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Dana 44HD axle nut socket? Or is it a Dana 50?


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It is now apart, I did end up needing a socket. Not a huge problem, it was available fro my local Advance guys, $21 sounded affordable enough knowing that I'll be digging back into these hubs again while I own the truck. All that I had to do was, don my COVID mask and gloves, and head out to get it.

Dana 44HD Expanded view

https://lh3.googleusercontent.com/83JDDPqn_iTXeNbEdLZulhi9Nm_WRN1VyPNSUOabZpT3psVe1QGTCwJKDbJzt8Wx-620ExsGKIp88uOv1e-w3nqjhs4vT9xfLQse-8dI1nHmIO8bBmgo91HK3PaDlzfojv_jYDqfBA=w2400

The Hub

https://lh3.googleusercontent.com/qmPF15fdQfEygzrwqtGE6xyfNALDS0Et-VtrI5qI8wBWTFH1_g8w198ScYMl_lqfD3_kAzDOIVZpkTkycWVMgkBEreUHZV7gkUoHFvfxeNXbNsuu5OqbyRlzvPTIC4bOOxOSlygcow=w2400

The Locking Hub

https://lh3.googleusercontent.com/3ms7_keVARgS03q7BX7SZzDXn3qO7ZxjwZrOmPv5k14fgAHInAJ89n1yPpEK4yWYfr8bmpNop0NgKyQB9G74SDHmNNxJbL0_hYU_Yi2m0pkvoQM3PWkbRzeh5m4lKuhA1COo27dQig=w2400

Locking Hub Romoved

https://lh3.googleusercontent.com/hTk1S9ScoyjATrAxfGMmGuYzIW1NacxpttvNbub_i-70UUf1AlQJ2qXFZWFZ5rD2-xVJSB9v9wdkndm24nzKwUKe-pZcVnKtudpssHEs89dUYeuqjiYG2mVNfS6Ben4enZO4jA_yPg=w2400

Snap Ring removal

https://lh3.googleusercontent.com/Oc-3jMRI4rQq-5DITSEb9iy0b09mrDPiT0A43JXRsYZwDrMApcSfFNWqW8Ojqnb33pGAswK-lvCauwbszzJpynYgYJZDt5aTAWWx4EZ5aSHQlsyhoYms1U6GsXBwswhz_GeUD3mF7g=w2400

Snap Ring and lock removed

https://lh3.googleusercontent.com/482QtVvOihFsDaR8G_wH7d2Vm2r5h2tzQjkUZDvktpWlYO_QMyl3mxc8Z00R6mJ66z3inbWnXPn83ttsaH8-L5UwgDUorcU1yAd7gg2ZO3dGy93WbdbsNiSBWlR6T9gQEqEKPP33JQ=w2400

As promised I've provided the Non working sockets that were suggested to me:

Socket doesn't fit:

https://lh3.googleusercontent.com/811N4eyjwcGR6kVNMfLfdexz0h6GLTWHTbpTnB7vm2udi9NXdxRlloZMZ799n-yTuoT5rQ-pmTOV6inO99oTj80wqa98VXCldqY7O0hIzygxS0gCBFQHZPbh2V0b1VT2H1LGp-u4mw=w2400

Sad Socket:

https://lh3.googleusercontent.com/1KKAwy8ztEsnxVLHpDIHZQ8H9pUKlCXxu41bsGHLvMYos42SReU9Gd6dVzYFH3WwZgPksP_pyb9W7GMVFx0iCTZKNmHdrkRT0isIJuKv5zHqXr1495Ly4_1NEjOTiRfY_9qZfLpWVg=w2400

Would have put it back together but, I think it warrants at least replacing the seals:

https://lh3.googleusercontent.com/ZHBiM92AmvGIjIpQoCPFxluHRiBbZz9sBx8OGWLSJQOXwWBxsH6a7LYjo8PNIOoNw4jmU78NOjXsV8vlRRonXaiEE04bgeof1XGUjk2GT0ni9-QJvuBI6bvao6KfNxDcCttzoyAnzg=w2400

Looks like you are getting it apart. And I'd sure replace the seals.

I don't see that I pointed you to the section from the factory shop manual on this. You may have already found it, but just in case: Documentation/Driveline/Axles & Differentials and then the Front Axles tab and then the Instructions tab.

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Looks like you are getting it apart. And I'd sure replace the seals.

I don't see that I pointed you to the section from the factory shop manual on this. You may have already found it, but just in case: Documentation/Driveline/Axles & Differentials and then the Front Axles tab and then the Instructions tab.

Thanks Gary, and the rest of you that have helped this job along with words of encouragement.

I've replaced the seals, but not before I cleaned and repacked the bearings. Following the torquing (50Lbs) and backing off (1/4 Turn) of the hub nut, it was amazing how smooth these still are. I'm excited to get this project done and take it our for a slow roll

However, I found a cracked lock washer during my reassembly, and I'll be picking that up today. While I am "waiting" with my COVID-mask around my ears typing, my mind has wandered...

What a nice upgrade it would be to change to some corrosion resistant screws for the Locking hub caps, but I want to do this right. The easy answer is "Go Stainless", however 304 and 316 are typically not that great with any significant load, and many or the 400-series will show iron-like stains. Has anyone else thought about this, or has experience in this?

