Are you curious about the best overhead crane design calculation factories in China? With so many options available, it can be challenging to find the right one for your needs. In this article, we’ll explore the top factories, comparing their offerings and helping you make an informed choice. Let’s dive in!

Crane Loadings | PDF | Crane (Machine) | Mechanical Engineering – Scribd

Product Details: This document contains calculations for crane loadings, including input parameters such as crane girder span length and wheel dimensions. It analyzes loading conditions and calculates reactions, bending moments, and wheel loads.

Pros:
– Provides detailed calculations for crane loadings
– Includes various loading conditions and their effects

Cons:
– Limited to specific calculations without broader context
– May require additional knowledge in mechanical engineering to fully understand

Crane Girder design Spreadsheet – The Engineering Community

Product Details: Crane Girder design is an Excel Spreadsheet Template for the design of simply supported crane girders, based on the Steelwork Design Guide to BS 5950-1:2000.

Pros:
– User-friendly Excel template for crane girder design.
– Based on recognized standards (BS 5950).

Cons:
– Limited to simply supported crane girders.
– Requires knowledge of steelwork design standards.

Wheel Load computation for crane girders – ExcelCalcs

Product Details: Spreadsheet for calculating wheel load on crane girders with easy input options.

Pros:
– User-friendly interface
– Simplifies wheel load calculations for crane girders

Cons:
– Limited to crane girder applications
– Requires understanding of crane parameters for accurate use

CRANE GIRDER DESIGN BS5950 – ExcelCalcs

Product Details: Crane girder design according to BS5950 involves ensuring safety under various loads including crane capacity, weight of components, and environmental factors.

Pros:
– Ensures safety under worst-case load scenarios
– Comprehensive checks for various load types and structural integrity

Cons:
– Complex design process requiring detailed calculations
– Potential variability in load factors based on specific conditions

Crane Design Guide to BS 5950 – ExcelCalcs

Product Details: CRANEgirder is an Excel Spreadsheet Template for the design of simply supported crane girders, based on the Steelwork Design Guide to BS 5950-1:2000.

Pros:
– User-friendly Excel template for crane girder design.
– Based on established standards (BS 5950).

Cons:
– Requires XLC Pro subscription for full access.
– Limited to simply supported crane girders.

Crane Beam Design | PDF | Crane (Machine) | Bending – Scribd

Product Details: This document provides design details for the crane girder of a 10-ton overhead crane, including design parameters and load data such as crane capacity, wheel load, and lifted weight. It also includes calculations for bending moment, stress, and section properties, along with design checks for safety.

Pros:
– Comprehensive design details for a 10-ton overhead crane
– Includes calculations for bending moment and stress

Cons:
– Limited information on specific materials used
– No detailed examples of design implementation

Crane Beam Design | PDF | Crane (Machine) | Civil Engineering – Scribd

Product Details: This document provides design details for a crane girder for a 10 ton overhead crane. Key parameters include a crane capacity of 10 tons, wheel load of 7.85 tons, span of 5 meters between supports. Bending moment, stress, and section properties are calculated. A crane girder with depth of 60cm, width of 32cm is selected. Design checks are performed for allowable stresses, bearing stiffeners, and intermediate vertical stiffeners to ensure structural adequacy of the crane girder.

Pros:
– Comprehensive design details for a 10 ton overhead crane.
– Includes calculations for bending moment, stress, and section properties.

Cons:
– Limited information on practical applications or case studies.
– No user reviews or feedback provided.

CDMC – Calculation | Design| Overhead Crane

Product Details: CDMC offers calculation and design services for various types of cranes, including overhead cranes, gantry cranes, and jib cranes. They provide software for crane calculations according to European and American standards.

Pros:
– Leading company in crane design and calculation software.
– Offers a variety of crane types and design services.

Cons:
– Limited information on specific software features.
– No detailed customer reviews or testimonials provided.

Crane Lift Calculator Spreadsheet

Product Details: Crane Lift Calculator Spreadsheet for estimating suitable mobile cranes based on load or lifting radius, covering various brands and models.

Pros:
– Clear and easy to read output
– Allows comparison of up to eight cranes for quick selection

Cons:
– Free lite version has restrictions on company name and logo changes
– Single-User version not compatible with Mac

Crane Wheel Load Calculation Online Tools | DGCRANE

Product Details: Crane Wheel Load Calculation is an online tool designed to calculate and evaluate the wheel loads of a crane, impacting safety, reliability, service life, and maintenance costs.

Pros:
– User-friendly online calculator for wheel load calculations.
– Helps verify if wheel diameter meets required standards.

Cons:
– Requires relevant data such as lifting capacity and total weight.
– May not provide detailed explanations for calculations.

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Frequently Asked Questions (FAQs)

What are the key factors to consider in overhead crane design calculations?

When designing an overhead crane, you should consider factors like load capacity, span length, lifting height, and the type of materials being handled. Additionally, think about the operational environment, including temperature, humidity, and potential hazards. These elements will help ensure safety and efficiency in your crane’s operation.

How do I determine the load capacity for my overhead crane?

To determine load capacity, assess the maximum weight your crane will lift, including any attachments or rigging. It’s essential to factor in dynamic loads, such as moving loads and potential shock loads, to ensure your crane can handle the demands of your specific application safely.

What materials are commonly used in overhead crane construction?

Overhead cranes are typically constructed using high-strength steel for the main frame and components. Other materials may include aluminum for lighter applications and various alloys for specific parts. The choice of materials depends on the crane’s intended use, load capacity, and environmental conditions.

How can I ensure compliance with safety standards in crane design?

To ensure compliance with safety standards, familiarize yourself with local regulations and industry guidelines, such as those from the American National Standards Institute (ANSI) or the Occupational Safety and Health Administration (OSHA). Regular inspections, maintenance, and proper training for operators are also crucial for maintaining safety.

What software tools are available for overhead crane design calculations?

There are several software tools available for overhead crane design calculations, including AutoCAD, SolidWorks, and specialized crane design software like CraneCalc. These tools can help you model your crane, perform load calculations, and ensure compliance with safety standards, making the design process more efficient and accurate.