『The Plant Floor View with Charlie Riggins』のカバーアート

The Plant Floor View with Charlie Riggins

The Plant Floor View with Charlie Riggins

著者： Charlie Riggins
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  • Ep 17: Grease, Contamination and Bearing Seals

    Ep 17: Grease, Contamination and Bearing Seals
    2026/10/19
    Industrial pump lubrication problems often begin before a pump shows obvious signs of failure. This video helps maintenance and reliability teams examine grease quantity, oil contamination and bearing protection before recurring problems turn into downtime.**Video Summary**Proper industrial pump lubrication is more than adding grease or changing oil on a schedule. Plant teams must consider lubricant selection, application quantity, contamination control, operating conditions and the condition of seals and bearing housings.This practical discussion connects three related maintenance concerns: determining an appropriate amount of grease, controlling oil contamination in food processing environments and understanding the role of bearing isolators in pumps and motors. The goal is to help engineers, operators and maintenance leaders evaluate the complete lubrication system instead of treating every bearing problem as an isolated parts failure.**What You'll Learn in This Video**- Why industrial pump lubrication should be treated as a reliability process, not a routine checkbox- What maintenance teams should evaluate when establishing grease quantities and intervals- How overgreasing and undergreasing can point to weaknesses in lubrication practices- Why contamination control matters when lubricants are used around food processing equipment- How seals, bearing housings and surrounding conditions affect lubricant integrity- Where bearing isolators fit into pump and motor protection strategies- Why repeated bearing trouble should trigger a system-level review- How documentation and consistent maintenance procedures support better troubleshootingLubrication decisions should account for the equipment, lubricant, duty cycle, environment and maintenance method. If a pump continues to experience bearing or seal trouble, replacing the failed component without checking contamination pathways, lubrication procedures, alignment and operating conditions may only reset the clock on the same problem.For a broader preventive-maintenance framework, read HAE Industrial’s pump maintenance guide: https://pyebarker.com/pump-maintenance-guide-pye-barker/If your team is working to extend service life across the pumping system, review this guide to maximizing industrial pump lifespan: https://pyebarker.com/maximizing-industrial-pump-lifespan/For a practical look at maintenance errors that can reduce pump life, watch HAE Industrial’s video on six common mistakes: https://www.youtube.com/watch?v=C-F-2_oeh70For a quick reminder that repeat repairs require a closer look at the system, watch this HAE Industrial Short: https://www.youtube.com/shorts/hjuj_G9OFng**Frequently Asked Questions****What should teams check when pump lubricant becomes contaminated?** Check possible entry points, handling and storage practices, application tools, seals, bearing housings and the surrounding environment. Replacing contaminated lubricant without identifying how contamination entered may allow the problem to return.**Why does oil contamination matter in food processing plants?** Food processing operations require disciplined lubricant selection, handling and contamination control. Teams should follow applicable equipment, lubricant, sanitation and facility requirements rather than relying on general industrial practices alone.**Related Topics**- Industrial pump lubrication- Pump bearing maintenance- Grease quantity and intervals- Lubricant contamination control- Food processing lubrication- Bearing seals and isolators- Preventive pump maintenance- Pump and motor reliability- Root-cause failure analysis- Industrial equipment uptime**References Mentioned**Plant Services reference on determining grease quantity: https://www.plantservices.com/monitoring/machinery-lubrication/article/55400997/why-is-determining-the-right-amount-of-grease-still-so-difficultMachinery Lubrication reference on oil contamination and food: https://www.machinerylubrication.com/Read/31881/oil-contamination-foodProcessing Magazine reference on bearing isolator evolution: https://www.processingmagazine.com/pumps-motors-drives/bearings-seals/article/55400404/bearing-seal-evolution-how-the-bearing-isolator-became-the-gamechanger-for-the-pump-and-motor-industryIf your plant is dealing with recurring pump, bearing or lubrication problems, contact HAE Industrial or share your maintenance question in the comments.**Connect With HAE Industrial**Connect with HAE Industrial on LinkedIn: https://www.linkedin.com/company/hae-industrial-1Subscribe to HAE Industrial on YouTube: https://www.youtube.com/channel/UCvkoHjerErZ6mMTeR2JbiZQ#IndustrialPumps #PumpMaintenance #MachineryLubrication #IndustrialReliability #HAEIndustrialIf your plant is dealing with recurring pump, bearing or lubrication problems, contact HAE Industrial or share your maintenance question in the comments.**Connect With HAE Industrial**Connect with HAE Industrial on LinkedIn: https://...
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    11 分
  • Ep 16: Micro-Leaks, LH2 and Electric Diaphragm Pumps

