LogoConveyorCommand

The Resource Library Behind 14 Million Feet of Running Conveyor

SiemensDrive Technology
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HoneywellIntelligrated
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DematicAutomation
·
HytrolConveyor Co.
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RockwellAutomation
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Bosch RexrothDrive & Control
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SEWEurodrive
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Allen-BradleyControls
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SiemensDrive Technology
·
HoneywellIntelligrated
·
DematicAutomation
·
HytrolConveyor Co.
·
RockwellAutomation
·
Bosch RexrothDrive & Control
·
SEWEurodrive
·
Allen-BradleyControls
·
Automated conveyor system in a large distribution center with multiple belt lines
System Status: All Lines Running

Move 10,000
SKUs an
Hour.

Every spec sheet, maintenance checklist, and ROI model your team needs — organized by project phase, not file cabinet.

14M+

Ft. of conveyor documented

340+

Technical resources

98.4%

Avg. uptime after retrofit

Scroll to explore phases
Phase 01Planning

Capacity Modeling

Before a single roller is spec'd, your throughput model determines whether the system survives peak season. Here's what the numbers look like for a 400,000 sq-ft DC.

Current Capacity62%
Projected Peak (Q4)94%
Recommended Design110%
Safety Headroom (20%)132%

SKU Mix Analysis — Peak Week

Small Parcel 38%
Polybag/Soft Goods 24%
Irregular/Oversize 18%
Palletized 20%

+32%

Throughput uplift when right-sized at planning vs retrofit

Phase 01White Paper · 47 pages

Conveyor Capacity Planning Guide

The 47-page field manual used by DC engineers to model throughput requirements before a single quote is issued. Includes peak-day multipliers, SKU profile templates, and the 20% headroom rule explained.

Preview23 of 47 pages

"The single most expensive mistake in conveyor design is under-sizing for peak — not average — throughput..."

Contents

01Peak Day Throughput Calculation
02SKU Profile & Dimensioning Matrix
03Zone-by-Zone Flow Mapping
04Drive Sizing Fundamentals
05Spec Checklist for RFQ

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Phase 02Integration

Integration Gantt

A 60-day integration window. Miss the WCS handoff and you push go-live by three weeks. Here's the critical-path sequence every project manager needs pinned to the war-room wall.

Day 0Day 15Day 30Day 45Day 60
Mechanical Install
Controls Wiring
WCS/WMS Integration
Network & SCADA
FAT Testing
Site Acceptance Test
Critical path: WCS/WMS handoff at Day 28 — slip here = 3-week delay

Validated Integration Paths

SAP EWMManhattan WMSBlue YonderOracle WMSKorberHighJump
Phase 02Spec Template · 28 pages

WCS/WMS Integration Spec Template

The 28-page spec template your controls engineer fills in before the first kickoff call. Covers data dictionary, I/O mapping, message protocols, and the 14 integration tests required before SAT sign-off.

PreviewTemplate · 28 pages

"Integration failures account for 67% of conveyor go-live delays. This template eliminates ambiguity at the source..."

Contents

01Data Dictionary & Tag Naming
02I/O Map & Signal List
03Message Protocol Selection
04Error Handling Matrix
0514-Point Integration Test Protocol

Work email + role · Enables personalized resources

Phase 03Commissioning

Commissioning Punch List

6 of 8 items cleared. One open warning on Zone 3 sortation accuracy — divert blade calibration required before customer freight.

Commissioning Progress75%
Z-01Belt tension verified (±2%)
Z-01Photoeye alignment — all sensors
Z-02Drive parameter upload confirmed
Z-02Emergency stop circuit test
Z-03Sortation divert accuracy ≥ 99.7%!
Z-03Label scan read rate ≥ 99.5%
Z-04SCADA comms — all PLCs
Z-04Pack-out merge sequence test

Z-03 sortation accuracy at 99.1% — below 99.7% threshold. Divert blade gap adjustment required. Estimated: 2 hours.

Phase 03Field Checklist · 112 points

Commissioning Master Checklist

The 112-point checklist used by field commissioning engineers on every major installation. Zone-by-zone sign-off, safety circuit verification, and the exact divert accuracy benchmarks required before customer freight runs.

PreviewChecklist · 112 points

"No conveyor system should accept customer freight until all 112 items are green. This checklist is your legal and operational proof..."

Contents

01Mechanical Pre-Check (24 points)
02Electrical & Controls Verification
03Safety Circuit Sign-Off Protocol
04Sortation Accuracy Benchmarks
05SCADA Handoff & Go-Live Criteria

Work email + role · Enables personalized resources

Phase 04Optimization

OEE Dashboard

Overall Equipment Effectiveness is the single number your VP asks for in every quarterly review. Here's how a top-quartile DC looks — and the lever that moves it fastest.

91.1OEE %
Top 15%
Availability
97.2%+1.4%
Performance
94.1%+3.8%
Quality Rate
99.6%+0.2%
OEE Score
91.1%+5.6%

Downtime Root Cause — Last 90 Days

Scheduled Maintenance
42%
Unplanned Mechanical
28%
Controls / Software
18%
Operator Error
12%

Unplanned mechanical downtime is the #1 OEE killer.

A predictive maintenance program reduces it by 60% in 12 months.

Phase 04ROI Calculator + Guide

Conveyor OEE Optimization Toolkit

The ROI calculator and 90-day improvement roadmap used by operations leaders to build the business case for predictive maintenance. Includes the benchmark data from 140 distribution centers across North America.

PreviewCalculator + Roadmap

"A 5-point OEE improvement on a 500,000 sq-ft DC translates to $1.2M in annual throughput value — here's how to calculate yours..."

Contents

01OEE Benchmark Database (140 DCs)
02Downtime Cost Calculator
03Predictive Maintenance ROI Model
0490-Day Improvement Roadmap
05KPI Dashboard Template

Full access · Unlocks complete 340-resource library

Get the Complete Toolkit — 340 resources, one download.