3/4-16 RIGHT HAND 5/8 BALL MALE  HEAVY DUTY CHROMOLY ROD END - TEFLON LINED3/4-16 RIGHT HAND 5/8 BALL MALE  HEAVY DUTY CHROMOLY ROD END - TEFLON LINEDExample of installation
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XAM10-T

3/4-16 RIGHT HAND 5/8 BALL MALE HEAVY DUTY CHROMOLY ROD END - TEFLON LINED

Hole Diameter 5/8 in.
Ball Width 0.750 in.
13 Degrees of Misalignment
Radial Load Capacity 40,572 LBS
Teflon Liner is self lubricating

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The "XA" Series rod ends feature large body and threaded shank with a standard size ball. Three piece construction, with body, ball and race. This type of construction allows for the use of different metals for each component part. The body is manufactured out of 4130 steel alloy, which is heat treated, and zinc plated. Specifications for the race are heat treated alloy steel, zinc plated, and chromate treated materials. The ball is made from 52100 steel (AMS-7440) and is heat treated, and hard chrome plated.

Rod End: XAM10-T
Misalighment Angle: 13°
Thread Length: 1.75 in.
Thread: 3/4-16
Head Diameter: 1.75 in.
Ball Bore: 0.625 in.
Base To Center: 2.875 in.
Ball Width: 0.75 in.
Head Width: 0.562 in.

Why a PTFE Liner?

The military spec Teflon race greatly increases dynamic wear characteristics, making this the ideal choice for 4-links and ladder bars. This PTFE lined option is not to be confused with other rod end manufacturers' soft Nylon races.


What is Radial Static Load Capacity?

These loads are based upon the minimal mechanical properties of the design configuration of the stressed areas. The Operation Load Capacity of Aurora rod ends is based upon the Radial Static Load Rating. Appropriate safety factors should be utilized with the application. Full rotation assemblies up to 100 rpm should not exceed 10% of the radial static load.


What is Axial Load Capacity?

Axial static load is the force that is applied through the bore of the ball. Maximum axial static load capacity is recommended at 15% of the radial static load for Aurora two piece rod ends, 10% for three piece rod ends.


What is Bearing Misalignment?

A rod end or spherical bearings ability to mis-align is measured by the degree of angle the ball can accommodate without interference.


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