Single-Girder 5T EOT Design

@miskinarati

Hi there, A safe and economical 5T single-girder EOT crane design depends on accurate structural calculations, girder optimization, and compliance with crane design standards such as IS 807 and IS 3177. I can provide a complete design package ready for fabrication and engineering review. The work will include: • Structural design of the 5T single-girder EOT crane • Main girder, end carriage, wheel, and runway load calculations • FEM/ANSYS structural analysis for stress, deflection, and safety factor • Design verification for static and dynamic loading conditions • Material selection and weight optimization • Manufacturing drawings, GA drawings, and detailed calculation report • Compliance with applicable IS standards and engineering best practices. Timeline and budget can be finalized after reviewing the required span, lifting height, duty class (A/B/C or M class), and hoist specifications. One question: what are the crane span, lifting height, duty classification (M3/M4/M5), and whether you require only the structural design or complete fabrication drawings as well? Best regards, Arati M.

@shubhamkumawat69

Hello, Your project aligns perfectly with my 5+ years of experience in industrial automation equipment design and heavy machinery. I understand you need a code-compliant, shop-floor-ready engineering package for a 5-ton EOT crane. I will develop the full package in SolidWorks 2026/AutoCAD adhering to IS/EN standards: • Structural & mechanical calculations (bridge girder, deflection, stress limits, wheel loads) • General Arrangement & detailed fabrication drawings with GD&T and weld callouts • Electrical schematics, motor/VFD component selection, and commercial BOM Deliverables: • Native CAD (.SLDASM/.DWG) + PDF fabrication drawings • Self-checking calculation sheets & commercial BOM I deliver error-free, shop-ready execution in 7–10 days. What is the span length and duty class? Let’s connect.

@anjalio22

I would like to take this opportunity to handle your Single-Girder 5T EOT Crane Design project. I have experience in mechanical design, structural modeling, fabrication drawings, and engineering documentation using SolidWorks and AutoCAD. I can provide a complete engineering package including: • General arrangement and detailed fabrication drawings (DWG, SolidWorks, PDF) • Structural and mechanical calculations for bridge girder, runway beam, end carriages, trolley, hoist, and wheel loads • Load, stress, deflection, and fatigue verification as per applicable IS/EN standards • Electrical schematic with suitable motors, VFD, brake, and control components • BOM with specifications, weights, and commercially available components • Fabrication, installation, and maintenance guidelines I will ensure all drawings are fully dimensioned in metric units, fabrication-ready, and supported by clear calculation sheets for verification. Before starting, I would confirm key parameters such as crane span, runway arrangement, duty class, lifting height, power supply, and operating environment to finalize the design accurately. I assure you of dedicated work, professional communication, and high-quality delivery within the agreed timeline. I look forward to working with you and delivering a reliable crane design package.

@bilalh585

I have worked on similar overhead crane, structural steel, and mechanical design projects, including fabrication drawings, structural calculations, BOM preparation, and production-ready documentation. I can develop a complete engineering package for your 5-ton single-girder indoor EOT crane in accordance with the applicable IS/EN standards, ensuring the design is safe, practical, and ready for fabrication. The package will include detailed bridge and runway design, end carriage and trolley arrangements, wheel load calculations, electrical schematics, and a complete bill of materials. All drawings will be fully dimensioned in metric and supported by calculation sheets so the design can be independently verified. Deliverables: General Arrangement (GA) and detailed fabrication drawings (DWG/SolidWorks + PDF) Structural and mechanical design calculations (bridge, runway beam, end carriages, trolley, hoist, wheel loads, deflection, and stress checks) Electrical schematic with recommended motors, VFDs, controls, and protection components Complete BOM with specifications, commercial part numbers, quantities, and weights Installation, inspection, and preventive maintenance guidelines Two revision rounds after review Please share the required span, lifting height, duty classification, runway details, power supply, and preferred hoist manufacturer, and I can begin with the preliminary calculations and GA layout. Best regards, Bilal