Serving our customers with quality and safety first.
0.8268in.
1.6250in.
3.1496in.
0.0460in.
0.1250in.
0.1400in.
0.8820in.
0.7018in.
afbma class 2
steel comp 4320 cup or steel comp 4620 cup or steel comp 8620 cup or steel comp E52100 cup
steel comp 4320 cone or steel comp 4620 cone or steel comp 8620 cone or steel comp E52100 cone
steel comp 4320 roller or steel comp 4620 roller or steel comp 8620 roller or steel comp E52100 roller
steel retainer
QQ-S-624 fed spec 1st material response cone or QQ-S-624 fed spec 2nd material response cone or QQ-S-624 fed spec 3rd material response cone or 66 fed std 4th material response cone
QQ-S-624 fed spec 1st material response cup or QQ-S-624 fed spec 2nd material response cup or QQ-S-624 fed spec 3rd material response cup or 66 fed std 4th material response cup
QQ-S-624 fed spec 1st material response roller or QQ-S-624 fed spec 2nd material response roller or QQ-S-624 fed spec 3rd material response roller or 66 fed std 4th material response roller
straight bore, normal angle
1EA
Straight bore, normal angle
Steel retainer
Steel comp 4320 roller or steel comp 4620 roller or steel comp 8620 roller or steel comp e52100 roller
Steel comp 4320 cone or steel comp 4620 cone or steel comp 8620 cone or steel comp e52100 cone
Steel comp 4320 cup or steel comp 4620 cup or steel comp 8620 cup or steel comp e52100 cup
0.8268 inches
Schedule B number: 8482200030
nmfc 114820
Tapered roller bearings, cup and cone assemblies entered as a set, wheel hub units, other than flanged
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)
straight bore, normal angle 1.6250" bore diameter 0.8268" overall width
1. | A-A-59649 | Cage 58536 |
2. | AA59649-233 | Cage 58536 |
3. | MS19081-60 | Cage 96906 |
Nothing similar to this part number was found in our inventory
A cylindrical device in which the inner cone or outer cup turns upon a single or double row of tapered hardened rollers which roll easily in a race, thus minimizing friction and designed to carry a radial load and capable of sustaining axial thrust. excludes bearing, roller, thrust.