Serving our customers with quality and safety first.
3a
RIGHT-Hand
0.4370in. ⁓7/16"
2.0610in. ⁓2-1/16"
0.8745in. and 0.8760in.
grease
0.3115in. and 0.3125in.
0.4950in. and 0.5000in.
1.5140in. and 1.5610in.
24
0.312in. ⁓5/16"
100 pct magnetically inspected except needles MIL-I-6868; nas 516-1 lubrication fitting in thread end; od crowned on a 10 in. radius; stud hardness at shank end rockwell C43 to 46 and raceway area rockwell C59 to 64; thickness of chrome plate on od and sides to be 0.0004 to 0.0007; specified lubricant plus 10 pct molybdenum sulfide
MIL-G-81322 mil spec single material response
steel comp E52100 roller or steel comp E50100 roller or steel comp 440c roller
steel end plate
steel outer ring
steel stud
chromium exposed surfaces as mounted
chromium outer ring
QQ-C-320, class 2 fed std single treatment response outer ring
QQ-C-320, class 2 fed std single treatment response exposed surfaces as mounted
cam follower
unf
1EA
Unf
Cam follower
Steel stud
Steel outer ring
Steel end plate
Steel comp e52100 roller or steel comp e50100 roller or steel comp 440c roller
24
0.4370 inches
Right-hand
3a
Schedule B number: 8482400000
nmfc 114820
Needle roller bearings
FSC 3110 ⁓ Bearings, antifriction, unmounted
Note-this class includes bearings that generally have roller or balls confined by an inner and outer ring to relieve friction in/on/around rotating/moving mechanisms.
Excluding plain bearings (fsc 3120); jewel bearings (fsc 3120)
unf thread series cam follower chromium outer ring surface treated 100 pct magnetically inspected except needles mil-i-6868; nas 516-1 lubrication fitting in thread end; od crowned on a 10 in. radius; stud hardness at shank end rockwell C43 to 46 24 thread quantity per inch 2.0610" overall length 0.4370" thread length right-hand 3a thread class
1. | C4293-14-1 | Cage 81755 |
Nothing similar to this part number was found in our inventory
An assembly consisting of a roller and stud used to effect a rolling contact with a cam, and convert the reciprocating or oscillating motion to linear motion.