NSN 3120-00-737-2567

Part Details | SLEEVE BEARING

3120-00-737-2567 A tubular shaped item with or without flange(s) designed to reduce friction and carry a kinetic load on the surface(s) parallel to the axis of the bore. It must have a visible or detectable means of lubrication or be self-lubricated. The over all length must exceed 25 percent of the outside diameter or the shortest distance between peripheral flats of the body, except for straight tubular (without flange or shoulder) items having a bearing surface(s) parallel to the axis of the bore only. Includes items which are divided into two or more segments which include 180 degrees (3.141 radians) or less of the bearing periphery. See also BUSHING, SLEEVE; SPACER, SLEEVE; and WASHER (as modified). Excludes PIN, HOLLOW.

Alternate Parts: 645163, S5578010, S5578-010, 9956SB010, 9956SBUL010, FD58010, FD58-010, MB883M010, 2986010, 2986-010, 3120-00-737-2567, 00-737-2567, 3120007372567, 007372567

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
31JAN 01, 196300-737-256713205 ( BEARING, SLEEVE )
REFERENCE DRAWINGS & PICTURES

GROOVED CIRCULAR

SEGMENTED, EXTERNAL FLANGES BOTH ENDS

Cross Reference | NSN 3120-00-737-2567
Part Number Cage Code Manufacturer
64516334623AM GENERAL LLC
S5578-01077220DANA CORPENGINE PRODUCTS DIV
9956SB01073160FEDERAL-MOGUL CORPPOWERTRAIN PRODUCTS DIV
9956SBUL01073160FEDERAL-MOGUL CORPPOWERTRAIN PRODUCTS DIV
FD58-01075174JOHNSON BRONZE CO
MB883M0100AX87JPI TRANSPORTATION PRODUCTS INC
2986-01076255MCQUAY-NORRIS INCOEM DIV
Technical Data | NSN 3120-00-737-2567
Characteristic Specifications
STYLE DESIGNATOR SEGMENTED, EXTERNAL FLANGES BOTH ENDS
OVERALL LENGTH1.8750 INCHES NOMINAL
BODY OUTSIDE DIAMETER2.5000 INCHES NOMINAL
BODY INSIDE DIAMETER2.3750 INCHES NOMINAL
LEFT FLANGE OUTSIDE DIAMETER3.0625 INCHES NOMINAL
RIGHT FLANGE OUTSIDE DIAMETER3.0625 INCHES NOMINAL
LEFT FLANGE WIDTH0.0625 INCHES NOMINAL
RIGHT FLANGE WIDTH0.0625 INCHES NOMINAL
ANTIROTATION/LUBRICATION TYPE AND QUANTITY2 HOLE
LUBRICANT ACCOMMODATION STYLE GROOVED CIRCULAR
SURFACE GROOVE LOCATION AND QUANTITY2 INTERNAL