureka!

 

So statistically, I got the friggin' clutch off in a convoluted way.

Then I got the drive pulley off (the genesis of the exercise because of perceived looseness). Cleaned up the crank end and pulley bore with 0000 steel wool, brass wired brushed the drive pulley allen grub screws, & swabbed out the grub screw bores with lacquer thinner and Q-tips. Reinstalled everything in a dry mock up. Everything seems tight and stable.

 

I'm not totally comfortable with the 1/4 x 1/4 x 3 1/8" key......it shows evidence of some side to side shifting and movement with some wear points. I think if I reverse the key (180 end to end to the crankshaft), it can be safely reused. I'm considering installing with Locktite Red in the crankshaft key way upon reassembly. Comments???

 

I was able to determine the main reason the pulley was somewhat loose, was the allen grub screw anchoring itself on the key, wasn't tight. The second key at 90 degrees to the key grub screw, was secure. So one drive pulley grub screw on a 47 year old tractor was a little bit loose. Certainly not the end of the world. Just trying to prevent the end of the world mechanical disaster for my intended purposes.

If what I'm doing right now is good for another 47 years, I'd expect an appropriate toast over my grave site by the next steward of my WH property.

 

Aldon, if you have a tap and die set with a thread gauge, or have another means to determine the exact threading on your clutch body threading, please scope it out, because I really need to know what you discover.....and of course, please post your learned results.

 

I seriously need to analyze the bore/thread situation and make appropriate modifications for future clutch removal.

That may mean tapping to 5/8 x 18 which is a real oddball in everyday terms, but maybe what needs to be done to get the clutch off in the future.......even if I'm not around.

 

Steve

(the guy that originally just wanted to get his left rear hub pulled out)

Seems like I got swept into a Wheel Horse whirlpool............

Hope to keep my nostrils above the aquatic eddy.

 

 

 

 

 

 

Edited by ztnoo
  • Like 1

Share this post


Link to post
Share on other sites
 
pfrederi

I have 3 Electric PTOs with 5/8 NC threads  No problem running a 5/8 11 bolt into anyone of them  (One has a 7/8 NC not eh 1 " the manula claims but no problem with that one either.You have a picture of  your PTO?  Threads messed up??

  • Like 1

Share this post


Link to post
Share on other sites
 
ztnoo

I'll get pics.

Nothing obvious to me about the threading being screwed up, but it doesn't work.

It might have gotten botched up by others when the K321 engine went on permanent vacation and the mill got switched to the current K341. The clutch would have been switched out at that time.

I've never had the clutch off, so the best I can do is finger point in the past..................somewhere.

It did get put back on and it's lasted for 20-21 years.

The problem occurred when the ding-a-ling who owns it wanted to tighten things up a bit.

 

 

 

 

 

 

Share this post


Link to post
Share on other sites
 
Aldon

Amazingly enough, I have no tap and die set.

 

Or way to measure thread pitch.

 

Thats why I ask on here about mounting bolt dimensions occasionally.

 

Although I did end up with a 9/16-18 die to clean up the rear weight mounting bolts.

Share this post


Link to post
Share on other sites
 
ztnoo

Huummm........oh well........

Any other GT 14 owners that can jump in here.....please feel free to do so.....

 

 

 

Share this post


Link to post
Share on other sites
 
pfrederi

Many things happen to a tractor over its life.  i am surprised that the previous owner some how sleeved the clutch bore and downsized to an uncommon 9/16.

 

Standard 5/8 NC fit mine.  I suspect you may find the threads have been a bit mangled on the outer end.  You will note there are no threads the first half inch or so, maybe the pounded something in there damaging the first couple of turns.  try threading a 5/8 nc from the inside like the Gr 8 bolt in the last photo.IMG_0112.thumb.JPG.0404d1bb7b0d7fb4eaca5

IMG_0115.JPG

IMG_0113.JPG

  • Like 1

Share this post


Link to post
Share on other sites
 
ztnoo

pfrederi,

Thanks for your pics. Mine are below my text.

