Universal Hydraulic Engineering Suite ISO 9906 • ANSI/HI 14.6 • API 610 100% Bespoke Customization

Universal Industrial Pump Sizing & Curve Fitting Suite

Not limited to centrifugal pumps. Size, derate, and fit performance curves across Centrifugal, Positive Displacement, Multi-Stage, Submersible, and Bespoke OEM fleets. Tailored polynomial models, slurry solid concentration corrections, and one-click PDF submittals.

MULTI-DISCIPLINE SLIDE 01 / 05

Universal Sizing: Centrifugal, PD, Multi-Stage & Submersible All Pump Types

Engineered for all fluid dynamics. The solver handles everything from high-volume single-stage end-suction volutes to progressive cavity positive displacement, high-pressure boiler feeds, and heavy slurry sumps.

Centrifugal
ISO, DIN, ANSI B73.1
Positive Displ.
PC, Gear, Screw, Lobe
Multi-Stage
High-Head / Mine Stacks
Submersible
Slurry & Cantilever
400+ Hydraulic Geometries Dynamic Impeller Trimming

100% Bespoke OEM Customization: User-Defined Engines OEM Freedom

Full authority over mathematical curve regression and fleet parameters. Configure custom polynomial orders, affinity law scaling exponents, customer safety factors, and up to 30 custom spec fields per organisation.

Polynomial Orders 2-6

Least-squares curve regression with exact shutoff head & power curves.

Affinity Exponents

User-calibrated speed scaling exponents (H ∝ N^x, P ∝ N^y) for unique impellers.

30 Custom Attributes

API 682 seal plans, exotic alloys (28% Cr, CD4MCu), flange drillings, and notes.

User-Defined Equations Custom Duty Margins %

Abrasive Slurry & Viscous Fluid Derating Engine Severe Media

Predict real-world head, efficiency, and power deratings for dense mineral slurries. Built-in ANSI/HI solid concentration modeling (Cw/Cv), particle size distribution (d50), and Hydraulic Institute viscous correction.

SG up to 3.8
High Specific Gravity
Dense Tailings & Ores
Cw up to 70%
Solids by Weight
ANSI/HI HR & ER Derate
3,000 cSt
Viscous Correction
HI 9.6.7 Model (CH, CQ, C_eta)
d50 Micron Wear Sizing Tip Speed Limit Check

Precision Duty Matching & Best Efficiency Point (BEP) Lifecycle Optics

Identify the optimal hydraulic match in seconds. Analyze operating regions (POR / ROR), evaluate available NPSH headroom, plot system curves, and automatically configure IEC/NEMA electric motor drives.

POR & ROR Compliance

Evaluates Preferred Operating Region (70%–120% BEP) to prevent shaft fatigue.

System Friction Overlay

Calculates static head (H_stat) + parabolic pipe resistance (H = H_s + k·Q^2).

Motor & VFD Sizing

Automated IEC/NEMA electric motor kW selection with speed turndown envelopes.

NPSHa vs NPSHr Safety Parallel & Series Staging

Submittal-Ready Vector PDFs & Multi-Tenant RBAC Enterprise Security

Publish publication-grade 300 DPI vector datasheets for tender submissions. Restrict proprietary catalogue visibility with strict 3-tier Role-Based Access Control (No Access, Read-Only, Full Access).

Vector PDF
300 DPI Submittals
Multi-Graph Split Layout
Multi-Tenant
SQL Scoping Ceilings
Competitor Data Privacy
3-Tier RBAC
Strict Access Levels
0=None, 1=Read, 2=Full
Pixel-Perfect Branding Zero URL Parameter Leak
Simulation: 4-Step Sizing Across Diverse Pump Fleets
LIVE 1080p 60fps
PUMP: HD Process Fleet 250/200 | Speed: 1,120 RPM
H (m) Q (m³/h) 0 150 300 450 Q: 185 | H: 42m BEP (79.2%)
Sizing Algorithm: Optimal NPSHa margin: +3.4 m Motor: 37 kW 4P
1. Exact Duty Matching

Input required Flow rate Q and Total Dynamic Head TDH to pinpoint valid pumps.

Efficiency & Power
Efficiency
79.2%
Shaft Power
28.4 kW
Datasheet Export
Pixel-Perfect PDF
Vector 300DPI
0:18 / 0:40
500+ Engineers 12,000+ Curves Zero Guesswork
PumpSelect Pro Engine v5.0

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