HS2086-08-30 — PIN-RIVET

✓ Government record, cited

— · COMPONENT

PRODUCT OVERVIEW

HS2086-08-30: PIN-RIVET.

The PIN-RIVET is a the manufacturer industrial component. Key specifications include material: TITANIUM ALLOY OVERALL, grip_length: 0.9063 INCHES MINIMUM AND 0.9375 INCHES MAXIMUM IN, head_height: 0.067 INCHES MINIMUM AND 0.074 INCHES MAXIMUM IN, lubrication: CETYL ALCOHOL, shank_style: PIN RIVET, TAPERED SINGLE GROOVE, TYPE 1 END, tip_diameter: 0.2599 INCHES NOMINAL IN. This part is cataloged in the U.S.

Government catalog under NSN 5320-00-438-5573, indicating validated use in U.S. government and defense logistics supply chains. Available through authorized enterprise resellers and TPM (Third Party Maintenance) channels.

Verify compatibility with your specific system configuration before ordering.

WHERE IT FITS

HS2086-08-30

NSN: 5320-00-438-5573
FSC: 5320 — Rivets
CAGE: 92215 — HOWMET GLOBAL FASTENING SYSTEMS INC DIV TORRANCE OPERATIONS (USA)

SPECIFICATIONS

material	TITANIUM ALLOY OVERALL
grip_length	0.9063 INCHES MINIMUM AND 0.9375 INCHES MAXIMUM IN
head_height	0.067 INCHES MINIMUM AND 0.074 INCHES MAXIMUM IN
lubrication	CETYL ALCOHOL
shank_style	PIN RIVET, TAPERED SINGLE GROOVE, TYPE 1 END
tip_diameter	0.2599 INCHES NOMINAL IN
shank_diameter	0.2763 INCHES NOMINAL IN
shear_strength	95000 SINGLE POUNDS PER SQUARE INCH
fastener_length	1.0925 INCHES MINIMUM AND 1.1125 INCHES MAXIMUM IN
head_major_diameter	0.392 INCHES MINIMUM AND 0.403 INCHES MAXIMUM IN
minimum_tensile_strength	160000 POUNDS PER SQUARE INCH LBS
material_document_and_classification	AMS 4928 ASSN STD SINGLE MATERIAL RESPONSE OVERALL
NSN	5320-00-438-5573

COMPONENT DIAGRAM

KEY FEATURES

•

SHANK DIAMETER: 0.2763 INCHES NOMINAL IN

•

LUBRICATION: CETYL ALCOHOL

•

HEAD HEIGHT: 0.067 INCHES MINIMUM AND 0.074 INCHES MAXIMUM IN

•

FASTENER LENGTH: 1.0925 INCHES MINIMUM AND 1.1125 INCHES MAXIMUM IN

•

MATERIAL DOCUMENT AND CLASSIFICATION: AMS 4928 ASSN STD SINGLE MATERIAL RESPONSE OVERALL

•

TIP DIAMETER: 0.2599 INCHES NOMINAL IN

•

GRIP LENGTH: 0.9063 INCHES MINIMUM AND 0.9375 INCHES MAXIMUM IN

•

SHANK STYLE: PIN RIVET, TAPERED SINGLE GROOVE, TYPE 1 END

TECHNICAL CHARACTERISTICS

SHANK DIAMETER	0.2763 INCHES NOMINAL IN
LUBRICATION	CETYL ALCOHOL
HEAD HEIGHT	0.067 INCHES MINIMUM AND 0.074 INCHES MAXIMUM IN
FASTENER LENGTH	1.0925 INCHES MINIMUM AND 1.1125 INCHES MAXIMUM IN
MATERIAL DOCUMENT AND CLASSIFICATION	AMS 4928 ASSN STD SINGLE MATERIAL RESPONSE OVERALL
TIP DIAMETER	0.2599 INCHES NOMINAL IN
GRIP LENGTH	0.9063 INCHES MINIMUM AND 0.9375 INCHES MAXIMUM IN
SHANK STYLE	PIN RIVET, TAPERED SINGLE GROOVE, TYPE 1 END
MINIMUM TENSILE STRENGTH	160000 POUNDS PER SQUARE INCH LBS
SHEAR STRENGTH	95000 SINGLE POUNDS PER SQUARE INCH

OTHER ITEMS IN FSC 5320 — Rivets

Items in the same Federal Supply class. No interchangeability or substitution relationship is implied.

5320-00-001-1756 5320-00-001-2042 5320-00-001-3944 5320-00-001-5126 5320-00-001-5151 5320-00-001-5152 5320-00-001-5153

SUBSTITUTES & CROSS-REFERENCES 2

STSAK001V08AN30Reference document

Same NSN cross-reference

Reference document — Vendor item drawing reference

TLV52-08-30Reference document

Same NSN cross-reference

Reference document — Secondary reference

LIFECYCLE

NSN statusActive· U.S. Government catalog

Acquisition advice: Normally procured from the manufacturer (OEM)No demilitarization required

Ready to buy HS2086-08-30?

Compare prices from verified sellers on eBay

Buy on eBay →

As an eBay Partner, PartsTable may earn a commission. Your price is not affected.

FREQUENTLY ASKED QUESTIONS

What is HS2086-08-30?

HS2086-08-30 is a PIN-RIVET.

What parts can replace HS2086-08-30?

There are 2 known substitutes for HS2086-08-30: STSAK001V08AN30, TLV52-08-30. Substitute compatibility should be verified for your specific system.

What is the NSN for HS2086-08-30?

HS2086-08-30 is cataloged in the U.S. Government catalog under NSN 5320-00-438-5573. This indicates validated use in U.S. government and defense supply chains.

Community Feedback

HS2086-08-30 — PIN-RIVET

Request a Quote — HS2086-08-30