    Ep 16: Micro-Leaks, LH2 and Electric Diaphragm Pumps
    2026/10/05
    Industrial pump trends matter when they affect leakage, equipment selection, process control, and long-term reliability.This video helps engineers, maintenance leaders, and industrial buyers evaluate three developments involving hydraulic micro-leaks, liquid hydrogen cargo pumps, and electric diaphragm pumps.**Video Summary**This edition of The Plant Floor View examines three reported developments in industrial fluid handling: consolidated hydraulic flow-control blocks designed to address micro-leaks, type approval involving an LH2 cargo pump, and the shift from air-operated to electric diaphragm pumps in certain applications.The equipment may be different, but the plant-floor question is the same: does the technology solve the process problem without creating another maintenance, control, or lifecycle-cost issue? Charlie Riggins breaks down what engineering and operations teams should consider before treating any new pump technology as a direct replacement.**What You'll Learn in This Video**• Why hydraulic micro-leaks should be evaluated as a system and connection problem—not only a component failure• How consolidated flow-control designs may reduce potential leak points and simplify hydraulic circuits• Why liquid hydrogen pump developments require close attention to application demands and equipment qualification• What is driving interest in electric diaphragm pumps for industrial fluid handling• How air-operated and electric diaphragm pump designs differ at a practical level• Why flow control, utility requirements, maintainability, and lifecycle cost belong in every pump comparison• What plant teams should verify before changing pump technologies or redesigning a processFor more perspective on pump selection and process fit, watch Pye-Barker’s video on five common roadblocks to pumping-system performance: https://www.youtube.com/watch?v=IY4JcKf-5IcThis discussion also connects with Pye-Barker’s overview of air-operated double diaphragm pump applications: https://www.youtube.com/watch?v=5iC7XlP4GyIFor a quick reminder about avoiding specification-driven failures, watch the Pye-Barker Short “Bad Specs Kill Good Pumps”: https://www.youtube.com/shorts/EDSdY-_7U9oIf repeat failures are sending your team back to the parts shelf, this Pye-Barker Short explains why reliability starts with the complete system: https://www.youtube.com/shorts/9Hyh44SRqPMFor a practical introduction to diaphragm pump operation and selection, read Pye-Barker’s diaphragm pump guide: https://pyebarker.com/diaphragm-pumps/For broader guidance on matching pump design to the fluid, duty cycle, and process, review Pye-Barker’s industrial pump resource: https://pyebarker.com/industrial-pumps/Industrial pump technology should be evaluated around actual process conditions. Flow rate, pressure, fluid properties, control requirements, available utilities, installation design, maintenance access, and total cost of ownership all affect whether a hydraulic component, cargo pump, or electric diaphragm pump is suitable. A different drive method may change the maintenance profile, but it does not eliminate the need for correct selection and system design.**Frequently Asked Questions****What causes micro-leaks in hydraulic systems?**Potential sources include fittings, seals, connection points, components, and installation conditions. When leaks keep returning, teams should evaluate the entire hydraulic circuit rather than repeatedly replacing one part.**Why are some industries considering electric diaphragm pumps?**Electric diaphragm pumps may be considered when an application calls for electrically driven flow control or when teams are evaluating alternatives to compressed-air operation. The correct choice depends on the fluid, required duty, controls, environment, and maintenance strategy.**Are electric diaphragm pumps always better than air-operated diaphragm pumps?**No. Each design has application-specific strengths and limitations. Compare operating conditions, utility availability, control needs, installation requirements, maintainability, and lifecycle cost.**What is an LH2 cargo pump?**An LH2 cargo pump is intended for liquid hydrogen service. Equipment for this application must be evaluated against the specialized requirements and applicable approval criteria associated with the service.**How should industrial buyers compare new pump technologies?**Start with process requirements, not the equipment label. Verify fluid compatibility, required capacity and pressure, control range, duty cycle, installation constraints, maintenance needs, and the supporting system.**Related Topics**• Industrial pump technology• Hydraulic micro-leaks• Hydraulic flow-control blocks• Electric diaphragm pumps• Air-operated diaphragm pumps• Liquid hydrogen cargo pumps• Industrial fluid handling• Pump selection and system design• Lifecycle cost and maintainability• Process reliability**References Mentioned**Hydraulic...
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    14 分
  • Ep 15: Pressure Instruments, Pumps & Oil Filtration

