Nut - Thread: 3/8-24, Self-Locking Nut, Heat Resistant To 1200°, F, Silver Plated
Detail | Characteristic |
BEARING SURFACE FINISH | 125.0 MICROINCHES |
BEARING SURFACE TYPE | CHAMFERED |
COUNTERSINK ANGLE | 88.0 DEGREES NOMINAL NUT |
NUT HEIGHT | 0.421 INCHES MINIMUM AND 0.469 INCHES MAXIMUM |
NUT STYLE | HEXAGON |
LOCKING FEATURE | PREVAILING TORQUE ALL METAL DESIGN |
MATERIAL | STEEL CORROSION RESISTING OVERALL |
NOMINAL THREAD SIZE | 0.375 INCHES |
SURFACE TREATMENT DOCUMENT AND CLASSIFICATION | AMS2410 ASSN STD SINGLE TREATMENT RESPONSE OVERALL |
TEMP RATING | 1200.0 DEG FAHRENHEIT NOMINAL |
THREAD CLASS | 3B |
THREAD DIRECTION | RIGHT-HAND |
THREAD SERIES | UNJF |
THREAD QUANTITY PER INCH | 24 |
WIDTH ACROSS FLATS | 0.553 INCHES MINIMUM AND 0.564 INCHES MAXIMUM |
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Unit of Measure
Discount Table - MS20500-624
- Unit
- Discount Price / %
- 10 - 24
- $6.80
- 25 - 49
- $6.70
- 50 - 99
- $6.41
- 100 and up
- $6.00
Inventory |
N/A {12} |
Estimated Ship Date |
N/A Ships in 1 Business Day |
Inventory Note |
N/A Need additional stock? Call (877) 920-1876 or email |
Thread Size |
N/A 3/8-24 |
Material |
N/A Corrosion Resistant Steel |
Features |
N/A Heat Resistant |
Service Temperature |
N/A 1200 ºF |
Finish |
N/A Silver Plated |
Industry Standards/Certification |
N/A MIL-S-8879 MS20500 |
Dimension C |
N/A 0.398 in |
Weight |
N/A 0.02 lb |
Maximum Dimension H |
N/A 0.469 in |
Minimum Dimension H |
N/A 0.421 in |
Maximum Dimension W |
N/A 0.564 in |
Minimum Dimension W |
N/A 0.553 in |
Minimum Dimension N |
N/A 0.628 in |
Dimension C Tolerance |
N/A 0.020 in |
NSN |
N/A 5310-00-297-8380 |
NIIN |
N/A 00-297-8380 |
Part # Unpunctuated |
N/A MS20500624 |
Minimum Order Note |
N/A Minimum order is 1. Must order in increments of 1. |
Note |
N/A Our inventory is extensive. The majority of the items listed in our catalog are stocked and available for immediate shipment. |
California Residents |
N/A Prop 65 Warning: This product may contain chemicals known to the State of California to cause cancer, and birth defects or other reproductive harm. |