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#46
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The threading on the C-presses are extremely sloppy/loose and the C-press C opening is larger than the opening in the Mercedes tool so both of those by themselves conspire to cause some misalignment.
The bottom plate pointed to in my pic by the Yellow Arrow is an as cast plate and not precision machined. The comparison is between a $375 Special Too built to do a specific job and a generic multipurpose tool that can be had for around $30 The third choice is the JTC remover and installer at around $120 that needs to be used with a Hydraulic Press. If you have no Hydraulic Press you would need to take it to a shop that has one and pay them to press in your Ball Joints. One of our members made the Ball Joint Press in the 2nd pic.
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84 300D, 82 Volvo 244Gl Diesel |
#47
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I forgot to say there is a good DIY on the use of the JTC Tool.
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84 300D, 82 Volvo 244Gl Diesel |
#48
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[QUOTE=tangofox007;2499181]There is a liquidator on Ebay whose main product line appears to be Harbor Freight returns. Try searching for "Tadd."[/Q
Hi I found "tadd" - thanks. Now I would like to change my observation to: I have to wonder about folks who would buy bent or broken tools on E-Bay. Joseph |
#49
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Thank you. Yes, I have seen that well-written DIY. Unfortuntely, as we all know from the HF vice incident, I have no press. I will give the AZ press a try. Knowing the dangers as highlighted by Tango, I will proceed with caution and see if I can find a way to improvise (I know, I know - "Remember what happened last time you improvised?")
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'95 E300D ("Tank") - 231,000 miles '79 240D ("Biscuit") - 197,250 miles (Sold) '83 240D ("Ding-Ding") - 217,000 miles (Death by deer) ______________________________________ "Back off, man. I’m a scientist” ~ Peter Venkman |
#50
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Quote:
So I took the above advice with a few modifications. First, after removing the boot, I took a piece of plastic wrap and it pulled down over the BJ stud so that it covered the exposed grease. I wanted to avoid getting any junk in there and that worked out well. Then, per Diesel, I placed a 1" ID (2.5" OD) washer down over the ball joint stud. It was a good fit and I can see how without it there would have been one more positioning variable to deal with while pressing. Side note: My original thought was to find a washer with a large enough ID ( would need to be about 1.8" on the Meyle ball joint) to slip down onto the flange (that the proper MB tool would press on). My thinking was that I could stack enough of said washers up, then place one of the 1" ID (2.5" OD) washers on top of that stack. That way the C-press would make contact with the top 1" ID washer, but distribute force to the other washers stacked below on the flange. Unfortunately, they (I bought my washers at Westlake (Ace) hardware) didn't carry washers larger than 1" ID. They did have a selection of machine bushings that had larger inner diameters, but I think the outer diameters would have been a little too big inside the knuckle. However, if someone were so inclined, what they could do is buy about 5 of the 1" ID washers and then on four of them, grind out the ID to fit down on the flange. The final washer would remain 1" ID and fit on top to make contact with the press. I was actually going to do this, but I figured it would take all day to grind the ID out with my grinder. Anyway, I took my time, got everything lined up and pressed the new one in. I think it looks pretty good. I was paranoid that I wasn't going to get it in straight, so I kept taking the press off and measuring up from the bottom with the depth gauge on my calipers. It was pretty close all around throughout the pressing - I'm talking hundredths of an inch and that is probably within the error range of my measurement capability. I pressed it in good and tight until it was seated. The base of the ball joint stuck out a little on the bottom after it was pressed in. Again I measured the amount sticking out at various points around the circumference and found it to equal all around (again, only off by a tiny amount that was well within the measurement error range.) All in all, I am please with the outcome. If I had more time, I might have tried to grind out several washer to attempt the approach I described above. However, I honestly believe there was zero damage done to the ball joint and it is certainly going to be a thousand times better than the rusted out, no boot, no grease piece of junk ball joint that was in there. Also, if you use the AZ press, take a good long look at the knuckle and the ball joint before you begin. I would heed the warnings that say you could damage the ball joint using this press, because I think you could if you kept cranking on the press after the ball joint was seated. However, I took various measurement throughout and kept a close eye on everything as I went - and I went slowly. But, really, as long as you get it going straight and keep an eye on it so you know when to stop, I think you can successfully use the C-press. No, I don't have any hard scientific evidence of that. But, I am comfortable that I got it in straight and backed off once it was seated. Again, I am pleased with the outcome. Time to return the press and get my moola back.
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'95 E300D ("Tank") - 231,000 miles '79 240D ("Biscuit") - 197,250 miles (Sold) '83 240D ("Ding-Ding") - 217,000 miles (Death by deer) ______________________________________ "Back off, man. I’m a scientist” ~ Peter Venkman |
#51
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Perfect!
$50 to press each joint in is no good.
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84 300D, 82 Volvo 244Gl Diesel |
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