🎛️ Cam Liners (Half / Full Thickness Cam Profiles, Dry-Run Friction Limit <30 sec)

Flexible Impeller Cam Profile & Dry-Run Wear Calculator

Model vane deflection compression profiles across half-cam ($1/2 ext{ cam}$) and full-cam ($full ext{ cam}$) liners: optimize displacement volume vs frictional heat generation, calculate maximum permissible dry-run duration ($t_{dry} < 30 ext{ seconds}$), and impeller failure prevention yields.

1. Project & Operating Inputs

Operating Pump Speed (RPM e.g. 900 RPM Operating Speed)

Cam Liner Thickness Ratio (% e.g. 100.0% Full-Thickness Cam)

Customer Bid Price for Supplied Cam Upgrade Kit ($)

Precision CNC 316SS Cam Liners, Wear Plates, Thermal Sensor ($)

2. Financial Breakdown & Yield

<30 SEC DRY-RUN PROTECTION

Turnkey Cam Liner Replacement Package Profit

Pump Wear Component Hardware Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Direct Cost