The FKB ALJF4 is a 3-piece female aluminum series rod end designed for right-hand applications. Constructed from lightweight aluminum, this rod end offers excellent strength-to-weight ratio, making it ideal for applications where weight savings are crucial. Its design ensures smooth operation and durability, suitable for various mechanical systems. The dimensions and thread specifications are tailored for compatibility with standard fittings, allowing for easy installation. This rod end is perfect for use in automotive, aerospace, and other industries where performance and efficiency are paramount.
[Back] [Home] ALJF / ALJFL 3-PIECE, ALUMINUM SERIES / PTFE LINERS AVAILABLE | | MATERIALS | | | | BALL | 52100 Steel Rc 56 MIN. HARD CHROME PLATED | | RACE | STEEL ALLOY HEAT TREATED ZINC PLATED CHROMATE TREATED | | | BODY | ALUMINUM 7075-T6 HARD ANODIZED RED | | FEMALE ROD ENDS | B DIA. | D DIA. | W WIDTH | T WIDTH | BALL DIA. | A LGTH | N THD. | C LGTH | E DIA. | F FLAT | a MIS. ANGLE | ULT. STATIC RADIAL LOAD (lbs) | APPROX. WEIGHT (lbs) | RIGHT HAND PART NO. | LEFT HAND PART NO. | +.0015 -.0005 | +.010 -.010 | +.000 -.005 | +.000 -.005 | REF. | +.015 -.015 | UNF 2B | +.062 -.031 | +.010 -.010 | +.010 -.010 | REF. | | ALJF3 | ALJFL3 | .1900 | .625 | .312 | .250 | .437 | 1.062 | 10-32 | .500 | .406 | .312 | 13 | 1,360 | .022 | | ALJF4 | ALJFL4 | .2500 | .750 | .375 | .281 | .500 | 1.312 | 1/4-28 | .687 | .469 | .375 | 16 | 2,592 | .034 | | ALJF5 | ALJFL5 | .3125 | .875 | .437 | .344 | .625 | 1.375 | 5/16-24 | .687 | .500 | .437 | 14 | 2,890 | .050 | | ALJF6 | ALJFL6 | .3750 | 1.000 | .500 | .406 | .719 | 1.625 | 3/8-24 | .812 | .687 | .562 | 12 | 3,952 | .088 | | ALJF8 | ALJFL8 | .50000 | 1.312 | .625 | .500 | .937 | 2.125 | 1/2-20 | 1.062 | .875 | .750 | 12 | 7,006 | .186 | | Notes: | For studs add "Y" to suffix | EXAMPLE: ALJF5Y | | For teflon liner add "T" to suffix | EXAMPLE: ALJF4T | | For Grease fittings add "Z" to suffix | EXAMPLE: ALJF6Z | | | | | |
Keywords: F.K. Bearings Rod Ends / End PTFE Liners Spherical Bearings / Bearing