The P Lateral Pins option is used for oscillating, piston-rod configurations. Two protruding pins are mounted directly on two sides of the Screw Jack, becoming the pivotal point in the system. For this reason, this option may be preferable to the PO Oscillating Rigid Protection as it offers a more advantagous factor in the 2nd Euler's Law: in fact, when using the formualae, the center-to-center distance from the pin to rod-end is exactly half compared to the center-to-center distance between the PO eyelet and the rod-end.
The P Lateral Pins option is used for oscillating, piston-rod configurations. Two protruding pins are mounted directly on two sides of the Screw Jack, becoming the pivotal point in the system. For this reason, this option may be preferable to the PO Oscillating Rigid Protection as it offers a more advantagous factor in the 2nd Euler's Law: in fact, when using the formualae, the center-to-center distance from the pin to rod-end is exactly half compared to the center-to-center distance between the PO eyelet and the rod-end.
The P Lateral Pins option is used for oscillating, piston-rod configurations. Two protruding pins are mounted directly on two sides of the Screw Jack, becoming the pivotal point in the system. For this reason, this option may be preferable to the PO Oscillating Rigid Protection as it offers a more advantagous factor in the 2nd Euler's Law: in fact, when using the formualae, the center-to-center distance from the pin to rod-end is exactly half compared to the center-to-center distance between the PO eyelet and the rod-end.
The P Lateral Pins option is used for oscillating, piston-rod configurations. Two protruding pins are mounted directly on two sides of the Screw Jack, becoming the pivotal point in the system. For this reason, this option may be preferable to the PO Oscillating Rigid Protection as it offers a more advantagous factor in the 2nd Euler's Law: in fact, when using the formualae, the center-to-center distance from the pin to rod-end is exactly half compared to the center-to-center distance between the PO eyelet and the rod-end.
The P Lateral Pins option is used for oscillating, piston-rod configurations. Two protruding pins are mounted directly on two sides of the Screw Jack, becoming the pivotal point in the system. For this reason, this option may be preferable to the PO Oscillating Rigid Protection as it offers a more advantagous factor in the 2nd Euler's Law: in fact, when using the formualae, the center-to-center distance from the pin to rod-end is exactly half compared to the center-to-center distance between the PO eyelet and the rod-end.
The P Lateral Pins option is used for oscillating, piston-rod configurations. Two protruding pins are mounted directly on two sides of the Screw Jack, becoming the pivotal point in the system. For this reason, this option may be preferable to the PO Oscillating Rigid Protection as it offers a more advantagous factor in the 2nd Euler's Law: in fact, when using the formualae, the center-to-center distance from the pin to rod-end is exactly half compared to the center-to-center distance between the PO eyelet and the rod-end.
The P Lateral Pins option is used for oscillating, piston-rod configurations. Two protruding pins are mounted directly on two sides of the Screw Jack, becoming the pivotal point in the system. For this reason, this option may be preferable to the PO Oscillating Rigid Protection as it offers a more advantagous factor in the 2nd Euler's Law: in fact, when using the formualae, the center-to-center distance from the pin to rod-end is exactly half compared to the center-to-center distance between the PO eyelet and the rod-end.
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