    Ep 15: Pressure Instruments, Pumps & Oil Filtration
    2026/09/28
    Industrial reliability depends on more than replacing equipment after a failure.This video helps engineers and plant teams evaluate pressure instruments, chemical process pumps, and oil filtration before small system problems become downtime.**Video Summary**This industrial reliability update covers three connected areas: protecting pressure instruments in pump suction and discharge installations, evaluating chemical process pump applications, and understanding the role of oil filtration and dehydration technology in oil and gas operations.The practical takeaway is straightforward: equipment reliability starts with the complete system. Instrument placement, pump selection, process chemistry, operating conditions, contamination control, and maintenance practices all affect performance. If the same problem keeps returning, stop chasing parts and look at what the system is telling you.**What You'll Learn in This Video**• Why pressure instruments need protection on pump suction and discharge piping• How instrument readings support pump troubleshooting and preventive maintenance• What plant teams should evaluate when selecting chemical process pumps• Why fluid compatibility and operating conditions matter in pump selection• How contamination and moisture can affect oil system reliability• Why industrial reliability requires a system-level approach• What maintenance and purchasing teams should review before specifying equipmentFor more on pressure conditions at the pump inlet, read Pye-Barker’s practical NPSH guide: https://pyebarker.com/npsh-pump-guide/For chemical process applications, Pye-Barker’s guide to choosing pumps for corrosive chemicals explains important selection factors: https://pyebarker.com/choosing-the-right-pump-for-corrosive-chemicals/This Pye-Barker video explains net positive suction head and why suction conditions matter: https://www.youtube.com/watch?v=3wPLcfD1OWsFor another system-level pump discussion, watch Pye-Barker’s video on common barriers to pumping system optimization: https://www.youtube.com/watch?v=IY4JcKf-5IcFor a quick reminder about application requirements, watch the Pye-Barker Short “Bad Specs Kill Good Pumps”: https://www.youtube.com/shorts/EDSdY-_7U9oIf failures keep returning after parts are replaced, this Pye-Barker Short explains why teams should investigate the underlying system: https://www.youtube.com/shorts/TOvVYiSb9t8Pressure gauges and other instruments are only useful when they are correctly selected, installed, protected, and interpreted. Chemical process pumps also need to match the liquid, temperature, pressure, flow, materials of construction, and operating duty. In lubrication and oil-handling systems, filtration and moisture management should be treated as reliability issues—not just routine maintenance items.**Frequently Asked Questions****Why protect pressure instruments in pump installations?**Pressure instruments can help teams identify changing suction or discharge conditions. Protecting and maintaining them supports more dependable readings for troubleshooting, operation, and maintenance decisions.**How do suction and discharge pressure readings help with pump reliability?**The readings can help reveal restrictions, changing system resistance, abnormal operating conditions, or performance shifts. They should be evaluated with flow, fluid properties, equipment condition, and system design.**What should be considered when selecting a chemical process pump?**Review chemical compatibility, viscosity, temperature, required flow and pressure, solids, duty cycle, sealing requirements, installation conditions, and maintenance access. The lowest purchase price does not automatically mean the lowest lifecycle cost.**How does oil filtration support industrial reliability?**Filtration helps manage contamination that can interfere with lubrication and equipment operation. Where moisture is a concern, teams should also evaluate whether the filtration or dehydration approach matches the fluid and application.**What is the most important industrial reliability lesson here?**Evaluate the whole system. A pump, instrument, filter, or other component may be showing the symptom while piping, process conditions, contamination, installation, or operating practices create the underlying problem.**Related Topics**• Industrial reliability• Pressure instrument protection• Pump suction and discharge pressure• Chemical process pumps• Corrosive fluid handling• NPSH and suction conditions• Oil filtration systems• Moisture and contamination control• Preventive maintenance• Pump system troubleshooting**References Mentioned**Pressure instruments in suction and discharge installations:https://www.pumpsandsystems.com/article/protecting-pressure-instruments-in-suction-discharge-installations/Chemical process pump industry reference:https://www.worldpumps.com/content/news/goulds-pumps-expands-chemical-process-range-with-new-ici-pumpOil ...
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    13 分
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