Premium Information is available for this item - Upgrade for $1 a day
5310-01-586-3117
Blind Rivet Self-Locking Nut
5310015863117 015863117 NAS1735-3L2P
A metallic headed fastener having internal threads for a portion of the full length. It may have a smooth, hexagon or splined shank with an open or closed end. It is designed to be expanded tightly against the material it is being installed in by means of a special tool. The item must have a specified grip range. The grip range is the thickness of the material the item is being installed in. An integral feature is incorporated for locking on the threads of a mating member. View more Blind Rivet Self-Locking Nut
January 2023
2
Marketplace 5310-01-586-3117
Request a Quotation from participating marketplace vendors
Related Documents 5310-01-586-3117 1+ Documents (More...)
RQST NE Updated Every Day 5310-01-586-3117 RQST Updated Every Day 5310-01-586-3117 RQST NE Related Documents
5310-01-586-3117 1+ Documents ( More... ) https//www.nsnlookup.com /fsg-53/fsc-5310/us 5310-01-586-3117
Restrictions 5310-01-586-3117
5310-01-586-3117 is a Blind Rivet Self-Locking Nut that does not have a nuclear hardened feature or any other critical feature such as tolerance, fit restriction or application. Demilitarization of this item has been confirmed and is not currently subject to changes. This item is considered a low risk when released from the control of the Department of Defense. The item may still be subject to the requirements of the Export Administration Regulations (EAR) and the Code of Federal Regulations (CFR). This item is not suspected to be hazardous. This item does not contain a precious metal.
Import and Export 5310-01-586-3117
- Schedule B
- Subscribe to View Schedule B
- HTS Code
- Subscribe to View HTS Code
End Users 5310-01-586-3117
- Republic of Korea (ZH01)
- Effective Date:
- 1 Jun 2010
Approved Sources 5310-01-586-3117
- Part Number
- Manufacturer
- Status
- NAS1735-3L2P
- Manufacturer
- 80205 - National Aerospace Standards (Active)
- Primary Buy
- Primary Buy
Datasheet 5310-01-586-3117
- Characteristic
- Specifications
- FIIG
- Specifications
- A021A0
- Head Height [AASU]
- 0.034 Inches Nominal
- Head Major Countersink Angle [CRKK]
- 75.0 Degrees Minimum And 77.0 Degrees Maximum
- Head Major Diameter [AAZG]
- 0.310 Inches Minimum And 0.332 Inches Maximum
- Head Minor Countersink Angle [CSLM]
- 59.0 Degrees Minimum And 61.0 Degrees Maximum
- Head Minor Diameter [AAZH]
- 0.257 Nominal Mils
- Head Style [AASK]
- Eliptical Countersunk
- Material Document And Classification [MDCL]
- Qq-S-763, Cond A Type 304 Fed Spec Single Material Response Overall Or Qq-S-763, Cond A Type 305 Fed Spec Single Material Response Overall
- Material [MATT]
- Steel Comp 304 Overall Or Steel Comp 305 Overall
- Nominal Thread Size [CQJX]
- 0.190 Inches
- Nut Grip Range [ADEY]
- +0.080/+0.100 Inches
- Nut Diameter [ACTD]
- 0.239 Inches Minimum And 0.241 Inches Maximum
- Nut Length [ACVN]
- 0.150 Inches Minimum And 0.180 Inches Maximum
- Nut Style [ACTA]
- Blind Rivet W/Smooth Round Shank
- Locking Feature [AAUM]
- Prevailing Torque All Metal Design
- Lubrication [ABAJ]
- Dry Film Lubricant
- Shank End Type [ADFN]
- Closed
- Part Name Assigned By Controlling Agency [CXCY]
- Nut, Self-Locking, Blind Rivet, Elliptical Head, Closed End, 450 Degrees F
- Special Features [FEAT]
- Dry Film Lube On Threads Only Per Mil-N-25027; Tensile Strength 2,650 Lbs Min; Torque Out In 60 Lbs Min; Push Out 150 Lbs Min
- Thread Series [BZRR]
- Unf
- Thread Quantity Per Inch [CMLP]
- 32
- Surface Treatment Document And Classification [STDC]
- Qq-P-416, Type Ii Class 2 Fed Spec Single Treatment Response Overall
- Surface Treatment [SFTT]
- Cadmium Overall
- Temp Rating [AZKQ]
- 450.0 Deg Fahrenheit Maximum
- Thread Class [AAJD]
- 3B
- Thread Direction [AAJF]
- Right-Hand
Similar Supply Items to 5310-01-586-3117
Freight Information 5310-01-586-3117
5310-01-586-3117 has freight characteristics managed by the Republic of Korea.. 5310-01-586-3117 has a variance between NMFC and UFC when transported by rail and the description should be consulted.