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Hello everyone,

 

       Well it took a while but I finally was able to finish doing some upgrades too my Lionel Hudson item number 6-18056.

 

Here's all the details !!

 

Replaced the mechanical smoke puffer unit with a fan driven unit.

 

Replaced the A/C Pullmor motor with a D/C can motor,  Frank Timko supplied the D/C can motor and installed the proper shaft and mounting bracket, which made for a quick and easy bolt on installation .

 

Replaced the original TMCC with Electric Railroad, which I purchased from my good friend Boxcar Bill.

 

Also added 4 chuffs per revolution, and a front LED headlight.

 

You will notice I added a wired tether between the engine and tender, this is temporary. The engine wireless infrared is not working.

 

You also will notice the chuffs are slightly off, this will be adjusted.

 

I want too thank Boxcar Bill, and Frank Timko for all  there help.

 

Thanks for looking,

Alex

 

 

 

 

 

 

          ORIGINAL A/C PULLMOR MOTOR

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          ORIGINAL MECHANICAL PUFFER UNIT / AND TMCC

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          FAN DRIVEN UNIT BEING FITTED

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          UNIT MOUNTED

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          OLD TMCC COMING OUT

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          A/C PULLMOR MOTOR OUT

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          D/C CAN MOTOR INSTALLED

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          ELECTRIC RAILROAD INSTALLED // EVERYTHING COMPLETE

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Original Post

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 Originally Posted by Alex M:

You also will notice the chuffs are slightly off, this will be adjusted.

How did you set up the reed switch on this one Alex? On mine I installed it on the larger trailing truck wheel in order to retain the wireless tether. Being that wheel is free rolling, I assumed one would just have to live with the chuffs not being synced with the running gear (barely noticeable anyway).

Last edited by PC9850

Alex,  Nice. I was going to ask what you were doing when I saw the motor parts for sale.

 

Does the flywheel stick out much?  Reason I ask, is the Pulmore didn't use one, and I located a Pittman motor that is half the length as the standard versions.  Looks like it would be a nice fit for these horizontal Lionel Pulmore motor engines.   G

Originally Posted by GGG:

Alex,  Nice. I was going to ask what you were doing when I saw the motor parts for sale.

 

Does the flywheel stick out much?  Reason I ask, is the Pulmore didn't use one, and I located a Pittman motor that is half the length as the standard versions.  Looks like it would be a nice fit for these horizontal Lionel Pulmore motor engines.   G

Length is only part of the problem. The shaft on the Pulmores are off center. You still might be able to use the short Pulmore with a new mount and pair of gears though to correct the driveline centers.

 

Pete

Thanks, Steve, Don, Spence, Mike R, Tin, Ben, Dave B, Joe S, Jeff T, Nick, Chris, Dave, Johnny, GGG, Norton, and Steve, for the very nice comments info and input.

 

Don, looking forward too the preview in OGR!!!!!, Don I was just curious in Hawaii do they use all 2x6 construction, because I noticed your kitchen island area seems to be

2x6 construction.

 

Mike R, I'll gladly upgrade your engine for you !!!!!

 

Joe S, see you at York

 

Jeff T, I enjoy sharing what I know with everyone, but a lot of my learning came from this great forum and many fellow forum members.

 

Nick, I set up the reed switch the same way you did. On the larger trailing truck wheel, I don't think I can get the chuffs any closer to 4 than it is now.

 

GGG, the flywheel just makes it by 3/16 of an inch, it's real close. But doesn't hit a thing.

 

Steve, I still might add a FatBoy speaker, I will have to test it out first and see what kind of sound I get. I will do this soon, and report my findings.

 

I thank you all again for the great input, info, and comments,

Alex

 

 

 

Originally Posted by Alex M:

Nick, I set up the reed switch the same way you did. On the larger trailing truck wheel, I don't think I can get the chuffs any closer to 4 than it is now.

Did you use 1 or 2 magnets? On mine I originally had 2 and I think it was producing 8 chuffs per rev, which didn't sound good at all. Now with 1 I'm getting 4 chuffs but they're not as spaced out as evenly as yours.

 

I also had to slightly magnetize the wheel so it wouldn't lift off on certain curves and cut the chuffs out. It didn't affect the reed switch.

IIRC on mine there simply wasn't any room left to get a reed switch near the drivers. I also did mine a little differently than Alex, the full Cruise Commander with a Puff N' Chuff board, so I ate up nearly every bit of space available in these very tight boilers.

I generally mount the reed switch to the underside of the locomotive, not inside the boiler.  Either Goo or gap-filling CA is used to hold the reed switch.  I glue a tiny rare earth magnet to a styrene shim, and then the shim to the back of the wheel so that the magnet passes very close to the reed switch.  Four magnets on the wheel means 4 chuffs per revolution.

 

Here is a photo of a Miniatronics reed switch (available from them in a package of 4 or 5 with some magnets that are useless) on a Weaver brass 2-8-2.  This one is held on with Goo.

 

 

 

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This one is a reed switch from an Electric RR Railsounds kit on a K-Line 0-6-0.

 

 

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Last edited by Bob

 

Nick, I used two magnets on the trailing truck wheel, it's pretty close but not perfect.

 

Bob I really like the way you did it much better, that's how you get 4 chuffs per revolution. I think I'm going to start doing it that way, Bob thanks for the great pictures

Bob to answer your question why I don't do it that way, the answer is I'm too lazy too do it that way. LOL LOL

 

Don, I would guess that's the standard in Hawaii. I wish that was the standard here, in my area they can build an entire home in a month. So you can imagine the corner's they cut.

 

Brian, thanks for the kind words

 

Jeff T, if you ever need any assistance just email me.

 

Thanks,

Alex

Drivers that are held on with screws lend themselves to magnets because you can take one off easily and drill the backs to accept the magnets. Press fits would be more difficult.

Bob I am surprised you could surface mount magnets on the K-Line B6. There doesn't appear to be much clearance between the wheel and frame.

 

Pete

The trick is to glue the magnets to the backside of the spokes or counterweight inside of the wheel rim.  This area is typically recessed from the rim.  The plastic shim brings the surface of the magnet up so that it is even with the wheel rim.

 

When installing them, I put a dab of CA on the back of the plastic shim/magnet sandwich and stick the magnet to a small flat-blade screwdriver.  I use the screwdriver to place and hold the magnet while I use a toothpick to add a drop of accelerator to the wheel.  It does take a little practice and I still need a couple of tries to get it right sometimes.

 

If you right-click on my photos and then click "open link in new tab" you can get a full-screen photo.  There is a magnet right next to the reed switch on the 2-8-2 and a magnet is near the pickup roller on the 0-6-0.

 

Last edited by Bob

The two sizes I use most often are 1/8" diameter by 1/16" thick and 1/8" diameter by 1/32" thick.  The links below are what I have.

 

http://www.hobbylinc.com/htm/mfm/mfm566.htm

 

http://www.hobbylinc.com/htm/mfm/mfm592.htm

 

I actually found the 1/16" thick ones in a hobby shop (America's Best Trains in Chicago).  At about $10 for 100 to 150 magnets, I can do 25 to 37 locos for 10 bucks.  Not bad at all.

Last edited by Bob
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