3D preview of Hydraulic Conditioning Chamber
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Interactive 3D model of Hydraulic Conditioning Chamber

Brackets and mounts

Hydraulic Conditioning Chamber

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Bounding box
495 × 450 × 1068 mm
Engine
3D Printing B-rep
Parameters
18
Published
October 30, 2026

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The prompt

**Component 5: Multi-Functional Hydraulic Conditioning Chamber** - **Patent Concept:** Replaces a basic buffer tank. It simultaneously performs de-aeration, hydraulic pressure stabilization, waste-heat recapture, and chemical signature mapping. - **Placement:** Positioned post-pump, at the highest structural elevation of the filtration skid. - **Geometry & CAD Details:** A vertical, domed pressure vessel. The water enters tangentially to induce a vortex that forces air bubbles toward an automated top-mounted float vent. The center of the tank contains an 8-turn copper heat exchanger helix. The bottom dome houses an integrated sensor manifold array. - **Dimensions:** Vessel: $\varnothing 450\text{ mm}$; Height: $900\text{ mm}$. Copper tubing: $\varnothing 19\text{ mm}$ ($3/4\text{ inch}$). - **Materials:** 316L Stainless Steel shell (passivated) to withstand multi-chemical flood runoff.

Parameters

NameValueRange
Vessel outside diameter450 mm200 – 600
Vessel shell height900 mm400 – 1200
Shell wall thickness4 mm2 – 10
Bottom dome height100 mm40 – 200
Top dome height160 mm40 – 250
Sensor manifold base height35 mm10 – 80
Sensor manifold diameter300 mm100 – 450
Sensor port diameter24 mm10 – 40
Tangential inlet center height650 mm200 – 850
Inlet nozzle outside diameter60 mm20 – 120
Inlet bore diameter48 mm10 – 100
Vent cage outside diameter50 mm20 – 90
Vent bore diameter36 mm10 – 70
Copper heat-exchanger tube OD19 mm6 – 40
Heat-exchanger turns8 mm1 – 20
Heat-exchanger bottom height200 mm100 – 800
Heat-exchanger top height700 mm200 – 850
Heat-exchanger helix radius130 mm40 – 200

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

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Hydraulic Conditioning Chamber - Free CAD Model (STEP, STL) | TextoCAD