 

Since I have owned this tractor over 2/3 of the time since it was manufactured, I seriously doubt the clutch was ever off the machine until the engines got changed.

I think its highly likely whoever my dad had do the work, screwed some things up getting the clutch off the original K321 engine.

Whether they didn't use the right thread bolt for a pusher, and/or flailed away with an electric impact on the 'pusher' bolt and bunged up or cross threaded the starting threads, is anybody's guess. Something happened because there was no way to start a 5/8 x 11 bolt in the clutch body from the outside....which is what needed to be done to 'push' the clutch off the crankshaft.

 

Obviously, they got it off somehow, and that was what they were concerned with in the work they were doing to change engines.

Once they got the clutch off and started on the new engine's crank, it was easy sledding .....the 7/16 x 20 mounting bolt just pushed the clutch back on, and no one was the wiser, until I wandered down the clutch removal path some 20 years after the fact to check out the drive pulley behind the clutch.

I don't think anybody rethreaded the clutch body to 9/16. That's just what happened to work for me to get it off, fortunately. I think my method worked because the 5/8 x 11 threading is messed up. And I probably messed it up a little more with my efforts to get the clutch off.

 

I agree my best shot to clean things up (hopefully) would be to work from the backside of the clutch to see if I can very carefully get a 5/8 x 11 tap to start again.

If that doesn't seem to work, I'm thinking I may have to lightly chamfer the hole on the backside of the clutch with a larger drill bit on a drill press to allow a tap to start rethreading.

Think that might work, or have any other ideas, opinions, or commentary??? All input welcomed.

Here are my pics below. My close ups of internal threading aren't as detailed as I would like them to be.

IMG_0568a.jpg.9d3293145a0d68155808260baa

IMG_0569a.jpg.1fd08ed3871eddde84bf63d032

IMG_0572a.jpg.20e369c51ee3f2966acad71d29

IMG_0570a.jpg.fffc66efd0b4e816456f120c50

IMG_0576a.jpg.46113ffbeeebf58427abb37f5a

Edited by ztnoo

Share this post


Link to post
Share on other sites
 
ztnoo

Clutch update:

 

I decided to roll the dice once again and have a go with the 5/8 x 11 tap from the backside of the clutch to see if I could gain bite in the threading.

I chucked the clutch up in the big heavy duty vice I inherited from my father which is mounted on his hobby/workshop maple work bench.

Slowly, by hand with the tap between my thumb and index finger, I slowly turned inward.

Once I met resistance, I backed the tap out, blew out the hole, and sprayed and wiped the tap clean, and lubed it with oil. Then I reinserted the tap and very carefully attempt to get by the last point of resistance with very light finger pressure.

I probably did that about five times, then I suddenly seemed to meet less resistance.

 

At times I could then use the tap handle instead of turning by hand.

Again I would occasionally back the tap out, spray, clean wipe, and lube with oil.

As I began to approach the outer area of the threading (on the outside face of the clutch), I again began meeting more resistance.

I left the tap in, loosened the clutch from the vice, and turned it over to observe the tap was beginning to emerge through the threading.

A few more cycles of removing the tap, cleaning, lubing, and continuing to thread left me with the full bodied middle of the tap well beyond the outside limits of the threading.

I removed the tap, blew out the threading, lubed the bolt I bought yesterday for the original purpose of being the 'pusher', and ran it in as far as I could from the back side.

I then reversed the process and ran the bolt in from the outside (the side you push from to remove the clutch) as far in as I could.

 

In total, I probably spent 25 minutes and had the tap in and out 10-12 times. Sometimes I tend to rush things and get in a big hurry, but I knew this was my only reasonable chance of gaining purchase in the original threading before having to resort to more drastic and likely costly measures. In this case, patience and being deliberate and measured in my approach paid off, and even though the bolt fit is not 'spot on' snug like it would have been originally and before the threading got dinged up in the engine change scenario. I am confident however that if the crankshaft end is treated with a very light coating of anti-seize upon reinstallation, with the threading in the clutch body being 1/2" to 5/8" in length, there is sufficient remaining holding power to easily push the clutch back off in the future if needed by myself or the steward that winds up with this tractor after my demise (which I hope, is at least a couple of decades away). I'll test that theory reinstalling and see if it comes off easily before a final installation.

