welding on the pumpkin
#1
Posted 21 November 2009 - 01:38 PM
Francis
#2
Posted 21 November 2009 - 03:03 PM
diff welding
Hope this helps
This post has been edited by putz: 21 November 2009 - 03:03 PM
Smiles per Mile That Is what Tbuckets Are About!!!!!!!
#6
Posted 22 November 2009 - 12:34 PM
I have a gas tank that I wanted to use but it's just too big so with a different tank I will have plenty of room. I get carried away with cheeeep sometimes.
Ya know there are ways to actually CLAMP the brackets to the axle tube, if you don't want to weld.
You don't say what type axle housing you are using ? If it's Ford ,usually you can bolt the axle bracket to the pinion bearing support flange.. "BH"
#7
Posted 23 November 2009 - 04:39 AM
Francis Blake, on 21 November 2009 - 03:16 PM, said:
You might want to try this setup, gives you additional clearance for tight areas
http://www.tsmmfg.co...tts_Linkage.htm
high priced but they work good.
Hope that helps,
Jerry
K&S Customs standard body, 350/350, 9" rearend, Rack & Pinion steering
#8
Posted 23 November 2009 - 04:57 AM
A plate is cut out that sandwiches between the center section and the rear cover of the rearend. The locating links attach to this plate.
Here a link to a pic.
http://www.suicidedo...ivot-3-link-kit
Mike
#12
Posted 13 December 2009 - 11:21 PM
Ma_n_Pa T, on 23 November 2009 - 01:39 AM, said:
http://www.tsmmfg.co...tts_Linkage.htm
high priced but they work good.
Hope that helps,
Jerry
I don't think that is technically a "Watts" linkage. A Watts linkage is a bell crank with arms going to the frame. I wonder how this works? Where are the pivot points? It sorta looks like a Mumford linkage, but that is two bellcranks with an intermediate connection bar between the bellcranks.
To me it looks like a set of panhard bars that meet in the middle.
#13
Posted 14 December 2009 - 01:35 AM
kesteb, on 14 December 2009 - 04:21 PM, said:
To me it looks like a set of panhard bars that meet in the middle.
A traditional Watts link has the bellcrank part on the axle with the rods on the chassis but it can go the other way round, the bellcrank on the chassis and the rods outer ends on the axle housing. This also makes most of the linkage weight sprung, which is a step in the right direction. With a narrow chassis like a bucket, this is often a better way to do it, if you really must have a watts.
Talk is Cheap. Good Whiskey costs real Money
#14
Posted 28 December 2009 - 07:26 PM
Wild Mango, on 13 December 2009 - 10:35 PM, said:
Not my point, A traditional Watts linkage has a single pivot point on a bellcrank with fixed arms to stationary positions. When the chassis moves in relation to the axle, it pivots on that bellcrank, any slack is taken up within that movement. This is in contrast to a Panhard bar which pivots at the fixed positions, which slightly moves the chassis to one side as compared to the axle.
I don't see how that pivoting is accomplished with the TSM design. There is two bellcranks. Each with a fixed arms to stationary positions. Those arms are parallel and on the same plane to each other. How are the opposite ends of the bellcrank connected? What keeps the axle centered? The diagram does not show nor explain how this works.
#16
Posted 29 December 2009 - 04:31 PM
This post has been edited by Francis Blake: 29 December 2009 - 04:35 PM
Francis

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