Rotary Assembly 3D CAD Drawings
Budget: €25 – €50 EUR
Note:
Please review the following specifications carefully and provide 3D CAD drawings along with detailed part specifications for each component based on the requirements outlined below.
Ensure all dimensions and components are accurate and precise, ensuring that the Stator, Rotor, and Locks function together seamlessly, allowing smooth rotation of the Rotor in real-world implementation.
Additionally, include all necessary holes and components required to securely connect every part during the final assembly stages.
Feel free to reach out if any clarifications are required.
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1. Dimensions:
STATOR:
Inner Diameter: 800 mm
Thickness: 20 mm (Total diameter: 840 mm)
Width: 420 mm
*The Stator will also function as the Base, with an additional design to integrate the Locks on both sides.
2 *MAIN LOCKS for the STATOR:
Diameter: 800 mm
Thickness: 10 mm
Each Lock must include a hole to integrate Wheel bearings with an appropriate tightening mechanism.
Considering the Wheel bearing diameter of 150 mm, the design must include adjustments to securely accommodate and fasten the Wheel bearings.
ROTOR:
Diameter: 600 mm
Thickness: 20 mm
Width: 400 mm
2 LOCKS for the ROTOR:
Diameter: 560 mm
The Locks for the Rotor must have holes to securely accommodate the Shaft.
Include additional components to tighten the Shaft to the Rotor.
SHAFT:
Thickness: 50 mm
Length: 1100 mm
BRACKETS:
The Brackets must be designed to hold the entire base.
Additionally, they must include a design to hold two other separate parts, as follows:
Positioning:
One part on the right side and another on the left side.
Range of Movement:
These two parts must include adjustments to allow them to move up to 300 mm below the Shaft and up to 300 mm above the Shaft as needed.
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2. Gap Requirements:
Based on the Stator inner diameter (800 mm) and the Rotor total diameter (600 mm), there will be a 100 mm free gap between the two components.
A 100 mm gap is required for the installation of my components with screws.
Ensure that precise holes are made on both the Stator and Rotor to securely install these components. (Exact hole count to be provided for finalization.)
---
3. * Main Locks and Bearings:
Each *Main Lock must include a wheel bearing set on both sides to ensure smooth rotation of the Rotor.
The Main Lock designs must include an appropriate mechanism to securely fasten the Wheel bearings.
---
4. Final Assembly:
The final design must include all necessary holes and components to securely connect every part during assembly.
---
Deliverables:
1. 3D CAD Drawings:
Provide detailed 3D CAD drawings for the Stator, Rotor, Locks, Shaft, and Brackets.
Each part must be designed and detailed separately for clarity.
2. Part Specifications:
Include dimensions, material specifications, and all components for assembly.
3. Integration Points:
Ensure clear, well-defined integration points for connecting all parts during assembly.
Please review the following specifications carefully and provide 3D CAD drawings along with detailed part specifications for each component based on the requirements outlined below.
Ensure all dimensions and components are accurate and precise, ensuring that the Stator, Rotor, and Locks function together seamlessly, allowing smooth rotation of the Rotor in real-world implementation.
Additionally, include all necessary holes and components required to securely connect every part during the final assembly stages.
Feel free to reach out if any clarifications are required.
---
1. Dimensions:
STATOR:
Inner Diameter: 800 mm
Thickness: 20 mm (Total diameter: 840 mm)
Width: 420 mm
*The Stator will also function as the Base, with an additional design to integrate the Locks on both sides.
2 *MAIN LOCKS for the STATOR:
Diameter: 800 mm
Thickness: 10 mm
Each Lock must include a hole to integrate Wheel bearings with an appropriate tightening mechanism.
Considering the Wheel bearing diameter of 150 mm, the design must include adjustments to securely accommodate and fasten the Wheel bearings.
ROTOR:
Diameter: 600 mm
Thickness: 20 mm
Width: 400 mm
2 LOCKS for the ROTOR:
Diameter: 560 mm
The Locks for the Rotor must have holes to securely accommodate the Shaft.
Include additional components to tighten the Shaft to the Rotor.
SHAFT:
Thickness: 50 mm
Length: 1100 mm
BRACKETS:
The Brackets must be designed to hold the entire base.
Additionally, they must include a design to hold two other separate parts, as follows:
Positioning:
One part on the right side and another on the left side.
Range of Movement:
These two parts must include adjustments to allow them to move up to 300 mm below the Shaft and up to 300 mm above the Shaft as needed.
---
2. Gap Requirements:
Based on the Stator inner diameter (800 mm) and the Rotor total diameter (600 mm), there will be a 100 mm free gap between the two components.
A 100 mm gap is required for the installation of my components with screws.
Ensure that precise holes are made on both the Stator and Rotor to securely install these components. (Exact hole count to be provided for finalization.)
---
3. * Main Locks and Bearings:
Each *Main Lock must include a wheel bearing set on both sides to ensure smooth rotation of the Rotor.
The Main Lock designs must include an appropriate mechanism to securely fasten the Wheel bearings.
---
4. Final Assembly:
The final design must include all necessary holes and components to securely connect every part during assembly.
---
Deliverables:
1. 3D CAD Drawings:
Provide detailed 3D CAD drawings for the Stator, Rotor, Locks, Shaft, and Brackets.
Each part must be designed and detailed separately for clarity.
2. Part Specifications:
Include dimensions, material specifications, and all components for assembly.
3. Integration Points:
Ensure clear, well-defined integration points for connecting all parts during assembly.