Omni-Block Laser Resultant Finder

SKU: P53L
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P53L

The Omni Resultant Finder pairs a 2.0" Omni Block with a green Class 3 laser to visually indicate the resultant of a pulley—defined as the bisector of the rope path in a single-pulley redirect.

The Omni Laser Resultant Finder (LRF) is designed for both live operations and training applications, helping users better understand load direction and system geometry

Important Note: In complex, multi-pulley systems—or in winch/tie-off-on-leg applications—the laser-indicated resultant does not represent the direction of applied force. Do not rely on the LRF to indicate applied force in these scenarios. The LRF is never a substitute for properly guying, securing, and backing up an artificial high-directional.

Includes waterproof case, usb-c charging cable and wall plug.

SPECS:
MBS: 36kN
WLL: 8 kN
Sheave Diameter: 2.0" (51 mm)
Max Rope: .5” (13mm)
Height: 5.8” (148 mm)
Width: 3.0” (76 mm)
Weight: 12.3oz (348gm)
Certification: N/A

READ MORE

Omni LRF Tech Notice (.pdf)

WARNING: This product can expose you to chemicals including nickel acetate which is known to the State of California to cause cancer. For information go to: www.p65warnings.ca.gov

Product Overview



DIRECTIONAL FRAME

The Omni Resultant Finder indicates the precise direction of the applied force only when the line passing through the pulley does not connect to or redirect from the Vortex at any other point. In this configuration, the Vortex is used as a DIRECTIONAL FRAME.

RESULTANT = APPLIED FORCE



ANCHOR FRAME

When the line running through the Omni Resultant Finder connects to or redirects from the Vortex, the laser-indicated resultant will NOT correspond with the direction of Applied Force.

RESULTANT ≠ APPLIED FORCE

When the line connects to the Vortex leg as shown in this example, the Vortex functions as an ANCHOR FRAME. The applied force in all variations of the anchor frame will not be equal to the resultant, or bisect of the line running through the LRF. DO NOT rely on the LRF to indicate the applied force in the conditions described above.

WARNING: Failure to identify the correct applied force and rig accordingly can result in toppling the Vortex or other system. Advanced training and a thorough understanding of applied force as explained in the Vortex user manual is required.

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