Serving our customers with quality and safety first.
0.8100in. and 0.8140in.
hollow, unthreaded
2.9360in. and 2.9560in. ⁓2-31/32"
0.2495in. and 0.2500in.
0.8700in. and 0.8900in.
2.5010in. and 2.5110in.
0.3230in. and 0.3290in.
0.4130in. and 0.4180in.
0.5588in. and 0.5598in.
1.2960in. and 1.3060in.
9000 pounds
29.0 rockwell c race insert
58.0 rockwell c inner member
2 holes in shank end 0.2501 in. min, 0.2508 in. max dia, 0.1810 in. min, 0.1860 in. max dia
steel comp 440c inner member
steel comp 410 race insert and steel comp 630 race insert and steel comp 631 race insert
steel comp 630 rod end body
66 fed std 1st material response race insert and ams 5643 assn std 2nd material response race insert and ams 5528 assn std 3rd material response race insert
ams 5630 assn std single material response inner member
ams 5643 assn std single material response rod end body
ball type
1EA
Ball type
Steel comp 630 rod end body
Steel comp 410 race insert and steel comp 630 race insert and steel comp 631 race insert
Steel comp 440c inner member
Schedule B number: 8483308055
Transmission shafts: bearing housings, plain shaft bearings with housing, rod end bearings
FSC 3120 ⁓ Bearings, plain, unmounted
Note-bearings in this class are generally one piece that retain and position moving and/or rotating parts. they may have lubrication grooves/fittings/facilities or include pre-lubrication.
Excluding antifriction bearings (fsc 3110); mounted bearings (fsc 3130).
ball type 2 holes in shank end 0.2501 in. min, 0.2508 in. max dia, 0.1810 in. min, 0.1860 in. max dia 0.2495" bore diameter 2.9360" overall length
Nothing similar to this part number was found in our inventory
A detachable assembly in or on which a journal, gudgeon, pivot, or the like moves. it is used to carry a load and to reduce sliding friction. it does not employ rolling elements. the outer member of the assembly is modified to provide a shank. the inner member may be either a plain spherical bearing or a sleeve bearing. excludes bearing, plain, spherical and bearing, plain, self-aligning.