box problems right or wrong
box problems right or wrong
i got a steering box out of a junk yard and its a good one but the pitman shaft has a wider turning radius , what i mean is more turns on the steering wheel shaft. the old box turned 3 1/2 times the new box turns 4 is this ok? a mechanic in town said it wouldnt work with out swaping the pitman shafts. anybody got any ideas or input?
The Pitman should have no bearing on how many turns it takes lock-to-lock.
On edit:
Let me re-phrase that statement a little.
Depending on it's spline orientation, a mis-located or mis-shaped Pitman could cause one direction to turn quicker than the other, but the total number of turns required lock-to-lock should not change, unless the ratio of the box itself is faster or slower.
The only way a Pitman can affect things is in it's orientation on the splines and it's physical shape; the various designs are to accomodate different obstructions and axle designs or the lack thereof.
In good condition, the more steering-wheel turns necessary to go lock-to-lock, the better (and safer) it will drive.
Those silly quick-ratio rack-and-pinion deals, that require hardly any wheel movement to go lock-to-lock are part of why graveyards are getting so full.
On edit:
Let me re-phrase that statement a little.
Depending on it's spline orientation, a mis-located or mis-shaped Pitman could cause one direction to turn quicker than the other, but the total number of turns required lock-to-lock should not change, unless the ratio of the box itself is faster or slower.
The only way a Pitman can affect things is in it's orientation on the splines and it's physical shape; the various designs are to accomodate different obstructions and axle designs or the lack thereof.
In good condition, the more steering-wheel turns necessary to go lock-to-lock, the better (and safer) it will drive.
Those silly quick-ratio rack-and-pinion deals, that require hardly any wheel movement to go lock-to-lock are part of why graveyards are getting so full.
The Pitman should have no bearing on how many turns it takes lock-to-lock.
On edit:
Let me re-phrase that statement a little.
Depending on it's spline orientation, a mis-located or mis-shaped Pitman could cause one direction to turn quicker than the other, but the total number of turns required lock-to-lock should not change, unless the ratio of the box itself is faster or slower.
The only way a Pitman can affect things is in it's orientation on the splines and it's physical shape; the various designs are to accomodate different obstructions and axle designs or the lack thereof.
In good condition, the more steering-wheel turns necessary to go lock-to-lock, the better (and safer) it will drive.
Those silly quick-ratio rack-and-pinion deals, that require hardly any wheel movement to go lock-to-lock are part of why graveyards are getting so full.[laugh]
On edit:
Let me re-phrase that statement a little.
Depending on it's spline orientation, a mis-located or mis-shaped Pitman could cause one direction to turn quicker than the other, but the total number of turns required lock-to-lock should not change, unless the ratio of the box itself is faster or slower.
The only way a Pitman can affect things is in it's orientation on the splines and it's physical shape; the various designs are to accomodate different obstructions and axle designs or the lack thereof.
In good condition, the more steering-wheel turns necessary to go lock-to-lock, the better (and safer) it will drive.
Those silly quick-ratio rack-and-pinion deals, that require hardly any wheel movement to go lock-to-lock are part of why graveyards are getting so full.[laugh]
There are boxes down to 12:1 that will lock to lock in 2 1/4 turns.
But on the straightaway they are touchy and you could drive off the freeway with the slightest movement of the wheel, wouldn’t much fun on our big trucks.
Also with a higher ratio (more turns lock to lock) there is a less of a chance of loosing your fingers if you happen to drift onto the soft shoulder or have a blowout and your steering wheel spins.
so as long as i find center( 2 turns from stop ) and the pitman arm is mounted correct it will be fine? where do i find the codes so i know what i've got? when my pitman arm is in the middle of the throw should it be at a 90* angle in relation to the box?
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