NSN Explorer

FSC 5310 × NUT,SELF-LOCKING,PLATE

NUT,SELF-LOCKING,PLATE

5310-00-174-3746

Open for bid

No open solicitations on record for this NSN right now.

Search open RFQs on DIBBS →

Can you win it?

Restricted — approved sources only, based on the latest AMSC/AMC on record.

AMSC / AMC
Competition

What it is — can you make it?

Dimensions, the FLIS specification requirements, and the manufacturer part numbers already qualified against this NSN.

Dimensioned drawing

Generated from the federal catalog's dimensional data for this NSN — reference only, not a manufacturing drawing.

UNITS: INCHES FACE VIEW ⌀0.25-28 3B THREAD · ⌀0.254–0.274 C'BORE 2× ⌀0.098–0.103 0.998–1.002 C-C 1.213–1.233 LG 0.496–0.516 W FRONT VIEW 0.251–0.281 NUT H 5310-00-174-3746 ALL DIMENSIONS IN INCHES · REFERENCE ONLY, NOT FOR MANUFACTURE NUT,SELF-LOCKING,PLATE · OVERALL STEEL · THREAD 0.25-28 3B

Specifications

From the federal catalog (DLA FLIS / PUB LOG) — what your part has to meet. Cited specification documents can be looked up in ASSIST Quick Search ↗, DoD's public spec repository — copy the document number in.

Requirement Value
NUT STYLE ACTA
LUBRICATION ABAJ DRY FILM LUBRICANT
MOUNTING HOLE DIAMETER ABTB INCHES MINIMUM 0.098 AND INCHES MAXIMUM 0.103
LOCKING FEATURE AAUM PREVAILING TORQUE ALL METAL DESIGN
COUNTERBORE DIAMETER AAWY NUT INCHES MINIMUM 0.254 AND INCHES MAXIMUM 0.274
NOMINAL THREAD SIZE CQJX INCHES 0.250
MATERIAL MATT OVERALL STEEL
MATERIAL DOCUMENT AND CLASSIFICATION MDCL OVERALL ASSN STD SINGLE MATERIAL RESPONSE A-S 5735 OR ASSN STD SINGLE MATERIAL RESPONSE A-S 5525
TEMP RATING AZKQ FAHRENHEIT NOMINAL 850.0
THREAD SERIES BZRR UNIFIED NATIONAL JOINT FINE (UNJF)
NUT LENGTH ACVN INCHES MINIMUM 1.213 AND INCHES MAXIMUM 1.233
THREAD CLASS AAJD 3B
THREAD DIRECTION AAJF RIGHT-HAND
CENTER TO CENTER DISTANCE BETWEEN MOUNTING HOLES ALONG LENGTH ADFY INCHES MINIMUM 0.998 AND INCHES MAXIMUM 1.002
NUT COUNTERBORE DEPTH ADFK NUT INCHES MINIMUM 0.062 AND INCHES MAXIMUM 0.082
NUT MOUNTING PROVISION ADFP STRAIGHT HOLES
FEATURES PROVIDED CBBL FLOATING NUT
THREAD QUANTITY PER INCH CMLP 28
PLATE THICKNESS ADEB INCHES MINIMUM 0.015 AND INCHES MAXIMUM 0.025
MOUNTING HOLE ARRANGEMENT STYLE ADFU
DISTANCE FROM APERTURE CENTER TO MOUNTING HOLE CENTER ADFW INCHES MINIMUM 0.495 AND INCHES MAXIMUM 0.505
PLATE WIDTH ADEC INCHES MINIMUM 0.496 AND INCHES MAXIMUM 0.516
NUT HEIGHT ADEA INCHES MINIMUM 0.251 AND INCHES MAXIMUM 0.281

Manufacturer part numbers

Commercial part numbers cross-referenced to this NSN in the federal catalog — the parts that have been accepted as satisfying this stock number, and who makes them.

Part number CAGE Manufacturer
F49476-4 15653 HOWMET GLOBAL FASTENING SYSTEMS INC
J146P06 07482 GENERAL ELECTRIC COMPANY
J146P06 99207 GENERAL ELECTRIC COMPANY DBA GE AEROSPACE

What it pays — so you can quote

The government's own price and demand record for this NSN — what past awards cleared at, so you know where to land your quote.

Latest unit price
Purchases
0
Total spend
Last purchased
Purchase records
Total demand
Latest award total

Price history

What the government paid per unit

Fewer than two priced purchases on record — see the table below.

Purchase history

No priced purchases on record for this NSN yet.

Related contract actions

Contract action totals, not unit prices — obligation amounts from USAspending for related awards, shown for context only. These do not appear on the price chart above.

No related contract actions on record.

Demand history

Every solicitation we've indexed for this NSN, open and closed — 1 on record. Closed RFQs (expired, cancelled, or awarded) stay here as a record of past demand; they never get removed.

Solicitation Issued Closes / closed Qty Status
SPE4A6-26-T-12YB Aug 6, 2026 Aug 18, 2026 77 Expired View at DIBBS →

Open RFQs on DIBBS → DIBBS award history ↗

About this data

  • Unit prices: DLA DIBBS award records — every row links to its government record.
  • AMSC: latest observed value from DIBBS solicitation history.
  • Contract action totals: USAspending, context only.
  • Full methodology →