|
|
National Stock Number: 5305-00-206-5646
Federal Supply Class: 5305
National Item Identification Number: 002065646
Description: SCREW,EXTERNALLY RELIEVED BODY
Detail: An externally threaded fastener whose threaded portion is of one nominal diameter, and whose unthreaded portion has been machined or ground in one or more places or over its entire length to a maximum diameter less than the minimum pitch diameter of the thread (excludes undercut for thread relief). It is No. 0 (0.060 IN.) (1.5 mm) or larger, and is designed to be held or driven with either a wrench or inserted driver (excluding internal socket and multiple spline types) or both in sizes below No. 10 (0.190 IN.) (5 mm) and larger sizes must have a head designed for any type inserted driver (excluding internal socket and multiple spline types) but may also be designed for external wrenching. A locking feature may be incorporated in the design of the head or threads. See also BOLT, EXTERNALLY RELIEVED BODY and BOLT, INTERNAL WRENCHING.
|
Manufacturer Information:
SP8802 | 10001 | NAVAIR AND NAVSEA MANAGED ORIGINAL DESIGN ACTIVITY DWG NOT MATERIAL/PARTS SUPPLIER |
|
Techincal Specification:
DISTANCE FROM LARGEST BEARING SURFACE OF HEAD TO END OF FIRST DIAMETER | 0.046 INCHES NOMINAL | EXTERNALLY RELIEVED BODY DIAMETER QUANTITY | 1 | FASTENER LENGTH | 0.345 INCHES NOMINAL | FIRST DIAMETER FROM HEAD | 0.166 INCHES NOMINAL | HEAD DIAMETER | 0.308 INCHES MINIMUM AND 0.313 INCHES MAXIMUM | HEAD HEIGHT | 0.123 INCHES MINIMUM AND 0.133 INCHES MAXIMUM | HEAD STYLE | FLAT CHAMFER | HOLE CONFIGURATION STYLE | ROUND | HOLE DIAMETER | 0.047 INCHES NOMINAL | HOLE QUANTITY | 1 | HOLE TYPE | DRILLED | INTERNAL DRIVE STYLE | SLOT | MATERIAL DOCUMENT AND CLASSIFICATION | MIL-S-16124 MIL SPEC ALL MATERIAL RESPONSES OVERALL | MATERIAL | STEEL COMP 1117 OR STEEL COMP 1118 OVERALL | NOMINAL THREAD DIAMETER | 0.190 INCHES | THREAD CLASS | 2A | THREAD DIRECTION | RIGHT-HAND | THREAD LENGTH | 0.299 INCHES MINIMUM | THREAD QUANTITY PER INCH | 32 | THREAD SERIES DESIGNATOR | UNF |
|
|