Complete User Guide

Master every feature of the APE AI Selection System with this comprehensive step-by-step guide

01

Getting Started

Your journey begins here. Learn the basics and set yourself up for success with our AI-powered pump selection system.

dashboard System Overview

The APE AI Selection System analyzes your requirements and recommends the optimal pump from our extensive database of 500+ models.

  • Input: Flow rate, head, application type
  • Processing: AI analyzes 15+ parameters
  • Output: Ranked recommendations with detailed analysis

play_circle Your First Selection

1
Navigate to Selection Page
Click "Selection" in the navigation or go to the home page
2
Fill Basic Requirements
Enter flow rate (m³/hr) and total head (m)
3
Get Instant Results
Review AI recommendations and detailed analysis

lightbulb Tips for Success

✓ Accurate Data
Precise flow and head values ensure optimal recommendations
✓ Complete Information
Fill all optional fields for more targeted results
✓ Review Alternatives
Compare multiple options before making final selection
✓ Use AI Expert
Ask technical questions for deeper insights
02

Pump Selection Process

Master the core functionality with detailed guidance on making optimal pump selections.

input Input Form Guide

Required Fields
Flow Rate (m³/hr)
The volume of liquid the pump must move per hour
Example: 342 m³/hr for large building HVAC
Total Head (m)
Total pressure the pump must overcome
Example: 27.4 m for 3-story building
Optional Fields
Application Type
Helps AI understand specific requirements
Options: Axial Flow, End Suction, HSC, Multi-Stage, VTP
Project Details
Customer and project information for reports
Used in PDF documentation

analytics Understanding Your Results

stars
Suitability Score

90-100%: Excellent match, highly recommended
75-89%: Good match with minor compromises
60-74%: Acceptable but consider alternatives
Below 60%: Poor match, review requirements

speed
Efficiency Rating

Shows pump efficiency at your operating point. Higher efficiency means lower energy costs. Look for values above 75% for optimal performance.

warning
Operating Point Analysis

Green indicators show the pump operates within optimal range. Yellow indicates acceptable performance. Red warns of potential issues.

03

Charts & Analysis

Understand performance curves and make data-driven decisions with interactive visualizations.

show_chart

Head-Flow Curve

Shows how pump head varies with flow rate. Your operating point should fall within the efficient range of the curve.

trending_up

Efficiency Curve

Displays pump efficiency across different flow rates. Aim for the peak efficiency zone to minimize energy costs.

power

Power Curve

Shows power consumption at different operating points. Use this to estimate energy costs and motor sizing.

water_drop

NPSHr Curve

Net Positive Suction Head required. Ensure your system's NPSH available exceeds this value to prevent cavitation.

touch_app Interactive Features

Zoom & Pan

Use mouse wheel to zoom and click-drag to pan around charts for detailed examination.

Curve Selection

Click different impeller sizes to see how curves change and find the optimal size.

Operating Point

Red dot shows your exact operating point on all curves for easy reference.

Export Charts

Save charts as images or include them in PDF reports for presentations.

04

AI Expert Console

Get instant answers to technical questions from our AI trained on hundreds of pump manuals and engineering standards.

psychology What the AI Expert Can Help With

Technical Specifications
  • Material selection guidance
  • Bearing and seal specifications
  • Performance curve interpretation
  • Efficiency optimization strategies
Application Engineering
  • System design recommendations
  • NPSH calculations and analysis
  • Installation best practices
  • Troubleshooting guidance
Standards & Compliance
  • Industry standard references
  • Safety code compliance
  • Environmental regulations
  • Quality assurance protocols
Optimization & Efficiency
  • Energy efficiency improvements
  • Variable speed drive benefits
  • Lifecycle cost analysis
  • Performance optimization tips

chat Sample Questions to Try

"What are the bearing requirements for centrifugal pumps?"

Get detailed information about industry standards and compliance requirements.

"How do I calculate NPSH available for my system?"

Learn calculation methods and avoid cavitation issues in your pump system.

"What materials should I use for seawater applications?"

Get guidance on material selection for specific operating conditions.

"How can I improve pump efficiency in my current system?"

Discover optimization strategies to reduce energy costs and improve performance.

05

Document Library

Manage technical documents, datasheets, and manuals with intelligent organization and search capabilities.

folder Document Management Features

upload_file
Upload & Store

Securely upload PDF documents, datasheets, and technical manuals for centralized access.

category
Auto-Categorization

AI automatically categorizes documents by type, manufacturer, and application.

search
Smart Search

Find specific information within documents using natural language queries.

share
Easy Sharing

Share documents with team members and clients with controlled access permissions.

tips_and_updates Best Practices for Document Management

check
Use Descriptive Filenames

Include manufacturer, model, and document type in filename for easy identification (e.g., "APE_6x8_ALE_Datasheet.pdf")

check
Regular Updates

Keep documents current by replacing outdated versions and archiving obsolete materials

check
Quality Control

Ensure documents are clear, complete, and officially approved before uploading to maintain library quality

Ready to Put This Knowledge to Work?

Now that you understand all the features, start using the APE AI Selection System to revolutionize your pump selection process.

Start Selecting Pumps arrow_forward Ask the AI Expert chat
keyboard_arrow_up