3d Lift Plan Software Free Download
Find below safe work lifting plan template for use in crane lifting process.
This lifting plan sample also provides calculation for sling tension.
Additionally you shall be able to select the suitable lifting gear in accordance with the safe working load and weather conditions etc.
3d Lift Plan software, free download. software
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3d Lift Plan software, free download Windows 10
Once you will record the data you will get a comprehensive document showing the complete site condition in front of you.
Input the weight and dimensions of the object you’re lifting, plus the location and size of obstructions at the site and 3D Lift Plan will search the load charts of your crane fleet to determine the most economical crane configuration for the lift. You can use 3D Lift Plan to create printouts and lift video simulations that help you plan your.
GENERAL INFORMATION FOR LIFTING PLAN | ||
| 1. Description of Lift | 1a. Type of Lift ( ) Load Test ( ) Lifting Work | |
| 1b. Work of Place | ||
| 1c. Date & Time (Plan) | ||
| 2. Description of Load | 2a. Description of Load | |
| 2b. Dimension (L x H x W) (mm) | ||
| 3. Description of Crane | 3a. Maker | |
| 3b. Model No. | ||
| 3c. Maximum Capacity (tons) | ||
| LIFTING PLAN DATA | ||
| 4. Load Weight: | 4. Estimated Weight (including Cage) (tons) | |
| 5. Rigging Weight | 5a. Main Hoist Block, Auxiliary Boom Head / Headache Ball (tons) | |
| 5b. Slings, Shackles, and other tackles Total Weight (Max.) (tons) | ||
| 5c. Lifting Device or Spreader Beam Total Weight (tons) | ||
| 6. Total Lift Weight | 6. (4 + 5) Total Weight (tons) | |
| 7. Working Condition | 7a. Outrigger Extended (m) | |
| 7b. Boom / Jib Length (m) | ||
| 7c. Counterweight (tons) | ||
| 7d. Operating Radius (m) | ||
| 8. Rated Capacity | 8a. Rated Capacity (tons) | |
| 8b. (Total Weight / Rated Capacity) x 100 (%) | ||
| CALCULATION OF SLING TENSION | ||||||||||||||||||||
| 9. Calculate divided load on each leg: Total load ( Tons) ÷ legs () = ( Tons) ※If a qualified rigger or rigging specialist ensures that the load is evenly distributed, the full use of all the legs is allowed after approval. | ||||||||||||||||||||
| 10. Angle Factor ※A sling angle less than 90° increases the tension (load) in the sling 10.a. Tension Load of Leg The leg angle is (80°) therefore, Tension load is total load (80°) multiplied by (1.015°) Tension Load = 81.2 Tons
|
SELECTION OF LIFTING GEAR |
| 11. Select Tackles / Shakles 11a. Shackle Size : __Capacity: ___Tons (SWL) 11b. Others Description: ______________ Size : ___________ Capacity: _______ Tons (SWL) Description: ________Size : ___Capacity: _____ Tons (SWL) 12. Slings 12a. Tension Load (See 10a) ______________ tons 12b. Sling Type: _________ (Steel Chain, Wire Rope, Metal Mesh, Synthetic Rope, Synthetic Webbing, Synthetic Round sling) Size: ________ Capacity(SWL): ___ 12c. Determine Sling : Size , Capacity: Tons (SWL) × (T) EA |
Register of Lifting Key Personnel
| TITLE | NAME | COMPANY | ID NO. | NATIONALITY | CERTIFICATE NO. | REMARK |
| Lifting Supervisor | . | |||||
| Lifting Equipment/ Crane Operator | . | |||||
| Rigger(Signaler) |
| Prepared by : Designation : Lifting Supervisor. Signature : | Reviewed by : Designation : Signature : | Approved by : Designation : Signature : |