OnBoard Air Compressor Positioned where Engine Cover Would Be

Pictures of the carnage for your viewing pleasure.
When the compressor siezed, the belt was able to overpower the friction of the clutch and tight sliding contact was made. The clutch got really hot. That schmutz attached to the clutch plate is melted bearing cage.
The ***** in the pulley bearing running around loose. Note the discoloration on the friction surface.
Back side of pulley. More free-running ***** in the bearing.
Back side bearing cage left on the nose of the compressor.
The insides are in remarkably good shape though.
The point of failure: Sliding contact point between the swashplate and the hardened piston pucks.
Scored swashplate surface.
Fortunately, my AC compressor just sprang a leak so I have a ready replacement.
There is an existing gap in the internal cylinder body where a grease nipple will be pointed to shoot grease onto the swashplate. I will take pictures when I put it in.
Just to let you know that I "liked" your Post # 212 above , not because of the misfortune of your OBA compressor burning out, but rather because of your honest sharing of the results of your experiment, and the detailed pictures showing the carnage of what happened.
Lot's of folks go quiet when something they do ends up not turning out as well as they had hoped, perhaps for fear of embarrassment.
You, on the other hand, are as fearless in failures as you are in finding new paths, and this frankness of yours likely earns a lot of respect of many members who follow your exploits.
And if it doesn't, at least it earns my respect.
And that is why I liked your post.
Thank you for all that you bring to FTE.
Oh definitely not a clutch gap issue. It disengaged like it should. The screech and the dead stop of the pump's shaft is what indicated it was siezed.
Ford Trucks for Ford Truck Enthusiasts
If one grease nipple is good, two must be better right?
Both compressors got replaced at the same time. Note that the new AC compressor has the puck-style clutch.
The reason for two grease nipples: A central location would have put the nipple on top of the seam between the two halves of the external housing. Also, I wanted to make sure grease got to bothe sides of the swashplate. Note that grease nipples line up with existing hole in internal assembly.
Swashplate in central position.
Swashplate in forward position.
Swashplate in rear position.
Experimental squirt of grease shows it should reach the swashplate surface.
Finagling heavy steel hitch parts, removing and replacing exhaust, working under the truck, welding, etc... with similar safety in foot gear that I often wear.
What I can't quite place is the car in the background, which is intriguing because of the broader bolt circle diameter retaining the wheels. The door curve is suggestive of mid 70's 911, but the lower body sill doesn't match, and the wheels are of later era. I don't know much about fancy or exotic cars, but certain mechanical details capture my interest, and that bolt circle looks wider than 130mm.
What kind of car is it?
Finagling heavy steel hitch parts, removing and replacing exhaust, working under the truck, welding, etc... with similar safety in foot gear that I often wear.
What I can't quite place is the car in the background, which is intriguing because of the broader bolt circle diameter retaining the wheels. The door curve is suggestive of mid 70's 911, but the lower body sill doesn't match, and the wheels are of later era. I don't know much about fancy or exotic cars, but certain mechanical details capture my interest, and that bolt circle looks wider than 130mm.
What kind of car is it?
That car has been sold btw.



















