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bt22eee085
10-15 17:33
Model Name
mini desert cooler 3d model
Tags
air cooled
blower
cooler
heat sealed
machine
machine realistic
machine simulation
machine simulation realistic
realistic
shaped humidifier
simulation
simulation realistic
space heater
Prompt
Based on the engineering document you provided, here is a detailed prompt for creating a CAD model of the miniature desert cooler. *** ### **CAD Model Design Brief: Miniature 12V Desert Cooler** **Objective:** Create a detailed 3D CAD assembly of a miniature desert cooler. The model must accurately represent the specified components, dimensions, and overall layout for visualization, fitment analysis, and preparation for manufacturing. **1. Main Housing / Enclosure** * [cite_start]**Overall External Dimensions**: 200 mm (Width) x 200 mm (Depth) x 250 mm (Height)[cite: 110]. * [cite_start]**Material**: ABS or Polypropylene (PP)[cite: 113]. * [cite_start]**Wall Thickness**: Maintain a uniform 3 mm wall thickness for all housing panels[cite: 111]. * **Key Features**: * [cite_start]**Air Inlet**: Create an opening on one face to fit the 150 mm x 150 mm cellulose cooling pad[cite: 112]. Include internal slots or a frame to hold the pad in place. * [cite_start]**Air Outlet**: Design a mounting point and aperture for the 75 mm blower fan[cite: 69]. This should align with the fan's exhaust port. * [cite_start]**Water Reservoir**: The base of the housing must be designed as an integrated 1.5 L rectangular water tank[cite: 23, 95]. * **Access Port**: Include a removable lid or a fill port on the top or side of the housing for refilling the water tank. **2. Major Internal Components** Model and place the following components inside the main housing: * **Blower Fan**: * [cite_start]**Type**: DC Blower Fan[cite: 20]. * [cite_start]**Dimensions**: 75 mm x 75 mm x 30 mm[cite: 69]. * **Placement**: Secure at the air outlet port. * **Cellulose Cooling Pad**: * [cite_start]**Dimensions**: 150 mm x 150 mm[cite: 112]. Assume a standard thickness (e.g., 25 mm or 1 inch) as it is not specified. * **Placement**: Mount flush within the air inlet opening. * **Submersible Water Pump**: * [cite_start]**Type**: 12V DC Submersible Pump[cite: 21, 82]. * **Placement**: Position this component on the floor of the integrated water tank. * **Water Tank**: * [cite_start]**Type**: Integrated rectangular tank[cite: 95]. * [cite_start]**Volume**: Must have an internal volume of 1.5 Liters[cite: 95]. * **Placement**: Forms the bottom section of the main housing. **3. Routing and Assembly** * [cite_start]**Water Circulation**: Model flexible silicone tubing [cite: 40] that runs from the outlet of the submersible pump to the top edge of the cellulose cooling pad. Include a simple perforated tube or channel at the top of the pad to distribute water evenly. * **Airflow Path**: Ensure a clear and unobstructed path for air to flow: in through the wet cellulose pad, through the central plenum, and exhausted out by the blower fan. * **Final Assembly**: The final model should show all parts assembled together to verify fit and clearance. [cite_start]Total assembly weight should be approximately 1.2-1.5 kg[cite: 116].
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