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Anonymous1761850845
10-31 13:23
Model Name
hydroponic nft system 3d model
Tags
machine
rendering
realistic
Prompt
Create a detailed 3D model of a hydroponic NFT (Nutrient Film Technique) system with specific parameters: COMPONENTS: 1. Reservoir/Tank: 400mm x 300mm x 250mm (LxWxH), opaque plastic 2. Two PVC pipes: 110mm diameter, 500mm length, mounted at 2% slope 3. Net pots: 80mm diameter, placed every 200mm along pipes (3 pots per pipe) 4. TWO LED GROW LIGHTS: 400mm length, full-spectrum, RIGIDLY MOUNTED ON FRAME 5. SUPPORT FRAME: 40x40mm aluminum profiles with INTEGRATED LIGHT MOUNTS 6. LIGHT MOUNTING: Lights attached directly to horizontal crossbars of frame 7. Water pump: cylindrical, 50mm diameter x 80mm height 8. PVC hoses: 12mm diameter for supply and drainage 9. Electronic components: - ESP32 development board - pH sensor probe - EC/TDS sensor probe - DS18B20 waterproof temperature sensor - Two SG90 servo motors for dosing - TWO RELAY MODULES (one for pump, one for lights) - Power supply 12V for electronics + separate for lights LIGHTING SPECIFICATIONS: - Light type: Full-spectrum LED grow light - Mounting: RIGID, FIXED HEIGHT 300mm above pipes - Mounting method: Bolted to aluminum frame crossbars - Coverage: 400x400mm area - Power: 50W total (25W per light) - Timer control: via ESP32 and relay - Cable management: Integrated channels in aluminum frame FRAME DESIGN: - Main vertical posts: 4 pieces, 600mm height - Top horizontal crossbars: 2 pieces for light mounting - Lower horizontal bars: for pipe support - All connections with aluminum corner brackets - NO ADJUSTABLE HANGERS - fixed optimized height REQUIREMENTS: - All parts dimensionally accurate - Show rigid light mounting details - Include mounting brackets and hardware - Cross-section view to show internal components - Professional engineering visualization - Materials: aluminum profiles, plastic, electronic components, LED lights - Style: technical visualization, educational diagram
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