420.0620.0805.0
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Interactive 3D model of CPO Fluid Skid Assembly

Gears and transmission

CPO Fluid Skid Assembly

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Bounding box
620.0 × 420.0 × 805.0 mm
Engine
Precision B-rep
Parameters
36
Published
August 20, 2026

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The prompt

Create a highly precise 3D CAD mechanical assembly model of a compact chemical processing fluid skid for crude palm oil (CPO), following a vertical closed-loop flow path with 1/2" and 1" stainless steel tubing, including the following exact components and connections: 1. TOP FEED TANK: A 2-liter vertical cylindrical tank wrapped with an external silicone heating jacket. It has a bottom outlet. 2. SUCTION LINE (LINE 01): A 1/2" vertical suction pipe running straight down from the tank bottom outlet. 3. ISOLATION VALVE (VALVE 1): A 1/2" Tri-Clamp manual isolation ball valve installed on LINE 01. 4. GEAR PUMP: A compact 24V DC micro-gear pump mounted securely to the bottom base plate of the skid frame, with its inlet connected to the outlet of Valve 1. 5. DISCHARGE LINE (LINE 02): A 1/2" pipe exiting the pump outlet, leading into a 90-degree elbow that directs the fluid further down toward the absolute bottom of the skid. 6. BOTTOM MANIFOLD ASSEMBLY: At the lowest point of the skid, a 90-degree elbow changes the fluid direction to flow vertically UPWARD into a 1" diameter stainless steel main pipe (LINE 03). 7. PT100 INLINE SENSOR: Along the vertical 1" upward pipe, an inline fitting contains a PT100 temperature sensor inside a thermowell, measuring the upward fluid temperature. 8. FLOW CELL BLOCK & PROFOSS 2: Positioned vertically above the PT100 sensor, a solid 1-inch stainless steel rectangular flow cell block is integrated into the 1" upward pipe line. A large cylindrical FOSS ProFoss 2 WR analytical sensor head is bolted horizontally and flush to the front face of this 1" flow cell block. 9. 3-WAY VALVE (VALVE 2): Located on the top return line (LINE 04) after the flow cell, a 3-way diversion valve is installed, with one side branch serving as a horizontal Drain/Sample Port. 10. DIP TUBE RETURN (LINE 05): The main return line exits Valve 2 and enters the top of the feed tank, extending down as a submerged anti-bubble dip tube that terminates near the bottom of the tank. Output the full assembly inside a clean open-frame sheet metal enclosure as a production-ready STEP (.step) or IGES (.iges) file.

Parameters

NameValueRange
Base Plate Width600 mm400 – 800
Base Plate Depth400 mm300 – 600
Base Plate Thickness10 mm5 – 20
Post Height500 mm300 – 700
Post Flange Width40 mm25 – 60
Post Thickness4 mm3 – 10
Tank Outer Diameter120 mm60 – 200
Tank Height200 mm100 – 400
Tank Wall Thickness2 mm1 – 5
Tank Bottom Outlet OD12.7 mm6 – 25
Bottom Outlet Length20 mm10 – 50
Heating Jacket Thickness5 mm2 – 10
1/2" Pipe Outer Diameter12.7 mm6 – 25
1/2" Pipe Wall Thickness1.65 mm0.5 – 3
1" Pipe Outer Diameter25.4 mm15 – 50
1" Pipe Wall Thickness2.77 mm1 – 5
Suction Line (LINE01) Length150 mm50 – 300
Discharge Line (LINE02) Length100 mm50 – 200
Vertical Discharge (LINE03) Length400 mm200 – 600
Return Line (LINE05) Length380 mm200 – 500
Valve1 Body Length100 mm50 – 200
Valve1 Body Diameter50 mm25 – 100
Valve2 Body Length150 mm80 – 250
Valve2 Body Diameter60 mm30 – 100
Pump Length120 mm60 – 200
Pump Width80 mm40 – 150
Pump Height100 mm50 – 200
Pump Port Diameter12.7 mm6 – 25
PT100 Sensor Length100 mm50 – 200
PT100 Sensor Diameter20 mm10 – 40
Flow Cell Width100 mm60 – 150
Flow Cell Depth60 mm40 – 100
Flow Cell Height60 mm40 – 100
ProFoss2 Diameter100 mm60 – 150
ProFoss2 Length200 mm100 – 300
ProFoss2 Flange Diameter120 mm80 – 180

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.