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Assembly & Installation (ECS1)

Assembly & Installation – Light Manufacturing

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Training 2A - Mechanical ECS-1003

Assembly & Installation – Light Manufacturing

Five days of hands-on precision maintenance — reinforcing measurement, alignment, lubrication & assembly to reduce failures and build lasting uptime.

Duration·3-5 Days Location·On-Site Participants·10-15
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Overview

What this course is about

A five-day, hands-on training service focused on strengthening mechanical installation and precision maintenance practices in light manufacturing environments. The service addresses common failure sources by reinforcing correct measurement, assembly, alignment, lubrication, and troubleshooting techniques. Participants develop practical skills using dynamic measurement tools and real-world applications to improve installation quality and reduce avoidable failures. The training establishes standardized, repeatable methods that improve equipment performance, increase uptime, and support long-term reliability and operational consistency.

Key Topics Covered

  • Introduction to Precision & Reliability
    Maintenance philosophies, failure, and reliability
  • Dynamic Measurement Tools
    Vibration, infrared, ultrasound, and verification
  • Precision Measurement, Fits, & Tolerances
    Measurement tools, shaft & fits, and error prevention
  • Assembly Errors & Fasteners
    Keys, threads, torque practices, & corrective actions
  • Practical Lubrication
    Grease selection, quantities, & contamination control
  • Belt, Chain, & Coupling Systems
    Installation, alignment, tensioning, & troubleshooting
  • Precision Shaft Alignment
    Pre-alignment steps, plotting, & move calculations
  • Bearings & Installation
    Bearing types, failure modes, & installation practices
  • Troubleshooting & Root Cause Principles
    RCPE concepts & structured problem-solving
  • Why This Training Matters

  • Correct common installation & maintenance errors
  • Reduces avoidable equipment failures
  • Improves asset performance, uptime, & efficiency
  • Establishes standardized, documented practices
  • Strengthens workforce capability & reliability culture
  • Who Should Attend
    • Leaders responsible for reliability initiatives
    • Maintenance & Operations Supervisors
    • Mechanical and Electrical Crafts
    • Millwrights and Operators
    Typical Daily Outline

    What 5 days looks like on the floor

    Day 1
    Day 2
    Day 3
    Day 4
    Day 5

    Foundations of Precision & Dynamic Tools

  • Introduction to reliability philosophies
  • Failure patterns and the P-F curve
  • Vibration fundamentals : frequency, amplitude, machine condition
  • Infrared temperature measurement
  • Hands-on “as-found” demonstrator analysis
  • Ultrasound for leaks, bearings, and lubrication
  • Precision measurement exercise
  • Measurement Mastery & Assembly Fundamentals

  • Precision measurement tools and guidelines
  • Outside/inside measurements & hands-on practice
  • Fits, tolerance, soft foot, and shim consolidation exercises
  • Assembly errors involving keys, set screws, threads, and torque
  • Threaded fasteners, torqueing, and hands-on removal/correction exercises
  • Belt & Synchronous Drive Precision

  • Advanced fastener practices
  • Belt installation, alignment, tensioning, and slip calculations
  • Belt alignment hands-on practice
  • Synchronous belt installation, tension, and troubleshooting
  • Chain drives & Shaft Alignment

  • Chain drive installation, lubrication, operation and troubleshooting
  • Introduction to direct drives, alignment plotting and C-face mounts
  • Plotting vertical/horizontal moves and scaling
  • “Optimum Move” method
  • Precision alignment hands-on exercises
  • Bearings, Lubrication & Troubleshooting

  • Bearing types, loading, sealing, & failure modes
  • Mounted bearing installation exercises
  • Lubrication viscosity, quantity, frequency, & delivery
  • Troubleshooting with RCPE & problem-solving frameworks
  • Final review, report-out, and graduation
  • Upon successful completion, participants will be capable of:

    • Understand and apply modern maintenance philosophies
    • Incorporate cost-per-horsepower and failure-prevention strategies

    • Use vibration meters, infrared tools, ultrasound instruments, and stroboscopes
    • Verify machine condition and document improvement

    • Correct common assembly errors involving keys, threads, fits, and couplings
    • Perform precision alignment with documented as-found/as-left results

    • Identify and correct soft foot, pipe strain, bolt-bound and thermal issues
    • Achieve proper alignment for belt, chain, and direct-drive systems

    • Recognize bearing failure modes and apply proper installation techniques
    • Improve machine longevity through correct handling and lubrication

    • Calculate correct grease quantities and intervals
    • Enhance lubrication PMs and reduce contamination-related failures

    • Apply RCPE, How/Why logic, and structured approaches to machinery problems
    • Approach issues with both critical and creative thinking

    What Participants Say
    "

    Our facility processes over 2,000 tons per day. A single unplanned conveyor failure can cascade into hours of downtime. Reliability Solutions trained our team to identify the early indicators that prevent those cascades. That knowledge has been invaluable.

    Derek Simmons
    Reliability Specialist · Food Ingredient Plant, ID
    "

    In underground mining, failures don't just cost money — they cost time we can't afford and put people at risk. Reliability Solutions gave us the precision maintenance framework to get ahead of failures before they stop production. The ROI was visible within the first quarter.

    Brandon Castillo
    Maintenance Engineer · Gold Mine Operations, NV

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