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Ducting 3D Models

Find the best Ducting 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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布线均匀合理，环线，关节线平行
Anonymous1774921230
Anonymous1773713097
本实用新型实施例提供的一种防淤积的入户供水管件连接结构，包括连接室外水管和室内进水管的连接管，连接管、室外水管和室内进水管的内部均设有防淤积组件；防淤积组件包括圆杆，圆杆位于连接管内部的部分，其外壁焊接有第一桨叶，第一桨叶的外端焊接有第一主刮板；圆杆位于室外水管内部的部分，其外壁焊接有第二桨叶，第二桨叶的外端焊接有第二主刮板，圆杆位于室内进水管的内部的部分，其外壁焊接有第三桨叶，第三桨叶的外端焊接有第三主刮板。在连接管、室外水管和室内进水管内部均设置防淤积组件，通过圆杆上焊接的第一桨叶、第二桨叶、第三桨叶，以及对应桨叶外端的第一主刮板、第二主刮板、第三主刮板，能够在水流经过各段管道时，利用桨叶受水流冲击带动刮板旋转，将管道内壁附着的杂质、淤泥等刮落，防止淤积现象在整个入户供水管道系统中出现，保障供水的顺畅性，减少管道堵塞风险。靠近室内进水管的一端连接管的内部设有轴承，轴承的外环外壁与第一主刮板的内壁焊接，轴承的内环靠近室内进水管的一侧通过连接环焊接有圆环，圆环与室内进水管相抵。在靠近室内进水管一端的连接管内部设置了轴承，且轴承的外环外壁与第一主刮板的内壁焊接，利用轴承的特性，使得第一主刮板在旋转过程中受到的阻力大大减小，能够更加顺畅地旋转。即便在水流不稳定或管道内杂质较多的情况下，也能保证第一主刮板持续稳定地工作，相比实施例一，显著提升了防淤积组件在连接管部分的工作效率和可靠性。第一主刮板的内壁焊接有第二副刮板，第二副刮板位于轴承和圆环之间。第一主刮板的内壁焊接有第一副刮板，第一副刮板位于轴承的另一侧。第一主刮板靠近室外水管的一端焊接有第三副刮板，第三副刮板与室外水管接触。第一桨叶、第二桨叶和第三桨叶均设有上下两组，每组均至少等距设有四个桨叶。通过第二副刮板、第一副刮板和第三副刮板的作用，并且对桨叶数量进行优化，第一桨叶、第二桨叶和第三桨叶均设有上下两组，每组至少等距设有四个桨叶。更多的刮板可以覆盖更广泛的管道内壁面积，配合桨叶数量的增加，能够在相同时间内对管道内壁进行更频繁、更全面的清理，不放过任何容易产生淤积的角落，进一步强化了整个入户供水管件连接结构的防淤积能力。
Anonymous1772594443
Anonymous1772470525
Create a parametric 3D model of a circular duct flange for 200 mm (8-inch) ventilation ducting. The flange should consist of: A flat square mounting base plate with four evenly spaced screw holes (one near each corner) A smooth filleted transition from the flat base into a cylindrical duct collar A straight, non-tapered cylindrical section at the top for hose attachment The cylinder outer diameter should be 200 mm The cylinder height (straight section) should be 20–30 mm Base plate thickness: 4–5 mm Cylinder wall thickness: 3–4 mm Base plate dimensions: approximately 260 mm × 260 mm Screw holes sized for M5 bolts (≈5.5 mm diameter) Fillet radius at the base-to-cylinder transition: 10–20 mm for smooth airflow Inner surface should be smooth and continuous Outer edges of the base should have small chamfers or fillets The design must be suitable for FDM 3D printing without supports when printed base-down.
Anonymous1771530348
Create a parametric 3D model of a circular duct flange for 200 mm (8-inch) ventilation ducting. The flange should consist of: A flat square mounting base plate with four evenly spaced screw holes (one near each corner) A smooth filleted transition from the flat base into a cylindrical duct collar A straight, non-tapered cylindrical section at the top for hose attachment The cylinder outer diameter should be 200 mm The cylinder height (straight section) should be 30–40 mm Base plate thickness: 4–5 mm Cylinder wall thickness: 3–4 mm Base plate dimensions: approximately 260 mm × 260 mm Screw holes sized for M5 bolts (≈5.5 mm diameter) Fillet radius at the base-to-cylinder transition: 10–20 mm for smooth airflow Inner surface should be smooth and continuous Outer edges of the base should have small chamfers or fillets The design must be suitable for FDM 3D printing without supports when printed base-down.
Anonymous1771530348
Anonymous1771362818
Anonymous1771388334
Иван Васильченко
Anonymous1768192708
帮我生成一个水管连接弯道，高清版本
137898715@qq.com
اريده ان يكون مغلف من الخارج لكن مفنوح من الداخل اريد ان يكو المسورة والجزء العلوى مفريفين من الدخل ومتصلين معا ومن الخارج متصلين معا بشكل جيد جدا لمنع خروج الماء
Anonymous1767032694
井筒主体 内径Φ1000（推荐） mm 市政DN400管道适配检查井常用规格，也可设Φ800/Φ1200 井筒主体 预设高度1800 mm 可根据现场实际标高调整 井体落底 深度300 mm 井体底部向下加深尺寸 顶部管道（DN400） 公称直径400 mm 与井体顶部圆心垂直衔接 顶部管道（DN400） 预设延伸长度500 mm 实际按管线走向修改 两侧管道（DN200） 公称直径200 mm 井体水平中心线处对称连接 两侧管道（DN200） 连接标高（井口上口下） 50 mm 两侧管道（DN200） 单侧预设延伸长度500 mm 两侧对称，实际按管线走向修改 编号标识（Y171） 文字高度50 mm 置于DN400管道旁，仅为视觉标识
Anonymous1765514738
Generate a simplified 3D ACMV ducting layout for a 1st storey industrial building. Include rectangular sheet-metal ducts with the following sizes: 400x200 supply air duct (FAWPL), 500x150 fresh air grille duct (FAG), and 200x200 fire damper duct (FAD). Place ducts following typical horizontal ceiling routes, with junctions, elbows, and reducers. Add diffuser outlets and grilles with approximate CMH airflow labels (e.g., 600 CMH, 1400 CMH). Represent equipment such as FAD, FAWPL, and FAG with simple box geometries. Include simple walls and room boundaries to show building layout. The model should be a clean, organized, visually clear 3D representation of the ducting system — not engineering accurate but realistic enough for visualization
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Anonymous1752058201
Anonymous1762348002
Anonymous1761967038
Anonymous1756998643
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