3D preview of MFL Probe Water-Jacket Housing Assembly
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Interactive 3D model of MFL Probe Water-Jacket Housing Assembly

Enclosures and housings

MFL Probe Water-Jacket Housing Assembly

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Bounding box
70.0 × 109.0 × 43.0 mm
Engine
Precision B-rep
Parameters
19
Published
September 29, 2026

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The prompt

Design a rectangular aluminum water jacket housing for an MFL NDT probe. The outer block is rectangular. Inside the housing, place two permanent block magnets side-by-side, each with dimensions 25mm length x 25mm width x 25mm height. Directly on top of each magnet, place a ferrite core piece of size 4mm width x 3mm depth x 50mm length. Position a TMR2901 sensor precisely in the middle space between the two magnet-ferrite assemblies. Design internal cooling channels (water jacket) wrapping tightly around these components with inlet and outlet ports on the side for continuous water cooling to withstand high-temperature inspection environments.

Parameters

NameValueRange
Housing X (length)70 mm40 – 160
Housing Y (width)80 mm40 – 160
Housing Z (height)43 mm20 – 120
Wall thickness5 mm3 – 15
Cooling channel dia4 mm2 – 8
Channel height offset0 mm-10 – 10
Magnet cube edge25 mm10 – 35
Gap between magnets10 mm4 – 30
Ferrite length (X)50 mm20 – 70
Ferrite width (Y)4 mm2 – 12
Ferrite thickness (Z)3 mm1 – 10
Sensor X3 mm1 – 8
Sensor Y2 mm1 – 8
Sensor Z1 mm0.5 – 5
Port fitting dia10 mm5 – 20
Port fitting length15 mm5 – 40
Port bore dia6 mm2 – 12
Port hex across-flats14 mm8 – 24
Port hex height4 mm2 – 10

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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MFL Probe Water-Jacket Housing Assembly - Free CAD Model (STEP, STL) | TextoCAD