Dynatrac prosteer ball joints and welding gussets

Mdrobb

New member
Wondering what best practice would be for installing inner c gussets with dynatrac prosteer ball joints. Should I remove the whole ball joint or just pull out the inerds before welding? I'm not sure how hard the latter would be and if I could just put the pieces back without peplacing anything. Ball joints are almost brand new.
 
Wondering what best practice would be for installing inner c gussets with dynatrac prosteer ball joints. Should I remove the whole ball joint or just pull out the inerds before welding? I'm not sure how hard the latter would be and if I could just put the pieces back without peplacing anything. Ball joints are almost brand new.
I kept the ball joints in and just went really slow alternating side to side. I think I welded about half inch at a time. Someone hear recommended a bucket of cold water with rags to soak and then put those on the ball joints repeatedly to keep them cool while you're welding. I did that as well. Seemed to work out ok.
 
Yea I’d say WJCO is right about that. Quenching with water poses the risk of making metal brittle because it cools too fast, but it’s not significant enough to really matter in this situation if you take your time and skip around as suggested.

In the structural world for example, water quenching is illegal. Cooling with air is always ideal, but I digress.

I recently pressed out the inners of my Prosteers. It’s not hard to do, but you really have to have the thin walled 1” socket to press the heim back into the housing. I tried forcing it in with 1 1/16” socket and jacked up the machined surface inside the housing. Definitely read the instructions from dynatrac about where to set the heim on the shaft if you plan on rebuilding.
The design is pretty simple and solid. Heim pressed on shank pressed in housing pressed in knuckle.


but I digress.

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As mentioned, you should be fine leaving them in with the cooling mentioned. Unlike factory ball joints, there are no plastic components that can melt and so it'll be a lot more forgiving.
 
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