3120-00-612-7490 Rod End Plain Bearing
Comprehensive specifications and application details for NSN: 3120-00-612-7490.
Summary
Explore detailed summary information for bearing: 3120-00-612-7490. 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
- 3120-00-612-7490
- Item Name Code
- 13209
- Federal Item Identification Guide
- A045A0
- Assigment Date
- 01/01/1963
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 outer member of the assembly is modified to provide a shank. The inner member may be either a plain spherical bearing or a sleeve bearing. Excludes:bearing, plain, spherical and bearing, plain, self-aligning.
2.3650 inches minimum and 2.3850 inches maximum bore center to shank end distance, 0.5880 inches minimum and 0.5930 inches maximum inner member width, 0.2495 inches minimum and 0.2515 inches maximum bore diameter, 26.0 rockwell c minimum and 32.0 rockwell c maximum rod end body hardness rating, 0.4270 inches minimum and 0.4470 inches maximum inspection hole center to end distance
Datasheet
Below are the comprehensive technical specifications for bearing: 3120-00-612-7490 . Find dimensions, materials, tolerances, performance characteristics, etc.
- Bore Diameter
- 0.2495 inches minimum and 0.2515 inches maximum
- Bore Center To Shank End Distance
- 2.3650 inches minimum and 2.3850 inches maximum
- Hardness Rating
- 26.0 rockwell c minimum and 32.0 rockwell c maximum rod end body
- Inner Member Width
- 0.5880 inches minimum and 0.5930 inches maximum
- Inspection Hole Center To End Distance
- 0.4270 inches minimum and 0.4470 inches maximum
- Overall Length
- 2.8430 inches nominal
- Material
- steel corrosion resisting rod end body
- Material
- steel inner member
- Outer Member Outside Diameter
- 0.9370 inches maximum
- Outer Member Width
- 0.4330 inches maximum
- Special Features
- 0.2920 in. max,0.3200 in. max offset between centerlines of bore and shank
- Shank Width Across Wrench Flats
- 0.4280 inches minimum and 0.4480 inches maximum
- Shank Style
- internally threaded w/bead and wrench flats and inspection hole
- Shank Thread Length
- 0.7180 inches minimum and 0.8120 inches maximum
- Style Designator
- ball type
- Surface Treatment
- chromium inner member
- Thread Class
- 3b
- Thread Diameter
- 0.312 inches nominal
- Thread Direction
- right-hand
- Thread Quantity Per Inch
- 24
- Thread Series Designator
- unf
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 |
|---|---|
| 6814040 | Rod End Plain Bearing |
Frequently Asked Questions
Find quick answers to common questions about bearing: 3120-00-612-7490. Explore technical specifications, installation tips, maintenance guidelines, regulatory requirements, and troubleshooting advice.
- What is the FSCG of the NSN 3120-00-612-7490?
- The FSCG of the NSN 3120-00-612-7490 is 3120
- Does the NSN 3120-00-612-7490 have a Schedule B code assigned?
- Yes, the Schedule B code is 8483308055
- Does NSN 3120-00-612-7490 require demilitarization?
- Items subject to the export administration regulations (ear) in parts 730-774 of title 15, code of federal regulations (cfr) (ccli or ear99) and determined by dod to present a low risk when released out of dod control. No demil, mut, or end use certificate is required. May require an export licensefrom doc.
- Does NSN 3120-00-612-7490 contain precious materials?
- Item does not contain precious metal.
- Does NSN 3120-00-612-7490 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 3120-00-612-7490 was assigned to the Federal Catalog?
- It was assigned 63 years ago, on Tue, Jan 1, 1963