 

My best guess about what happened with this tractor is, in the engine change over, somebody had some initial problems threading the outside and dinged a thread or two up. Then after finally getting it threaded in the hole, may have met heavy resistance toward the bottom of the thread as it approached the crankshaft end. Maybe it was corrosion within end of the threading or maybe the clutch mounting bore was corroded to the crankshaft end. They may have then hammered on the bolt or used an impact gun on the bolt and flailed away until things finally broke loose. If they never attempted to run the pusher bolt back into the threading from either side of the clutch to check that the threading was OK for future removal, they would never know their approach screwed things up for future removal. Ignorance is bliss.......

 

I feel like an aging cat with nine lives. Three have now been used up in a relatively short span of time on the GT 14. The first life went away with hub removal, the second with woodruff key removal, the third with clutch removal.

Six to go. Wonder what will be the next mechanical crisis?

My pics below:

 

IMG_0577a.jpg.371fd0ffdad26a086a5c354cfa

IMG_0578a.jpg.3956cb2ac2ab7160a2b152f00f

IMG_0579a.jpg.bccac67e71a3d8e1842fca649d

IMG_0580a.jpg.1c23706ea9c2d94fb2ded45489

 

Note the Japanese "NACHI" sealed bearing on the outside end of the clutch of my 47 year old example. I wouldn't have expected to see that.....very curious. The inner clutch sealed bearing is marked, DANA 980902, NOH, Made in USA. Strange the two different sources of bearings. Maybe one has been replaced.....but not by me. Could be all original, but I have no way to confirm that theory.

Anyone else know?

Aldon, you have open access to at least one clutch for research purposes, don't you?

 

IMG_0581a.jpg.e528b55ca6067c7e8b2e1983b0

IMG_0582a.jpg.726e6ccb0e85b5254e3bd1a506

 

Regards,

Steve

Edited by ztnoo
  • Like 1

Share this post


Link to post
Share on other sites
 

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now

  • Similar Content

    • ztnoo
      By ztnoo
      Not sure this is in the right category, but here goes anyway.
       
      I have a hydraulic fluid leak problem which originally WAS NOT particularly noticeable or troublesome.
      Now is would be better described as a HEMORRHAGE.

      Some of you may remember me doing battle a year ago last winter with the rear hubs on my GT 14 to originally correct an issue with one which had slid inward on the left axle.
      In the course of that adventure, it was mentioned to me that might be an excellent time to replace my 47 year old axle seals.
      They were leaking somewhat, but were not what I would describe as an emergency or huge fluid loss problem.
      I decided since it was the middle of winter and I was messing with the hubs, the suggestion made perfect sense to do some preventative maintenance at a leisurely pace given the time of year.
      So I was able to complete my horrific hub removal/woodruff key battle, but managed do the axle seal installation without major drama.
      I had completely drained the tranny prior to axle seal removal and upon installing the new seals and a new tranny filter, filled with fresh Type A tranny fluid.

      During the middle of the mowing season last summer, I began to note my hydro ground speed response was a bit sluggish and slow.
      After checking the fluid level in the tranny, I noted it was low.
      The system is a 4 quart system and it required over a quart to bring the fluid up to proper level.
      I checked around a different locations of the hydraulic system for some obvious telltale signs of loss.
      The new axle seals looked great, no loss there. The hydraulic cylinder looked OK from what I could tell after hosing the area down and running it again after cleaning. Didn't appear to be any significant or apparently loss there.
      The hoses looked OK with no cracking or splitting, and their fittings seemed to be leak proof.
      However after running the tractor for a while in a stationary position and using the control valve which lifts and lowers the mower deck, I could detect leakage out of the top of the valve. The leakage was only coming from the top of the control valve in the area immediately below the valve lever itself.
      My assumption is since I replaced the axle seals and stopped any fluid leakage in those two locations, potential leakage problems in the hydro system have migrated to the next weakest point.........in this case the control valve (#8363).

