NSN 5320-01-420-3628 of Rivet Blind - Parts Details
| Alternative NSN: 5320014203628 |
| Item Name: Rivet Blind |
| FSG: 53 Hardware and Abrasives |
| Federal Supply Class (FSC): 5320 Rivets |
| NIIN: 014203628 |
| NCB Code: USA (01) |
| Manufacturers: Huck International Inc |
ASAP Aviation Procurement, owned and operated by ASAP Semiconductor, is the latest parts procurement platform for the aerospace and aviation industry. Check out high demanding part numbers OMLS100-EU05-05, GR501AM05-05C under NSN 5320-01-420-3628 of Rivet Blind manufactured by Huck International Inc.
Federal Supply Class of NSN 5320-01-420-3628 is FSC 5320 contains part details of Rivets. Quote for your desired part numbers.
Part Number's List for NSN 5320-01-420-3628, 5320014203628
-
Part No Manufacturer Item Name QTY RFQ OMLS100-EU05-05 Huck International Inc rivet blind Avl RFQ GR501AM05-05C Huck International Inc rivet blind Avl RFQ
Characteristics Data of NSN 5320014203628MRC Criteria Characteristic AASB FASTENER LENGTH 0.451 INCHES NOMINAL AASK HEAD STYLE FLUSH (FLAT) COUNTERSUNK (INCLUDED ANGLE - LESS THAN 135 DEG W OR W/O CHAMFER) AAZE SHANK DIAMETER 0.172 INCHES MINIMUM AND 0.176 INCHES MAXIMUM AAZF SHANK STYLE SELF-PLUGGING MECHANICALLY LOCKED STEM AAZG HEAD MAJOR DIAMETER 0.282 INCHES MINIMUM AND 0.290 INCHES MAXIMUM ABAF EXPANSION DEVICE SERRATED STEM-TYPE W ANEE GRIP LENGTH 0.251 INCHES MINIMUM AND 0.312 INCHES MAXIMUM CQBC MINIMUM TENSILE STRENGTH 1050 POUNDS PER SQUARE INCH CQSX SHEAR STRENGTH 1880 SINGLE POUNDS PER SQUARE INCH CRSQ COUNTERSINK ANGLE 98.5 DEGREES MINIMUM AND 101.5 DEGREES MAXIMUM MATT MATERIAL IRON ALLOY 660 LOCKING RING MATT MATERIAL IRON ALLOY 660 SLEEVE MATT MATERIAL IRON ALLOY 660 STEM MDCL MATERIAL DOCUMENT AND CLASSIFICATION AMS 5737 ASSN STD SINGLE MATERIAL RESPONSE LOCKING RING MDCL MATERIAL DOCUMENT AND CLASSIFICATION AMS 5737 ASSN STD SINGLE MATERIAL RESPONSE SLEEVE MDCL MATERIAL DOCUMENT AND CLASSIFICATION AMS 5737 ASSN STD SINGLE MATERIAL RESPONSE STEM SFTT SURFACE TREATMENT PASSIVATE LOCKING RING SFTT SURFACE TREATMENT PASSIVATE SLEEVE SFTT SURFACE TREATMENT PASSIVATE STEM STDC SURFACE TREATMENT DOCUMENT AND CLASSIFICATION QQ-P-35 FED SPEC SINGLE TREATMENT RESPONSE LOCKING RING STDC SURFACE TREATMENT DOCUMENT AND CLASSIFICATION QQ-P-35 FED SPEC SINGLE TREATMENT RESPONSE SLEEVE STDC SURFACE TREATMENT DOCUMENT AND CLASSIFICATION QQ-P-35 FED SPEC SINGLE TREATMENT RESPONSE STEM
| MRC | Criteria | Characteristic |
|---|---|---|
| AASB | FASTENER LENGTH | 0.451 INCHES NOMINAL |
| AASK | HEAD STYLE | FLUSH (FLAT) COUNTERSUNK (INCLUDED ANGLE - LESS THAN 135 DEG W OR W/O CHAMFER) |
| AAZE | SHANK DIAMETER | 0.172 INCHES MINIMUM AND 0.176 INCHES MAXIMUM |
| AAZF | SHANK STYLE | SELF-PLUGGING MECHANICALLY LOCKED STEM |
| AAZG | HEAD MAJOR DIAMETER | 0.282 INCHES MINIMUM AND 0.290 INCHES MAXIMUM |
| ABAF | EXPANSION DEVICE | SERRATED STEM-TYPE W |
| ANEE | GRIP LENGTH | 0.251 INCHES MINIMUM AND 0.312 INCHES MAXIMUM |
| CQBC | MINIMUM TENSILE STRENGTH | 1050 POUNDS PER SQUARE INCH |
| CQSX | SHEAR STRENGTH | 1880 SINGLE POUNDS PER SQUARE INCH |
| CRSQ | COUNTERSINK ANGLE | 98.5 DEGREES MINIMUM AND 101.5 DEGREES MAXIMUM |
| MATT | MATERIAL | IRON ALLOY 660 LOCKING RING |
| MATT | MATERIAL | IRON ALLOY 660 SLEEVE |
| MATT | MATERIAL | IRON ALLOY 660 STEM |
| MDCL | MATERIAL DOCUMENT AND CLASSIFICATION | AMS 5737 ASSN STD SINGLE MATERIAL RESPONSE LOCKING RING |
| MDCL | MATERIAL DOCUMENT AND CLASSIFICATION | AMS 5737 ASSN STD SINGLE MATERIAL RESPONSE SLEEVE |
| MDCL | MATERIAL DOCUMENT AND CLASSIFICATION | AMS 5737 ASSN STD SINGLE MATERIAL RESPONSE STEM |
| SFTT | SURFACE TREATMENT | PASSIVATE LOCKING RING |
| SFTT | SURFACE TREATMENT | PASSIVATE SLEEVE |
| SFTT | SURFACE TREATMENT | PASSIVATE STEM |
| STDC | SURFACE TREATMENT DOCUMENT AND CLASSIFICATION | QQ-P-35 FED SPEC SINGLE TREATMENT RESPONSE LOCKING RING |
| STDC | SURFACE TREATMENT DOCUMENT AND CLASSIFICATION | QQ-P-35 FED SPEC SINGLE TREATMENT RESPONSE SLEEVE |
| STDC | SURFACE TREATMENT DOCUMENT AND CLASSIFICATION | QQ-P-35 FED SPEC SINGLE TREATMENT RESPONSE STEM |