NSN 5310-00-176-6099

Part Details | SLEEVE NUT

5310-00-176-6099 An internally threaded item with a cylindrical and/or square, hexagonal, octagonal, or dodecagonal outer periphery (parallel to the threaded axis) a portion(s) of which may or may not be enlarged, forming a flange(s) and/or shoulder(s). Items not having an enlarged outer portion may be threaded, a part of the full length, or tapped from both ends. Items having an enlarged outer portion (flange(s) or shoulder(s)) may be threaded the full length, threaded a part of the full length, or tapped from both ends. Items tapped from both ends shall have either right-hand threads on both ends or left-hand threads on both ends. For items conforming to any of the above and having a length overall exceeding two times the largest outside diameter or width across flats, use POST, ELECTRICAL-MECHANICAL EQUIPMENT. For items with an outside contour that is the same the full length, having a continuous thread through its entire length, and the length does not exceed two times the diameter or width across the flats use NUT (1), PLAIN (as modified). Excludes NUT (1), PLAIN, CAP. See also TURNBUCKLE BODY.

Alternate Parts: 232750005, 2-327-50005, 232750005, 2-327-50005, 5310-00-176-6099, 00-176-6099, 5310001766099, 001766099

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
53FEB 04, 197000-176-609929735 ( NUT, SLEEVE )
REFERENCE DRAWINGS & PICTURES

SLEEVE

Cross Reference | NSN 5310-00-176-6099
Part Number Cage Code Manufacturer
2-327-5000599932MOOG INC.DBA MOOG COMPONENTS GROUP
2-327-500051K426MOOG INC.DBA MOOG COMPONENTS GROUP
Technical Data | NSN 5310-00-176-6099
Characteristic Specifications
THREAD SERIES UNC
NOMINAL THREAD SIZE0.086 INCHES
THREAD QUANTITY PER INCH56
THREAD CLASS2B
THREAD DIRECTION RIGHT-HAND
NUT STYLE SLEEVE
FLANGE DIAMETER0.1397 INCHES MINIMUM AND 0.1400 INCHES MAXIMUM
FLANGE THICKNESS0.073 INCHES MINIMUM AND 0.075 INCHES MAXIMUM
NUT DIAMETER0.1258 INCHES MINIMUM AND 0.1261 INCHES MAXIMUM
NUT LENGTH0.117 INCHES MINIMUM AND 0.125 INCHES MAXIMUM