Crane Lift Software Free
Please take some time to browse our Sample PDFs: LiftPlanner Sample PDF Diagrams. LiftPlanner Software SAMPLE LIFT DIAGRAMS & FEATURES. Creating a lift plan for any engineered lift project is a crucial aspect of success. A lift plan creates a basis of how the lift should go and creates a real-time diagram that any crane operator and project manager can follow safely and effectively. Here at Crane Service Inc., we use 3D space and Computer Aided Design (CAD) to engineer your. Terex offers free lift planner 25 Feb 15 Terex Cranes has developed a new lift planning tool, which it says is the first in its industry to be offered free of charge. Terex Liftplan is designed to.
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.
Once you will record the data you will get a comprehensive document showing the complete site condition in front of you.
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 Desert eagle serial number search. 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 : |
Crane lift plan for the Space Shuttle from HLI Consulting, LLC
Some days ago I received an inquiry from the heavy lift manager of an Australian crane hire company. He was asking me for details about how to setup a CAD based crane lift plan for his company.
I probably could give some rudimental advice about it but I thought it might be better to ask a designated crane lift plan expert about it. So I decided to ask Steve Sparrow from HLI Consulting, LLC if he was interested to prepare a little tutorial about CAD crane lift plans. Here it is:
Computer Aided Design based crane lift plans
CAD version of the same lift plan (click to enlarge)
The largest and most respected crane, rigging and transportation companies achieve their reputation through their great people, their wide variety of well-maintained equipment and their ability to project a safe, competent and professional image to their clients.
The first impression most clients have of their vendors is the paperwork they receive at time of bidding and the subsequent documents that are submitted as part of a lift plan or other prequalification documents.
While it is quite possible to prepare a fully detailed and comprehensive plan with a word processor and hand drawn sketches, the apparent precision and professionalism of drawings prepared using CAD cannot be understated.
In this article, we are going to look at the software, hardware and personnel requirement required to set up a small drafting office, fully equipped to import and output 2 or 3D Lift plans.
Software
To ensure compatibility and access to pre-drawn CAD “Blocks” we recommend AutoDesk Products. There are cheaper CAD products available, but which ever you select they should be able to open and edit .DWG and .DXF file formats.
Many requirements of a lift plan such as simple rigging calculations can be automated using a spreadsheet program. An investment in an “office” program is therefore recommended.
Not essential, but useful is a PDF conversion program. Converting high quality PDF files to a CAD format can save hours of drafting (or tracing) time and result in a more accurate plan.
A good PDF print driver should be installed as many drawings can be output to PDF format directly and emailed to the client. The better packages allow “signature stamps” to be applied, and this means that the output quality of your drawings is not compromised by printing, applying signature approval then scanning back into the computer.
Hardware
Most modern desktops and higher end laptops are capable of running CAD software. While there are specialist CAD computers, for the relatively simple drawings you will produce, a good rule of thumb is to look for computers that considered “gaming” machines. You should always purchase a minimum of 8 GB of RAM, and the best video card your budget allows.
/aqw-character-page-generator.html. The computer should also be able to support a minimum of two monitors. The huge increase in convenience and productivity provided by multiple displays is well worth the small additional cost. A monitor size of at least 24” should be considered, and no less than a 15” screen on a laptop. A desktop monitor can be paired with a laptop to give a larger primary drawing area.
For 3D drafting, and possibly animation, a much better class of machine is required. Again, higher end gaming machines can be used, but custom machines with professional grade components should be considered for maximum productivity.
A good printer and scanner are essential. Both printer and scanner should be able to handle 11 x 17 or A3 paper. Plotters and large format scanners are available, but are generally unnecessary for crane lift plan purposes. (A useful tip is that often drawings can be transmitted to printing/shipping shops for large-format output, and then delivered direct to your client).
Draftsperson / CAD Operator
Any CAD system is only as good as its operator. There are two approaches here. One is to take whoever currently prepares your lift plans and arrange for them to have CAD training, or you can hire an experienced draftsman and have them work at the direction of an experienced lift planner. In the second case, the draftsman will learn the specifics of crane and rigging layouts and eventually be able to work with little or no direction.
In my opinion the first option is preferable as typically a well produced set of lift drawings are reasonably easy to produce, whereas the experience required to produce a safe and comprehensive lift plan takes years of experience.
On a side note, it can also be a good investment to give other members of your team the ability to use CAD. While the drawings may not be suitable for submittal to the client, it will help them greatly day-to-day in crane and equipment selection for bidding purposes or producing conceptual layouts.
Crane Lift Software Freeware
CAD “Blocks”
For a CAD based planning system to be effective, it is vital that a complete library of your company’s equipment as pre-drawn CAD “blocks” is available. This would include machinery (cranes, transport) and ancillary items such as rigging tackle components and architectural details etc.
While some companies have their equipment drawn into CAD by their own draftsman, it is a very lengthy process and it is often difficult to get all the right details. A sound alternative is to have a custom library created, which will ensure accuracy and allow your draftsman / planner to focus on what’s important. It should be remembered that the CAD skills required to accurately draw something as complex as a crane (and accuracy is vital) is very much higher than positioning pre-drawn “blocks” in a drawing and adding minor details such as hoist-ropes and architectural details.
With the right set-up, an elegant, professional looking lift plan can be completed in minutes, and as a bonus, any changes to the plan can be performed in seconds.
Alternate crane lift plan software
Several packages exist that can simplify the creation of lift plans. They range from simple stand-alone programs that produce generic crane and lift data, to complex 3D based AutoCAD ad-ons that produce amazing results, but require advanced CAD skills. Some of the available programs are:
Free Crane Lift Plans
Crane lift plan software | Requirements | Skill Level |
---|---|---|
Crane Manager (formerly Cranimation) | AutoCAD Based | **** |
KranXpert | Windows | ** |
Compucrane (Grove / Manitowoc Models only) | Windows | ** |
3D Lift Plan | Windows | *** |
Mobile Lift Crane
I hope I could give you a helpful insight on how to setup your CAD based crane lift plans. In case of any questions or remarks about this topic, please feel free to leave me a comment below.
About Steve Sparrow
Steve Sparrow is the owner of HLI Consulting, LLC
Steve has 22 years experience in the construction and equipment industry, and has used CAD for crane and transport operations planning since 1996. HLI Provides Heavy Lift & Transport Planning services, 3D simulation and specialist field supervision.
steve@hliconsulting.com
www.hliconsulting.com