Spreader Bar Basic Calculator
Spreader Bar Basic is a calculator that calculates forces on spreader bar pipe, slings, and shackles for a wide range of lifting configuration. Loads are calculated and assessed based on ASME BTH-1 calculations. Three options of shackle types are available to choose from, as well as three options of sling types, 1-Part Mechanical Spliced IWRC (EIPS, 6X19), STRAND Mech. Splice Grommet IWRC (EIPS, 6X19), and Polyester Endless Round slings. Top sling configurations include vertical and basket. Unit selection (US Customary, British Imperial, & Metric). AISC Pipe and HSS round shapes, in US Customary, British Imperial, and Metric units. Integrated worksheet calculation tab providing details of spreader bar calculations Spreader Bar Chart Calculator. Report generation for graphical reporting of results. Spreader Bar Deflection Calculation, Sling capacity reduction calculation based on D/d and effective bearing area of the shackle.
Spreader Bar Plus Calculator
Spreader Bar Plus calculates loads on spreader bars when lifting with offset CGs. The loadings are calculated for pipe, slings, and shackles, while calculating and reporting ASME BTH-1 results. Three shackle type are available to choose from, as well as three options of sling types, 1-Part Mechanical Spliced IWRC (EIPS, 6X19), STRAND Mech. Splice Grommet IWRC (EIPS, 6X19), and Polyester Endless Round slings. With configurations of vertical and vertical basket. Additionally the program calculates the required difference in sling length needed to balance load and level lifts.
Spreader Bar Types
250+ selections of Square and Rectangular Tubing
120+ selections of Pipe and Round Tubing sizes
ASME Calculation for (Bending and Axial Compression loads) Spreader Bar, Deflection calculation of Bar due to Self-Weight
2 Endcap styles to choose with offset lugs
Slings (Eye & Eye EIPS, Strand Grommets, Polyester Endless Round)
Basket and Vertical configuration for top and Bottom Slings
D/d calculation and capacity check and capacity reduction for slings
Capacity check and reduction of capacity for Polyester Endless Slings due to the bearing area in shackle, if applicable.
Shackle selection (Bolt, Screw Pin, Wide Body) for Top, Bottom and Lower shackle selections based on Crosby Shackle (G2130, G209, G2160)
Spreader Bar System Calculations
ASME Design Calculations
Offset CG calculation, Spreader Bar Rotation due to Offset and Rigging configuration
System weight, and Individual Rigging Weight.
Graphical Representation of the Spreader Bar System
One Click text copy ready to past into AutoCad & More
ASME P30.1 Lift Planner
SMART Rigger Software's Lift Planner was developed to meets the ASME P30.1 requirements. ASME code for Planning for Load Handling Activities. Lift Planner consists of a Lift Data sheet, & Pre-Lift Safety Check List.
Lift Data Sheet (LDS) summarizes the essential details of a lifting operation in a standardized, easy to read form. It Includes:
A brief description of the operation to be performed; Load characteristics including weight and center of Gravity; Details of the crane or other Load Handling Equipment (LHE) to be used including specific configuration; A summation of the total load to the LHE; LHE rated capacities during the relevant phases of the operation; A comparison of total load to the LHE verses LHE capacity throughout the operation (as a percentage); A comparison of the total load supported by the LHE’s reeved load line versus the rated capacity of the reeved load line (as a percentage); Notes outlining key operational requirements on which the validity of the data sheet is based; A list of relevant attachment included (LHE Charts extracts, layout, and rigging sketch); Any required review and approval signatures and applicable statutory requirements such as a Professional Engineer’s Stamp
Crawler Crane Mat Calculator
SMART Rigger Crane Mat Calculator provides a practical means of calculating the effective bearing length of a crane mat. Offering different configurations, with customizable sizes of Mats. Size matting based on track pressures and allowable ground pressures, Using three different methods to assess the Timber Mat's effective length. Mat Strenght Method, Soil Capacity Method, Effective Length Method, which includes defection limitations. See shear, bending moment, shear stress, and bending stress profiles based on the matting loading profile.
Crawler Crane Mat Calculator Introduction
Crawler Crane Mat Calculator
Here's what people are saying about SMART Rigger Software
"... I have been using various versions of a “rigging calculator” for over a decade, and the SMART Rigger Software Spreader Bar Calculator is without a doubt the most complete version I have used. This program definitely covers all areas of concern when evaluating and designing a BTH rigging arrangement. The areas of input are easily navigated after a brief period of self-training, and an extremely thorough summary page neatly organizes the outputs for distribution to clients, and/or internal recordkeeping purposes. In my opinion, this program is a “must-have” for any rigging department..." Stephen Hitchcock General Manager – Heavy Lift Rental Division
We Can Customize to Your Inventory of Lifting Equipment
Generate Spreader Bar Loads Report
Check Limiting Factors in your Spreader Bar Configuration
D/d Sling to Shackle Ratios and Termination Efficiency reported