Shed with EOT Design
Budget: ₹12,500 – ₹37,500 INR
The project revolves around a 6 m × 21 m partially enclosed steel shed that must safely house a 5-ton EOT crane. I need the full package—architectural concept, structural calculations, and an industrial-grade electrical and lighting layout—compiled into clear, construction-ready drawings and schedules.
Structural scope
• Frame the shed for a moving 5 t single-girder EOT crane, including runway beams and the end-stop arrangement.
• Detail support columns, a reinforced roof, purlins, and bracing sized for local wind loads and code-compliant deflection limits.
• Show all connection details and supply a concise calculation report (STAAD Pro, SAP2000, or equivalent).
Electrical scope
• Design a 3-phase distribution board sized to start and run the crane plus small-power loads.
• Lay out high-bay LED lighting to deliver uniform lux levels for day-night operation, including emergency fixtures.
• Indicate cable trays, conduit routes, earthing, and protection devices in a neat schematic.
Deliverables
1. General arrangement, elevations, and section drawings (DWG + PDF).
2. Structural member schedule with material grades and weld specs , fabrication drawings
3. Structural analysis report.
4. Electrical single-line diagram, lighting layout, and load list.
5. Bill of quantities and brief method statement.
Submit native source files (AutoCAD/Revit + analysis files) and PDFs. I will provide the site wind data and crane specs once we engage; please base your first draft on standard IS/Euro codes and allow one revision round for fine-tuning.
Structural scope
• Frame the shed for a moving 5 t single-girder EOT crane, including runway beams and the end-stop arrangement.
• Detail support columns, a reinforced roof, purlins, and bracing sized for local wind loads and code-compliant deflection limits.
• Show all connection details and supply a concise calculation report (STAAD Pro, SAP2000, or equivalent).
Electrical scope
• Design a 3-phase distribution board sized to start and run the crane plus small-power loads.
• Lay out high-bay LED lighting to deliver uniform lux levels for day-night operation, including emergency fixtures.
• Indicate cable trays, conduit routes, earthing, and protection devices in a neat schematic.
Deliverables
1. General arrangement, elevations, and section drawings (DWG + PDF).
2. Structural member schedule with material grades and weld specs , fabrication drawings
3. Structural analysis report.
4. Electrical single-line diagram, lighting layout, and load list.
5. Bill of quantities and brief method statement.
Submit native source files (AutoCAD/Revit + analysis files) and PDFs. I will provide the site wind data and crane specs once we engage; please base your first draft on standard IS/Euro codes and allow one revision round for fine-tuning.