3120-01-197-6416 Self-Aligning Plain Bearing
Comprehensive specifications and application details for NSN: 3120-01-197-6416.
Summary
Explore detailed summary information for bearing: 3120-01-197-6416. Includes NSN, classification group, and identification codes to support sourcing, compliance, and accurate part tracking.
- Federal Supply Classification
- 3120 Unmounted Plain Bearings
- (NSN) National Stock Number
- 3120-01-197-6416
- Item Name Code
- 13208
- Federal Item Identification Guide
- A045A0
- Assigment Date
- 12/24/1984
A detachable assembly in or on which a journal, gudgeon, pivot, or the like moves. It is used to carry a load and to reduce sliding friction. It does not employ rolling elements. The item consists of a bored precision ground ball (or spherical plain bearing) around which an outer ring is fitted. The assembly may be either separable or nonseparable. Excludes:bearing, plain, rod end and bearing, plain, spherical.
39.0 rockwell c minimum outer race member hardness rating, ams 5629 assn std single material response inner member material document and classification, 0.4320 inches minimum and 0.4370 inches maximum inner member width, 0.3120 inches minimum and 0.3125 inches maximum bore diameter, 43.0 rockwell c minimum and 47.0 rockwell c maximum inner member hardness rating
Datasheet
Below are the comprehensive technical specifications for bearing: 3120-01-197-6416 . Find dimensions, materials, tolerances, performance characteristics, etc.
- Bore Diameter
- 0.3120 inches minimum and 0.3125 inches maximum
- Hardness Rating
- 39.0 rockwell c minimum outer race member
- Hardness Rating
- 43.0 rockwell c minimum and 47.0 rockwell c maximum inner member
- Inner Member Width
- 0.4320 inches minimum and 0.4370 inches maximum
- Material Document And Classification
- ams 5629 assn std single material response inner member
- Material Document And Classification
- qq-c-530 fed spec single material response outer race member
- Material
- copper alloy outer race member
- Material
- grease lubrication
- Material
- steel comp xm-13 inner member
- Outer Member Outside Diameter
- 0.6870 inches minimum and 0.6875 inches maximum
- Outer Member Width
- 0.3120 inches minimum and 0.3220 inches maximum
- Special Features
- flats on one side of outer race id
- Specification/Standard Data
- 43999-le131-0024 manufacturers specification control
- Static Radial Load Rating
- 7300 pounds
- Style Designator
- without insert or liner
- Surface Treatment Document And Classification
- mil-s-5002 mil spec single treatment response inner member
- Surface Treatment
- passivate inner member
Related Bearings
Explore the various bearing models associated with this NSN. Click on any bearing below to view detailed technical data, performance ratings, and application guidelines.
| Part Number | Name |
|---|---|
| 03-524-05-E-004 | Self-Aligning Plain Bearing |
| LE131-0024-0001 | Self-Aligning Plain Bearing |
| USB5-103 | Self-Aligning Plain Bearing |
Frequently Asked Questions
Find quick answers to common questions about bearing: 3120-01-197-6416. Explore technical specifications, installation tips, maintenance guidelines, regulatory requirements, and troubleshooting advice.
- What is the FSCG of the NSN 3120-01-197-6416?
- The FSCG of the NSN 3120-01-197-6416 is 3120
- Does the NSN 3120-01-197-6416 have a Schedule B code assigned?
- Yes, the Schedule B code is 8482300040
- Does NSN 3120-01-197-6416 require demilitarization?
- "commerce control list items (ccli) - mut to the point of scrap required outside the united states. Inside the united states, mut is required when the demil integrity code (ic) is "3" and mut is not required when the demic is "6" (note 8)"
- Does NSN 3120-01-197-6416 contain precious materials?
- Item does not contain precious metal.
- Does NSN 3120-01-197-6416 contain hazardous materials?
- Indicates there is no data in the hmirs and the nsn is in a fsc not generally suspected of containing hazardous materials.
- When the NSN 3120-01-197-6416 was assigned to the Federal Catalog?
- It was assigned 41 years ago, on Mon, Dec 24, 1984