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Bearings & Lubrication (ECS2)

Bearings & Lubrication – Heavy Industry

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Training 2A - Mechanical ECS-2000

Bearings & Lubrication – Heavy Industry

Go beyond alignment — master bearing, lubrication, coupling & seal failure diagnosis and precision installation to cut unplanned downtime and extend asset life.

Duration·3-5 Days Location·On-Site Participants·10-15
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Bearings & Lubrication – Heavy Industry
Overview

What this course is about

This advanced course focuses on the component-level failures that drive unplanned downtime, increase maintenance cost, and shorten asset life. The emphasis shifts beyond alignment and balance to the everyday failures affecting bearings, lubrication systems, couplings, and sealing systems. Participants learn how to identify, diagnose, and prevent these failures through proper disassembly, failure recognition, precision installation, and lubrication best practices. Delivered through a balanced mix of instruction and hands-on exercises, the course equips technicians and reliability personnel with practical skills to improve equipment performance.

Key Topics Covered

  • Precision Maintenance Review & Role of the Technician
    Technician responsibilities, precision principles, and failure prevention.
  • Machinery Inspection Techniques
    Visual and instrumented inspections, symptom documentation.
  • Failure Recognition & Analysis
    Failure terminology, symptom interpretation, and evidence preservation.
  • Rolling Element Bearings
    Removal and installation methods, fits, clearances, and tools.
  • Lubrication Best Practices
    Lubricant selection, delivery systems, contamination control.
  • Power Transmission Devices
    Coupling types, selection, inspection, & failure analysis.
  • Shaft Sealing Systems
    Packing and mechanical seals, common failures, field corrections.
  • Why This Training Matters

  • Reduced component failures & repeat breakdowns
  • Stronger reliability culture & technician confidence
  • Improved asset life & lower operating costs
  • Immediate, hands-on application
  • Foundation for advanced reliability techniques
  • Who Should Attend
    • Craft Technicians
    • Leaders responsible for reliability initiatives
    • Maintenance & Operations Supervisors
    • Maintenance and Reliability Technicians
    Typical Daily Outline

    What 5 days looks like on the floor

    Day 1
    Day 2
    Day 3
    Day 4
    Day 5

    Inspection Techniques & Early Failure Recognition

  • Precision maintenance review & inspection techniques (visual, audible, tactile)
  • Vibration and temperature measurement with dynamic exercises
  • Failure recognition, bearing spalls, & evidence preservation
  • Bearing removal methods with hands-on exercises and report-outs
  • Bearing Failure Types, Fits & Nomenclature

  • Common bearing failure types
  • Hydraulic tapered bearing removal & component preparation
  • Fits, tolerances, surface finish, & precision grades
  • Bearing nomenclature and cylindrical bore installation exercises
  • Bearing Installation Mastery & Couplings

  • Heater-based bearing installation & tapered sleeve methods
  • Mounted bearings, sealing options, & installation practices
  • Coupling types, failure mechanisms, & installation best practices
  • Lubrication fundamentals & viscosity exercises
  • Lubrication Systems, Cleanliness & Field Tests

  • Lubrication properties, system design, & contamination control
  • Lubrication delivery systems and cleanliness standards
  • Oil sampling techniques, field tests, & troubleshooting exercises
  • Advanced Lubrication & Sealing Systems

  • Patch testing, filtration, and contamination interpretation
  • Compression packing and mechanical seal installation
  • Final practical exercises, course review, & graduation
  • Upon successful completion, participants will be capable of:

    • Perform accurate visual and tactile inspections to detect early signs of failure
    • Use investigative tools (vibration, temperature, ultrasound, etc.) for diagnosing issues
    • Preserve evidence and correctly document failure symptoms

    • Remove all bearing types using correct tools and procedures without causing damage
    • Interpret bearing nomenclature, fits, and precision requirements
    • Install un-mounted and mounted bearings using impact, press, heater, and hydraulic methods
    • Verify correct clearances and proper seating

    • Select lubricants based on speed, load, environment, and application
    • Determine correct lubricant quantities and intervals
    • Apply contamination control methods, including filtration and water removal
    • Perform field tests such as patch testing, viscosity checks, and contamination analysis

    • Select correct coupling types for application requirements
    • Inspect, align, install, and lubricate couplings
    • Recognize sealing system failures and apply corrective installation practices
    • Install compression packing and mechanical seals correctly

    • Apply precision techniques that reduce component-induced failures
    • Use evidence-driven failure analysis to make sound maintenance decisions
    • Improve machine performance through proper installation, lubrication, and adjustment

    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

    Learn more about the full training program

    Select any course below to explore its full details, objectives, and schedule.

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