- Alignment Type
- self-aligning
- Bearing Seal Type
- contact
- Bore Diameter
- 0.2495 inches minimum and 0.2500 inches maximum
- Features Provided
- flush lubrication fitting
- Inner Ring Width
- 0.3700 inches minimum and 0.3750 inches maximum
- Internal Clearance
- 0.0002 inches minimum radial and 0.0010 inches maximum radial
- Length From Bore Center To Shank End
- 1.3650 inches minimum and 1.3950 inches maximum
- Lubrication Material Document And Classification
- mil-g-81322 mil spec single material response
- Lubrication Material
- grease
- Outer Ring Width
- 0.3350 inches minimum and 0.3500 inches maximum
- Overall Length
- 1.7620 inches nominal
- Overall Outside Diameter
- 0.7500 inches minimum and 0.8000 inches maximum
- Material Document And Classification
- mil-s-7420 mil spec single material response inner ring
- Material Document And Classification
- mil-s-7420 mil spec single material response roller
- Material Document And Classification
- mil-s-7493 mil spec single material response rod end body
- Material Document And Classification
- qq-s-763 fed spec single material response shield
- Material
- plastic polytetrafluoroethylene and glass seal
- Material
- steel comp 430 shield
- Material
- steel rod end body
- Material
- steel comp e52100 inner ring
- Material
- steel comp e52100 roller
- Nominal Thread Size
- 0.250 inches
- Seal Quantity
- 1
- Self-Alignment Angle
- 4.00 degrees minimum
- Self-Alignment Location
- internal
- Shank Diameter
- 0.2500 inches nominal
- Shank Style
- externally threaded
- Shank Thread Length
- 0.7500 inches minimum and 0.8100 inches maximum
- Shield Quantity
- 1
- Special Features
- material: rod end body, steel comp 4610
- Style Designator
- single row, concave rollers
- Surface Treatment Document And Classification
- qq-p-416,type 1,class 2 fed spec single treatment response exposed surfaces as mounted
- Surface Treatment
- cadmium exposed surfaces as mounted
- Thread Class
- 3a
- Thread Direction
- right-hand
- Thread Quantity Per Inch
- 28
- Thread Series Designator
- unjf