Predictive Maintenance Best Practices Presented by Fluke

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  • Опубликовано: 2 окт 2024
  • Join us for this webinar about predictive maintenance best practices. Implementing proactive testing will help reduce downtime and minimize lost revenue. We will be discussing the best maintenance practices, the most important trends, the leading technologies to start a predictive maintenance program with and how much predictive maintenance can save you.
    To find out more about Transcat’s product and service offerings, please contact us at 800.828.1470 or visit our website: www.transcat.com
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Комментарии • 2

  • @AK-IT
    @AK-IT 11 месяцев назад +1

    INTRODUCTION
    0:00 Welcome to The Fluke Predictive Maintenance Webinar
    1:29 Predictive Maintenance Best Practices
    2:14 Leading Test Technologies to start a Predictive Maintenance prgram
    2:39 Todayʻs Agenda
    MAINTENANCE
    3:16 Maintenance Practices: Which is Best?
    3:20 Before we begin
    4:10 Case Study
    5:30 Reactive Maintenance Practices
    6:22 Reactive Maintenance Practices
    7:01 Mean Time to Failure (MTTF)
    7:35 Predictive Maintenance (PdM) Practices
    8:18 Spectrum of Maintenance Practices
    8:57 Which Practice is Best?
    9:24 Why use a blended approach?
    9:51 Reliability Centered: “Asset Uptime based”
    THEMAL IMAGING
    10:53 Next Up: Thermal Imaging
    10:55 What is infrared?
    11:26 How can infrared help me?
    12:06 Understanding modes of heat transfer
    12:26 Thermal imaging considerations
    12:43 Thermal imaging considerations (contʻd)
    13:25 Thermal imaging applications
    13:28 Causes of electrical hot spots NFPA 70B v2023 - requires thermal imaging of panels in buildings with a certain amount of people
    14:37 Thermal imaging example images
    15:06 Inspection Frequency
    15:45 Causes of mechanical hot spots
    16:31 Themal imaging example images
    17:17 Causes of process hot spots
    18:00 Themal imaging example images
    18:22 Causes of building diagnostic hot spots
    19:31 Themal imaging example images
    19:55 How is the Image Created? Thousands of IR Temperature Measurments
    20:47 Spot Size & Resolution
    21:47 Heat Capacity
    21:55 What is an IR Window?
    22:33 Easy to Use Transmission correction
    ACOUSTIC IMAGING
    23:14 Ultrasonic Leak Detection - ii900/ ii910 Air/Gas Leak Detection in Fanufactureing Facilites
    23:42 Background Facts (Compressed Air Systems)
    25:02 Where compressed air and gas is used
    25:32 Value of Leak Detection
    26:19 What is Acoustic Imaging?
    26:25 Acoustic Imaging basics
    26:49 How the Sound Map is created
    26:59 Time savings
    VIBRATION TESTER
    28:33 Next Up: Vibration
    28:37 What is mechanical vibration?
    29:25 Early Indicators of Machine Health
    31:24 What probelsm does vibration cause?
    31:43 Four common causes of vibration
    32:28 Souces of bearing failure - Bearing Failure
    32:54 Types of misalignment
    33:21 Sources of misalignment
    33:34 Sources of unbalance
    33:48 Two types of looseness
    34:00 Benefits of vibration testing
    34:11 How does vibration testing work?
    34:52 History of vibration testing
    34:58 Fluke 810 Vibration Tester
    35:08 Fluke makes vibration testing easier (Aquires Azima DLI in 2023)
    35:40 How does Fluke 810 work?
    35:52 Vibration testing in three simple steps (Self guided tool)
    36:07 Sample of machine setup fields
    36:41 Mounting Options
    37:12 Understanding the diagnosis
    38:11 810 Vibration Tester Features
    38:20 Viewer PC Software
    38:36 VIewer PC screen shot
    39:05 Machine Setup
    39:14 Diagnosis Details - Spectra
    39:27 Everything you need - out of the box
    39:31 Fluke 810 Pays for Itself…And Then Some
    POWER QUALITY ANALYZER
    40:11 Next Up: Power Quality
    40:20 Engergy Logging: Why is my Energy bill so high and where is theis power being wasted?
    40:22 Beer Power Analogy and the Power Triangle
    41:03 Quantity: Power, kW
    41:42 Quantity: Demand, kVA
    41:55 Quantity: Power Factor, PF
    42:20 Power, Demand or Consumption?
    42:29 Peak Demand - the most expensive power
    42:51 Quantity: The Utility Bill
    43:03 NFPA 70E NEC Code 220 (Load change requries 30 days, must use a Power Analyzer)
    43:18 Industrial Facilities Energy Efficiency
    43:52 How Should You Measure Engergy Consumption?
    44:15 Common Causes of Energy Waste
    45:05 Power Quality Components: Why is equipment not working in my facility?
    45:07 Quality: Harmonics (quality of voltage, non-linear loads, switchmode power supply in PC, displays that distord waveforms)
    45:57 Quality: Dips & Swells
    47:22 Quality: Transients
    47:49 Quality: Transients sampling
    48:14 Unbalance
    49:00 Quality: Flicker
    49:40 Causes of Poor Power Quality
    50:07 History of Power Quality (IEEE519, EN50160)
    50:41 Power Quality Applications
    51:17 Range of Power Quality Tools
    CONCLUSION
    51:25 Next Up: Conclusion - ROI & Savings
    51:31 Benefits of functioning program
    52:24 Seminar Summary
    53:23 Thank you for your time today! Questions

  • @AK-IT
    @AK-IT 11 месяцев назад

    Is battery maintenance for UPS part of predictive maintenance with Fluke BT521 Battery Analyzer?