      Unfortunately, I did not attend to this problem last winter as I should have (DUH!), being aware of the problem.......which of course continued the remainder of the last mowing season.
      So..........guess what? The problem for some reason has not resolved itself without my engagement over the winter. And now its mowing season.......and in the two mowing sessions I've done since getting my mule drive problem and deck gauge wheel axle support problems resolved after running over a 3/4" steel form stake, the leaking/hemorrhaging control valve seal is only getting worse. I once again added over a quart of Type A fluid before my first mowing this year to bring the fluid to proper operating level.
      I know it needs fixed meaning new internal seals need to be installed. The problem is how to get to the control valve to remove it or manipulate it in some fashion to install the seals on the spool valve and get it reinstalled in the control valve body without tearing the tractor half way apart.

      Lots of older WH tractors have the hydraulic control valve on the outside of the hood stand or some side area of the tractor generally on the left just forward of the the seating position and under the dash area, which would make servicing the spool valve a relatively simple procedure.
      Not so with the GT 14.
      The control valve is located between two tall, heavy gauge "C" shaped steel panels which sit on top of the frame rails.The hood stand mounts to these "C" channel members. There is about 5 1/4" of width between the C channels......not a lot of room for a guy with big hands and fingers to operate.

      My primary question is can the control valve and its primary operating part, the spool valve which has two seals, be serviced without completely removing the valve body from the tractor???
      Is it possible to manipulate the valve after removing the mounting bolts from the right side C channel in such a way to gain access (the spool is removed from the bottom side of the valve body by removing a snap ring), either from the top or the bottom of the tractor to successfully remove the spool valve from the valve body, replace the seals, and reinstall the spool valve in the body of the valve without removing all the hoses and completely removing the valve from the tractor?
      Without the tractor running, will there still be residual hydraulic pressure in the lines and in the system in general which would cause fluid to spurt out once a component is removed.........a hose or the spool valve itself for instance?

      The control valve is WH part # 8363 and I see that Lowell Scholljegerdes (wheelhorseman1000) has a seal kit for resolving this leakage problem with "Control valve seals #7788". The seals are very reasonably priced and readily available and will undoubtedly fix the tremendous leakage at the top of my control valve.
      https://www.wheelhorseman1000.com/product-p/00123.htm
      The problem is what all is involved to get to the valve for the repair and how long something like this might actually take to get the tractor back in service?
      One of my big concerns is the hoses which are now 48 years old. They show no signs of leakage now, but I fear if I start manipulating and moving them around too much messing around with the control valve, I'll create a whole new dilemma.

      The big problem is its right in the critical time of year for mowing season here in Indiana, and with the mass quantities of rain we have had the last week or so, once it turns 75 or 80 or more, I'm going to need to mow twice a week just to keep up. Since my GT 14 is my only tractor and my prime tool for mowing, I just can't afford to have it down for a prolonged period this time of year.
      If there's not a decently quick and reasonably simple removal procedure someone can suggest, I may just have to continue to keep the fluid level up in the tranny and control the mess of the leakage around the top of the valve as best I can until a drier time of year when mowing isn't a pressing twice a week issue. I might even have to just grin and bear it and keep adding fluid until mowing season is over in the fall. That assumes of course the hemorrhaging doesn't get disastrously worse than it already is.
      I'm anticipating once this particular leakage issue gets resolved, the next weakest spot in the hydro system will show up, but first things first.

      Any suggestions or words of wisdom anyone has to offer about this repair, I am completely open to listening.

      Thanks,
      Steve

      p.s.  I've attached a few pics below of the control valve and the affected area which is leaking for your reference.
       

       
      leakage area circled

       
      leakage area circled

       
      ***  Updated Addendum: June 1, 2017
      See my last post dated June 1 on page 2 of this thread.
    • ztnoo
      By ztnoo
      I've been looking for a replacement small General Motors pickup from roughly 25 years ago in reasonable shape for 4-5 months.
      After reviewing untold numbers of CL listings during the period, I ran across what looked to be a reasonable mileage example in good aesthetic shape within a reasonable driving distance from my location.
      It was listed on CL in Louisville. Not exactly the next county over (a three hour one way drive), but a good enough prospect, I decided to take a day road trip
      3hr 2min, 187 miles, per Mapquest.
       
