3D preview of SLIDING_PISTON_AND_STEM
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Interactive 3D model of SLIDING_PISTON_AND_STEM

Enclosures and housings

SLIDING_PISTON_AND_STEM

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Bounding box
35.0 × 35.0 × 49.0 mm
Engine
Precision B-rep
Parameters
11
Published
November 10, 2026

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The prompt

Create PART 2: SLIDING PISTON AND CONNECTING STEM for the mechanical snap-action overpressure warning mechanism. This component must fit inside PART 1: PRESSURE_SENSING_CHAMBER. Use the following preliminary dimensions: - Piston head diameter: 35 mm - Piston head thickness: 7 mm - Central stem diameter: 10 mm - Stem length: 42 mm - Include a suitable sealing groove around the piston head. Design requirements: 1. The piston must slide vertically inside a 36 mm chamber bore. 2. Maintain suitable clearance for smooth movement. 3. The piston must respond to hydraulic pressure acting beneath its head. 4. The central stem must extend outside the chamber and transfer movement to the snap-action linkage. 5. The piston must remain properly guided and aligned. 6. Avoid unnecessary side movement or tilting. 7. Include a practical mechanical connection point at the end of the stem for the connecting rod. Generate one editable parametric solid CAD part. Use millimetres. Name it SLIDING_PISTON_AND_STEM. Do not create the chamber, spring or linkage. This part must be compatible with the dimensions specified for PART 1.

Parameters

NameValueRange
Piston Head Diameter35 mm20 – 80
Piston Head Thickness7 mm4 – 20
Stem Diameter10 mm4 – 25
Stem Length Above Head42 mm15 – 120
Cross Pin Hole Diameter4 mm1.5 – 8
Pin Hole Offset from Stem End6 mm3 – 10
Seal Groove Width3 mm1 – 5
Seal Groove Depth2 mm0.5 – 4
Seal Groove Center from Bottom3.5 mm2 – 5
Stem/Head Fillet Radius1 mm0 – 2.5
Lead-in Chamfer0.5 mm0 – 1.5

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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SLIDING_PISTON_AND_STEM - Free CAD Model (STEP, STL) | TextoCAD