NSN 3040-01-151-0706

Part Details | SHOULDERED SHAFT

3040-01-151-0706 A shaft having two or more different diameters (greater than 0.031 inches (0.79 millimeter)) along its length. It must have one or more of the following conditions: a specified surface finish designation in the range 1 to 125 microinches (0.025 to 3.2 micrometers) arithmetical average (AA), machined peripheral flat(s), circular groove(s), keyway(s), splines, threads, or holes. The ends and/or shoulders may be machined to accommodate bearings, couplings, and the like. It is not designed for use in aligning by fitting into corresponding holes of another item. For items used to support rotating members see AXLE(1), SHOULDERED. For items not having any of the above conditions see PIN, SHOULDER, HEADLESS. Excludes SHAFT(1), STRAIGHT; and AXLE(1), STRAIGHT.

Alternate Parts: 10106942, 42312E155, 42312155, 42312-155, 3040-01-151-0706, 01-151-0706, 3040011510706, 011510706

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
30APR 12, 198301-151-070622914 ( SHAFT, SHOULDERED )
REFERENCE DRAWINGS & PICTURES

PLAIN

PLAIN

Cross Reference | NSN 3040-01-151-0706
Part Number Cage Code Manufacturer
10106942A486GNIMIKKEISTOKESKUS NCB FINLAND
42312E15582402TRIUMPH GEAR SYSTEMS, INC.DBA TRIUMPH GEAR SYSTEMS- PARK CITY
42312-15582402TRIUMPH GEAR SYSTEMS, INC.DBA TRIUMPH GEAR SYSTEMS- PARK CITY
Technical Data | NSN 3040-01-151-0706
Characteristic Specifications
FIRST END STYLE PLAIN
MATERIAL STEEL COMP 17-4PH
MATERIAL DOCUMENT AND CLASSIFICATIONAMS5643 MFR REF SINGLE MATERIAL RESPONSE
SURFACE FINISH80.0 MICROINCHES
FIRST END DIAMETER0.3115 INCHES MINIMUM AND 0.3125 INCHES MAXIMUM
END SIMILARITY NOT IDENTICAL
SECOND END STYLE0 PLAIN
SECOND END DIAMETER0.5800 INCHES MINIMUM AND 0.6000 INCHES MAXIMUM
SECOND END SLOT DEPTH0.510 INCHES MINIMUM AND 0.530 INCHES MAXIMUM
SECOND END SLOT WIDTH0.305 INCHES MINIMUM AND 0.315 INCHES MAXIMUM
LARGEST STEP DIAMETER0.580 INCHES MINIMUM AND 0.600 INCHES MAXIMUM
OVERALL LENGTH5.600 INCHES MINIMUM AND 5.650 INCHES MAXIMUM
STEP QUANTITY8