Rigging components, such as slings, shackles, eye bolts, and turnbuckles. The 'Lifting Safety' Subject Area, found in the Brookhaven National Laboratory (BNL) Standards-Based Management System (SBMS), governs all lifts conducted at BNL. The Subject Area contains guidance that must be used in order to plan and perform a lift safely. Rigging components are expensive to buy and to replace! Use them properly and store them properly! Keep wire rope slings lubricated and all rigging stored out of the weather. Treat the rigging as though your life depended on it! Because it does if it fails! Don’t use makeshift rigging or attempt to repair any rigging components. RiggingCalc has a Class 1 Rigging Plan Deliverable. RiggingCalc has worked with tower owners to generate the new one page Rigging Plan Deliverable when Class 1 is selected. Rigging attachment options for rigging to a Mount, Drop-in Gin Pole, and Gin Pole. Free companion force calculator app for Apple and Android devices. Just go to the app.
Lift force calculator is designed to calculate its force in Newton. The lift coefficient (Cl) is a dimensionless unit, the greater the CI will generate more lift force. When the lift is in motion, pressure is created, thus the greater velocity leads to high speed in traveling. To use this lift calculator, just enter the lift coefficient (CI), its density, velocity and the area to get the resultant value. These elements has exposed to generate aerodynamic lift.
Lift Force Calculation
Lift force calculator is designed to calculate its force in Newton. The lift coefficient (Cl) is a dimensionless unit, the greater the CI will generate more lift force. When the lift is in motion, pressure is created, thus the greater velocity leads to high speed in traveling. To use this lift calculator, just enter the lift coefficient (CI), its density, velocity and the area to get the resultant value. These elements has exposed to generate aerodynamic lift.
Rigging Math Formulas
Formula:
L = 1 / 2 (CL x ρ x V2 x A)Where,L = Lift ForceCL = Coefficient of Liftρ = DensityV = VelocityA = Area
Rigging Formulas Pdf
Example:
An Airplane flies at velocity of 15 m/s having an area of 25 m2. The density of air is 25 kg/m3 and Coefficient of Lift is 12.
Rigging Formulas For Sling Angles
Solution:
L = 1 / 2 (CL x ρ x V2 x A)
= 1/2 (12 x 25 x 152 x 25)
= 843750 N