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Thanks Gary, and the rest of you that have helped this job along with words of encouragement.

I've replaced the seals, but not before I cleaned and repacked the bearings. Following the torquing (50Lbs) and backing off (1/4 Turn) of the hub nut, it was amazing how smooth these still are. I'm excited to get this project done and take it our for a slow roll

However, I found a cracked lock washer during my reassembly, and I'll be picking that up today. While I am "waiting" with my COVID-mask around my ears typing, my mind has wandered...

What a nice upgrade it would be to change to some corrosion resistant screws for the Locking hub caps, but I want to do this right. The easy answer is "Go Stainless", however 304 and 316 are typically not that great with any significant load, and many or the 400-series will show iron-like stains. Has anyone else thought about this, or has experience in this?

I just use the ones that came with my Warm premiums, and add PST.

This adds no additional breakaway torque, but ensures a hermetic seal.

If no air or water can get in the threads corrosion can't start.

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Thanks Gary, and the rest of you that have helped this job along with words of encouragement.

I've replaced the seals, but not before I cleaned and repacked the bearings. Following the torquing (50Lbs) and backing off (1/4 Turn) of the hub nut, it was amazing how smooth these still are. I'm excited to get this project done and take it our for a slow roll

However, I found a cracked lock washer during my reassembly, and I'll be picking that up today. While I am "waiting" with my COVID-mask around my ears typing, my mind has wandered...

What a nice upgrade it would be to change to some corrosion resistant screws for the Locking hub caps, but I want to do this right. The easy answer is "Go Stainless", however 304 and 316 are typically not that great with any significant load, and many or the 400-series will show iron-like stains. Has anyone else thought about this, or has experience in this?

Alex - Jim will remember that I had fits with the screws that came on Rusty. He recommended some fancy screw-removing bits, and I finally got them out. But it was a huge pain.

So either go with stainless or do as he suggested and seal those rascals up. But, from what Jim's told me, some stainless has a tendency to lock itself in place against ferrous metals, so that PST is a good idea anyway.

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Alex - Jim will remember that I had fits with the screws that came on Rusty. He recommended some fancy screw-removing bits, and I finally got them out. But it was a huge pain.

So either go with stainless or do as he suggested and seal those rascals up. But, from what Jim's told me, some stainless has a tendency to lock itself in place against ferrous metals, so that PST is a good idea anyway.

Thanks for the quick response guys.

I did take a few more picks of the hub disassembly, but I was waiting to get the job done before I made an edit on my post.

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Alex - Jim will remember that I had fits with the screws that came on Rusty. He recommended some fancy screw-removing bits, and I finally got them out. But it was a huge pain.

So either go with stainless or do as he suggested and seal those rascals up. But, from what Jim's told me, some stainless has a tendency to lock itself in place against ferrous metals, so that PST is a good idea anyway.

I've used anti-seize on those bolts and have never had trouble removing them.

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Alex - Jim will remember that I had fits with the screws that came on Rusty. He recommended some fancy screw-removing bits, and I finally got them out. But it was a huge pain.

So either go with stainless or do as he suggested and seal those rascals up. But, from what Jim's told me, some stainless has a tendency to lock itself in place against ferrous metals, so that PST is a good idea anyway.

Gary,

I think what I've said is that stainless on stainless tends to gall, and weld itself in place, without proper lubrication.

What I found (in desperation, years ago) is that the PTFE in Loctite PST gives enough lubricity allowing you to torque a stainless nut & bolt

Think 1/2-13's through a 1" thick flange on 8" schedule 80 stainless...

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Gary,

I think what I've said is that stainless on stainless tends to gall, and weld itself in place, without proper lubrication.

What I found (in desperation, years ago) is that the PTFE in Loctite PST gives enough lubricity allowing you to torque a stainless nut & bolt

Think 1/2-13's through a 1" thick flange on 8" schedule 80 stainless...

Ok, my misunderstanding. And I know that I've used anti-seize on them successfully. However, the PST not only keeps them from galling, it seals the hole so water doesn't get in around the screw. So that's what I use now.

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Ok, my misunderstanding. And I know that I've used anti-seize on them successfully. However, the PST not only keeps them from galling, it seals the hole so water doesn't get in around the screw. So that's what I use now.

After this job was finally complete, and a clean up with some wax, that I know it hasn't seen in near 15 years, it's like a New Truck-Thanks Bullnose Forum

https://lh3.googleusercontent.com/pHPetfpQOLXQjePWhpLIhZmmv4aqFVYJlcnrD-BaerQHOVUC5m0XjhI58-wdBtHmEWOTrBQ94gXfxyMrmX8W1TjoW1e6YvUqcFaeXZPo2Taq9k_20aBzeV-5NM64ttIqndwzu0nJ5w=w2400

https://lh3.googleusercontent.com/8hUwcPqNyF4s8aO_CFN32qbDwwWQQwXMsmtWw5M_2zDPIPGRsS96qPW5ujSLjAq9qslbWMy_a6HBKOBfII5g2LkzRuNGEJlSzDvwHLpDkGUzAaXM4ZlA6A-l4p_8_zFGT6VC5ysYXQ=w2400

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Looks great, Alex! Well done!

I particularly like your wheels. They are some of my favorites, and not often seen with 8 lugs.

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