Complete Pipe line Solution

Screwcompressorview | Professional Pipeline Solutions
Industry-Standard Calculations
System Design
Pipeline Layout
Bill of Materials
Project Summary

Compressor Specifications

Based on ASME B31.3 & CAGI standards. All calculations validated with manufacturer data.
CFM
500 CFM
psig
°F
gph

Preliminary Results

Recommended Pipe
Schedule 40 Aluminum
Estimated Cost
Material + Installation
.

Pipeline Network Design

feet

Air Drops & Outlets

1
feet
CFM

Design Recommendations

Based on Your Input

Material: Aluminum 6061-T6 Schedule 40 recommended

Slope: Minimum 1% toward drains for oil return

Velocity: Maintain 15-30 ft/sec for oil transport

Supports: Every 6-8 feet for aluminum piping

Complete Bill of Materials

Complete shopping list generated based on your system design. All items sourced from standard industrial suppliers.
System Summary
Pipe size and total length
Total Components
Fittings, valves, drops
# Item Description Quantity Unit Price Total Price Supplier Code

Calculate your system to generate Bill of Materials

Cost Summary

Material Cost: $0.00
Installation Labor: $0.00
Fittings & Accessories: $0.00
Contingency (15%): $0.00
Total Project Cost: $0.00

Project Summary Report

Complete System Analysis

Generate your project report after system calculation

© 2024 ScrewcompressorView. All rights reserved.

All calculations based on industry standards: ASME B31.3, ISO 7183, and manufacturer guidelines.

How to Use ScrewcompressorView – Quick Guide

Getting Started in 4 Simple Steps


Step 1: Enter Compressor Details

What you need:

  1. Free Air Delivery (FAD) – Your compressor’s CFM rating (check the nameplate)
  2. Operating Pressure – Usually 100-125 psig
  3. Discharge Temperature – Typically 180-220°F
  4. Oil Flow Rate – Usually 3-6 gallons per hour
  5. Compressor Type – Select from dropdown
  6. Application – Choose your industry type

Action: Click “Quick Calculate” for instant results or “Continue to Layout” for detailed design


Step 2: Design Your Pipeline

Enter these measurements:

  1. Main Header Length – Total pipe distance in feet
  2. Number of Branches – How many branch lines you need
  3. 90° Bends – Count all elbow fittings
  4. Filters & Dryers – Select filtration equipment
  5. Oil Return System – Choose your preferred method

Add Air Drop Points:

  • Click “+ Add Drop Point” button
  • Enter location name (e.g., “CNC Machine 1”)
  • Enter distance from main pipe
  • Select connection type
  • Enter required CFM for that point
  • Repeat for all outlets

Action: Click “Calculate Complete System” when done


Step 3: Review Bill of Materials

You’ll see:

  • Complete parts list with quantities
  • Unit prices and total costs
  • Supplier part numbers for ordering
  • Cost breakdown:
    • Materials
    • Labor
    • Fittings
    • Contingency (15%)
    • Total project cost

Actions:

  • “Export to Excel” – Download shopping list
  • “Project Summary” – View final report

Step 4: Get Your Project Report

Final report includes:

  • System specifications
  • Pipe size recommendation
  • Pressure drop analysis
  • Flow velocity check
  • Installation timeline
  • Compliance verification

Actions:

  • “Generate PDF Report” – Download documentation
  • “Share Project” – Get shareable link

Quick Tips

For accurate results:

  • Check your compressor nameplate for exact CFM
  • Measure pipe runs carefully
  • Count every bend and fitting
  • Plan for future equipment

Common mistakes to avoid:

  • Don’t undersize pipes to save money
  • Don’t forget vertical pipe runs
  • Don’t skip the filtration equipment
  • Don’t ignore the oil return system

Understanding Your Results

Good signs:

  • Pressure drop under 3 psi ✓
  • Velocity between 15-30 ft/sec ✓
  • All green checkmarks ✓

Warning signs:

  • Pressure drop over 5 psi ⚠️ (pipe too small)
  • Velocity under 15 ft/sec ⚠️ (oil won’t return)
  • Velocity over 30 ft/sec ⚠️ (too noisy)

Pipe Size Quick Reference

Your CFMUse This Pipe Size
Up to 1001″
100-2501.5″
250-5002″
500-10003″
1000+4″

That’s It!

No registration required. Start calculating now.

All calculations follow ASME B31.3 and ISO 7183 standards.

If you have any doubts regarding tools, contact us.