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|
Pinion angle, revisited... by
Jerry Bransford[_2_]
An angle finder placed on the output shaft's u-joint gives the
t-case's
output shaft angle. Then the plane of the axle's pinion angle can be
found with the angle finder placed at the rear of the axle housing on
one of the two circular points which is perpendicular to the pinion
shaft. Since...
|
|
0 |
385 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
An angle finder placed on the output shaft's u-joint gives the
t-case's
output shaft angle. Then the plane of the axle's pinion angle can be
found with the angle finder placed at the rear of the axle housing on
one of the two circular points which is perpendicular to the pinion
shaft. Since...
|
|
0 |
482 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
An angle finder placed on the output shaft's u-joint gives the
t-case's
output shaft angle. Then the plane of the axle's pinion angle can be
found with the angle finder placed at the rear of the axle housing on
one of the two circular points which is perpendicular to the pinion
shaft. Since...
|
|
0 |
470 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
An angle finder placed on the output shaft's u-joint gives the
t-case's
output shaft angle. Then the plane of the axle's pinion angle can be
found with the angle finder placed at the rear of the axle housing on
one of the two circular points which is perpendicular to the pinion
shaft. Since...
|
|
0 |
452 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
An angle finder placed on the output shaft's u-joint gives the
t-case's
output shaft angle. Then the plane of the axle's pinion angle can be
found with the angle finder placed at the rear of the axle housing on
one of the two circular points which is perpendicular to the pinion
shaft. Since...
|
|
0 |
655 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
Making sure you know that the pinion shaft needs to be pointed
directly
at the t-case output shaft. Just make sure its angle is not above the
driveshaft either. 1-2 degrees under that of the driveshaft's angle is
a
good angle to aim at to counteract the minor effects of axlewrap on a
coil...
|
|
0 |
558 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
Making sure you know that the pinion shaft needs to be pointed
directly
at the t-case output shaft. Just make sure its angle is not above the
driveshaft either. 1-2 degrees under that of the driveshaft's angle is
a
good angle to aim at to counteract the minor effects of axlewrap on a
coil...
|
|
0 |
554 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
Making sure you know that the pinion shaft needs to be pointed
directly
at the t-case output shaft. Just make sure its angle is not above the
driveshaft either. 1-2 degrees under that of the driveshaft's angle is
a
good angle to aim at to counteract the minor effects of axlewrap on a
coil...
|
|
0 |
478 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
Making sure you know that the pinion shaft needs to be pointed
directly
at the t-case output shaft. Just make sure its angle is not above the
driveshaft either. 1-2 degrees under that of the driveshaft's angle is
a
good angle to aim at to counteract the minor effects of axlewrap on a
coil...
|
|
0 |
612 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
Making sure you know that the pinion shaft needs to be pointed
directly
at the t-case output shaft. Just make sure its angle is not above the
driveshaft either. 1-2 degrees under that of the driveshaft's angle is
a
good angle to aim at to counteract the minor effects of axlewrap on a
coil...
|
|
0 |
555 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
Making sure you know that the pinion shaft needs to be pointed
directly
at the t-case output shaft. Just make sure its angle is not above the
driveshaft either. 1-2 degrees under that of the driveshaft's angle is
a
good angle to aim at to counteract the minor effects of axlewrap on a
coil...
|
|
0 |
583 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
Making sure you know that the pinion shaft needs to be pointed
directly
at the t-case output shaft. Just make sure its angle is not above the
driveshaft either. 1-2 degrees under that of the driveshaft's angle is
a
good angle to aim at to counteract the minor effects of axlewrap on a
coil...
|
|
0 |
513 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
Making sure you know that the pinion shaft needs to be pointed
directly
at the t-case output shaft. Just make sure its angle is not above the
driveshaft either. 1-2 degrees under that of the driveshaft's angle is
a
good angle to aim at to counteract the minor effects of axlewrap on a
coil...
|
|
0 |
602 |
|
|
Pinion angle, revisited... by
Jerry Bransford[_2_]
Making sure you know that the pinion shaft needs to be pointed
directly
at the t-case output shaft. Just make sure its angle is not above the
driveshaft either. 1-2 degrees under that of the driveshaft's angle is
a
good angle to aim at to counteract the minor effects of axlewrap on a
coil...
|
|
0 |
583 |
|
|
XJ leaf spring conversion by
nrs
Bill,
Do you have this bookmarked?
http://www.pirate4x4.com/tech/billavista/Leafspring_conversion/leafs.htm
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2 |
1,451 |
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0 |
503 |
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2001 XJ Air Conditioning by
[email protected][_1_]
Can one of you Chrysler tech's tell me if the evaporators were prone
to fail in the 2001 XJ's? I replaced the evap. and drier in my 97 XJ
myself about 3 years ago, and I think I have the same problem.
Thanks, Dave
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|
0 |
393 |
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Tuning & Styling by
[email protected]
Cool cars, tuning & styling, here you can find many tuned cars with
tons of pictures!!!!!!!
http://tuning-styling.blogspot.com/
|
|
0 |
622 |
|
|
Let's see your Jeep by
Tim J
Anyone have any good pictures of your rig? I love seeing what other
people have done to their Jeeps. In an attempt to see some of them,
I've added a gallery to my website that anyone can upload to.
It's completely anonymous if you want it to be (no registration
required), and you can rate any...
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35 |
1,856 |
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10 |
1,148 |