Pawer Train

Professional Fountain Engineering Application

Master hydraulic fountain design with precision water flow simulation, technical outlet specifications, pump diagnostics, and comprehensive courtyard planning tools built for landscape architects and water feature engineers.

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Calculations

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Technical catalogue updated 20.10.2026 with new outlet specifications

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Complete Outlet Catalogue

Access all outlet specifications
Discharge coefficient calculator included
Bore range database unlocked

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PREMIUM Professional Tools

Full Hydraulic Suite

Unlimited flow simulations
Advanced pump diagnostics
Technical sketch export enabled

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Design Pack

Courtyard Planning Kit

Basin configuration presets
Splash margin calculator
Wind sensitivity analysis

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Professional tools for qualified engineers and landscape architects. Technical accuracy guaranteed.

Engineering Specifications

Hydraulic Calculation Engine

Pawer Train processes complex water trajectory calculations using discharge coefficients ranging from 0.61 to 0.90 across multiple outlet types. The application simulates parabolic throw patterns, accounting for bore diameter variations between 6.0mm and 38.0mm, delivering precise landing predictions within millimeter accuracy.

Engineers input head pressure measurements, and the system instantly computes flow rates in liters per minute, catch radius dimensions, and splash margin distances. The simulation engine factors wind sensitivity ratings and landing spread percentages, providing complete hydraulic profiles for vertical jets, laminar rods, foam jets, geysers, and sheet outlets.

Each calculation references technical specifications verified against real-world fountain installations. The diagnostic fault key cross-references nine common operational issues with systematic troubleshooting protocols, enabling maintenance personnel to isolate pump problems, flow irregularities, and structural deficiencies rapidly.

Verified Specifications

Platform Android

Category Engineering Tools

Primary Function Hydraulic Design

Output Precision Millimeter Accuracy

Calculation Types Flow & Trajectory

Target Users Professionals

Core Engineering Capabilities

Water Flow Simulation

Visualize complete water trajectories with dual parabolic curves showing throw height, throw length, catch radius, and landing spread across fountain basin layouts.

Technical Outlet Database

Browse comprehensive specifications for vertical jets, laminar rods, wall wash spouts, foam jets, geysers, and sheet outlets with discharge coefficients and bore ranges.

Hydraulic Calculations

Compute flow rates at specified head pressures, analyze plume characteristics, evaluate wind sensitivity, and determine landing spread percentages automatically.

Pump Diagnostics

Systematically troubleshoot crown wandering, flow surges, pump rattling, and water landing issues using the interactive fault key with nine diagnostic checkpoints.

Courtyard Design Tools

Plan basin configurations with catch footprint diagrams, calculate splash margins to coping stones, and optimize outlet placement for architectural water features.

Quick Sketch Generator

Generate visual fountain layouts with throw plume overlays, export pumped height calculations, and sample multiple outlet configurations rapidly.

Operational Framework

Design Workflow

Select fountain outlet type from catalogue organized by solid stream, aerated, and sheet categories
Input bore diameter within specified range for chosen outlet specification
Define head pressure measurement in meters for flow calculation baseline
Review discharge coefficient and typical flow rate output instantly
Analyze plume character description including stream quality and arc behavior
Evaluate wind sensitivity rating and landing spread percentage data
Simulate water trajectory with visual throw height and catch radius display
Calculate splash margin distance to verify coping clearance requirements

Diagnostic Process

Access fault key interface showing nine common fountain operational issues
Mark observed symptoms across crown, bowl, and pump categories systematically
Review candidate count reduction as diagnostic algorithm narrows possibilities
Read detailed troubleshooting guidance for identified fault patterns
Cross-reference outlet specifications to verify design suitability for conditions
Adjust bore range or head pressure based on diagnostic recommendations
Re-simulate flow patterns after parameter modifications to confirm resolution
Export technical documentation of fountain configuration and calculations

Professional Application Context

Pawer Train serves landscape architects designing courtyard water features, fountain engineers calculating hydraulic specifications for public installations, and maintenance technicians diagnosing operational problems in existing systems. The application bridges theoretical hydraulic principles with practical installation requirements, providing field-verified outlet specifications and diagnostic protocols refined through professional fountain engineering practice.