      I was thinking.......OK Steve, you are wanting to drive to Louisville to look at a vehicle, so what if I couldn't find anyone (a local friend/neighbor) available on Saturday to go with me?
      Three strikes and I was out. Bingo. Reality sets in.
      My theory was, if it was something I really decided I wanted, I needed to get it out of Louisville THAT day. But with no drafted co-driver, I had a definite problem.
      In a eureka moment, I remembered Chaplain Manny, who I had never met, but with whom I have conversed extensively, not only here at RS, but on various WH FB sites, and by email as well.
      Manny was raised in Louisville, so I instinctively knew he would be an excellent guide and pathfinder in a metropolis I had no familiarity with, other than passing through on I-65 to go to Florida.
       
      So, I messaged Manny on Friday with my situation and proposal and asked if he would be available to assist me for a few hours on Saturday. He now lives east of Jeffersonville (across the river from Louisville, in Indiana) in a very small rural town.
      He replied and told me he was available to help me, given his wife and young son were away at a wedding he wasn't attending.
      I explained the situation generally, and to my amazement and luck, Manny agreed to help me go into Louisville on my long bed S-15 quest.
      I arrived a little after 9 am at Manny's residence (following a three hour drive) and Manny proceeded to guide me into the bowels of Louisville.
      Traffic was horrific for some reason on Saturday morning on both southbound bridges over the Ohio River into downtown Louisville. Manny speculated there had to be some big event going on downtown that morning, but we never did learn what it might be. I would have definitely lost my cool sitting and waiting for traffic to start moving and the stress of trying to navigate the unfamiliar interior of a major urban jungle. But Manny took it all in stride and we eventually maneuvered around the bottlenecks and we got to the desired address in an area of town known as Germantown.
       
      So the short of it is, I bought the truck because it was in excellent shape for a 1990 model with reasonable mileage given its age, and Manny drove the station wagon while I followed in the S15 and we went back north across across the bridge over the Ohio River leading the way back to his place east of Jeffersonville. Generally speaking, the theory "move your feet, lose your seat" applies to CL items, because they can move very quickly and you usually have to have your ducks lined up and be ready to act promptly, or there's a high risk of losing your chance. With Manny's help and assistance, I was able to achieve my goal.
      Manny let me park the truck at his house until I can draft a friend into a day road trip to go retrieve my little S15 jewel later this week. When we got back to his place and he showed me his Wheel Horse collection and ongoing projects and we philosophized about life a bit before I left.
       
      Manny is a great caring and helpful person with a warm and outgoing soul. He has considerable health issues for a male of 56 years of age, but he does his best not to allow that to distract his quality of life and daily routine. I now consider him to be a friend and buddy and not just a correspondent........having met through our mutual interest in Wheel Horses, GT 14s in particular.

       
      Steve
      ___________________________
      Manny & me.

       
      Manny in front of my purchase.

       
      My "new" S15.

       
       
    • ztnoo
      By ztnoo
      I have a Kohler K341 on a GT 14 tractor.
      Its always had the typical .....what are they called?........pepper shaker muffler? on the tractor.
      I've had to replace them several times....they seem to just eventually burn up.
      I can honestly say even from day one whenever I installed a new muffler of this type, I really couldn't tell that it really muffled much noise, maybe a little, but very little.
      As usage time goes on, they all got nothing but louder.
      Of course, part of this is the sheer displacement of the motor......35.9 cu. in. = 588 cc. Think of it in terms of a slightly bored out Norton Manx 500 cc thumper with an open megaphone exhaust. Deafening! You don't want to be standing 8 or 10' behind a Manx when it being warmed up and the throttle is being "blipped" to do that, without ear protection.
      These older flat head engines seem to be much louder than the newer OHV engines which are common in lots of equipment now.
       
