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Anonymous1758965914
09-27 10:27
Model Name
waterproof enclosure 3d model
Tags
3d printing
3d printing realistic
blue circuit board
electronics
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
sensor ports
waterproof
Prompt
Generate a detailed 3D CAD model of a compact waterproof electronics enclosure with the following specifications: **Enclosure Dimensions and Structure:** - Outer dimensions: 150 mm × 100 mm × 60 mm - Wall thickness: 3 mm - Rounded corners - Lid with rubber gasket grooves for IP65 waterproofing - Screw holes on lid for easy opening **Sensor Ports and Internal Sensors:** - Bottom side: three circular ports, 12 mm diameter each - Place sensors aligned with the ports: - pH sensor: cylinder, 12 mm diameter × 70 mm height - ORP sensor: cylinder, 12 mm diameter × 60 mm height - Turbidity sensor: cylinder, 12 mm diameter × 65 mm height - Sensors should protrude slightly through the bottom ports and sit securely inside with ~2 mm clearance around for wiring **Front Features:** - Slot for electrochemical cartridge insertion: 25 mm × 10 mm **Internal Electronics and Compartments:** - ESP32 mounting plate: 30 mm × 50 mm space, positioned centrally inside - Battery compartment: 60 mm × 30 mm, inside the enclosure - Ensure all internal components are modeled as separate solids, correctly positioned, and do not overlap **Top Features:** - Flat area: 80 mm × 50 mm for a small solar panel **External Mounting:** - Mounting brackets at the back for attaching to a water tank **Additional Notes:** - Maintain realistic clearances for wiring and sensor connections - All internal components, including sensors, ESP32, and battery, should be visible as separate solids inside the enclosure - Keep the enclosure waterproof with correct gasket placement
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Anonymous1758965914
Anonymous1758965914