Changing ride height at any wheel changes wheel loading at all wheels. Increasing the initial tension of a torsion bar raises the vehicle at the corresponding wheel and increases wheel load at that wheel. Decreasing the initial tension of a torsion bar lowers the vehicle at the corresponding wheel and decreases wheel load at that wheel.
^ Changing load on one wheel directly affects the wheel at a diagonal from it, while it has the opposite effect on the wheels on the other diagonal.
• For example, increasing load at wheel A increases load at wheel D.
• Increasing load at wheel A decreases load at wheels B and C.
Wheel Load Specification (front or rear axle)
• Maximum left-right load difference 20 Kg (44 lbs.)
— Check wheel load using Maha wheel load scales RWA 2 U or equivalent equipment.
— Adjust wheel load by setting front and rear ride height, as described later.
• Any adjustment of a torsion bar will have a wheel load effect on the other three torsion bars.
• Increasing the initial torsion bar tension on one side (raising vehicle) will increase wheel load on that wheel.
• Decreasing the initial torsion bar tension on one side (lowering vehicle) will decrease wheel load on that wheel.
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