      I've owned and used this tractor for 35 years now, and I guess I'm beginning to become somewhat of a crotchety old senior, but its becoming annoying to me (the operator), and I in fact had one neighbor that ragged me out over the noise.
      It may be because they have a pool and spend a fair amount of time outside, and the pool is about 10-11 feet from a chain link fence that divides the properties.
      I'm really not that worried about the neighbor nearly as much as I am myself, or should I say my hearing.
      I already have hearing loss from years of firing pneumatic nail guns and listening to compressors and heavy machinery running on job sites.
       
      What are you other K341 owners using and doing to get more muffling accomplished?
      Surely there has to be a more reasonable solution which will allow you to hear yourself think after an hour or hour and a half of operation.
      Is there a viable, positive solution for this problem so my ears and head don't ring for an hour after just mowing my lawn?
       
      Regards,
      Steve
    • ztnoo
      By ztnoo
      As many of you know, I've been in a prolonged battle with the rear hubs, woodruff keys, and oil seals on my 1969 GT 14, Model # 1-7441.
      I'm to the point of installing the new SKF oil seals today as soon as I can round up one more PVC fitting to properly size it to my seals for tap in installation.
      After that, its spin on the new NAPA 1410 hydraulic filter, and then fill with ATF.
       
      When I drained the tranny, I measured and computed the volume of ATF taken.
      It was right at 128 oz. + or - maybe two ounces. The volume spec says 4 qts. (4 qts. = 1 gallon = 128 oz.)
      So I know I was within spec, and wasn't losing large amounts of fluid, although I have a couple of random minor seepage locations on the tractor.......mostly around the control value which raises and lowers the mower deck.
      ATF is always what has been in the tranny, so that's what's going back in.
      My reason for caution regarding what to use specifically is probably more a matter of jargon and my understanding of terminology than anything.
      Of course, since my GT 14 was a first model year tractor, Type A transmission fluid was specified in all the literature.
      Type A is no longer available, but it my understanding is that equates with Dextron II.
       
      But isn't Dextron II now an outdated designation?
      If so, what should I be putting back into this Sundstrand  90-2062 tranny to ensure continued adequate trouble-free lubrication???
      I have more than a little angst over wanting to make sure I used the right product in this transmission.
      The changes in products over the years makes it very confusing for those of us who only occasionally wander in and out of discussions like this and automotive/mechanical related jargon and word usage generally.
       
      So gentlemen, what are your specific recommendations on tranny fluid to use in my Sundstrand, and is there any particular brand any of you favor over another?
      Or is it pretty much the case that ATF is ATF is ATF, the world around?
       
      Looking forward to your suggestions and recommendations.
       
      Regards,
      Steve
    • ztnoo
      By ztnoo
      I thought hub removal was taxing stuff, but its almost kid's play when compared to getting a frozen woodruff key removed from an axle still in a tractor.
      After several days of attempting to remove the stuck woodruff key from one of my GT 14 axles by use of about every means known to me and maybe the whole of mankind, I've opted to attempt splitting the key in place in the axle.
      I'm using a Dremel tool with a thin metal cutting disc and working at collapsing the remnants inward then punching the remains out of the key slot.
      I'll get it done one way or another, but I'm going to have to source a new key and I'm thinking why not just replace both axle keys on the tractor.
      The other one almost fell out upon hub removal, so I am being punished unmercifully on this second axle for unknown reasons.
      My preference is to buy replacement parts locally when I can, but with these whopper woodruff keys I seem to be having some difficultly locating the proper replacements nearby.
       
      They are rather large keys by my standards and brief experience dealing with this stuff.
      I've miked the good key from the second hub removed: 1/4" (W) x .58" (H)  x  2" (L)  on a 2 3/4" diameter, full radius.
       
      Where and from whom are small volumes (2-10) of woodruff keys of this and similar specifications available?
      Who do you gentlemen recommend and order from?
       
      Steve
×
×
  • Create New...