Udemy - Centrifugal Pumps - API 610, NPSH and Troubleshooting

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Udemy - Centrifugal Pumps - API 610, NPSH and Troubleshooting (Size: 2.2 GB)
  Bonus Resources.txt 102.4 B
  Get Bonus Downloads Here.url 204.8 B
  ~Get Your Files Here !
  1 - Pump Principles, Types & Construction
  1. 1.1 Where Pumps Sit & Why They Fail.pdf 844.5 KB
  1. Where Pumps Sit & Why They Fail.mp4 74 MB
  2 - System Interaction, NPSH & Operating Range
  3 - API 610 Requirements, Selection & Materials
  10. 3.2 Pump Selection Methodology.pdf 884.1 KB
  10. Pump Selection Methodology.mp4 94.2 MB
  11. 3.3 Materials & Corrosion.pdf 1.4 MB
  11. Materials & Corrosion.mp4 116.9 MB
  12. 3.4 Drivers, Couplings & Baseplates.pdf 1.1 MB
  12. Drivers, Couplings & Baseplates.mp4 119 MB
  4 - Seals, Bearings, Auxiliaries & Installation
  13. 4.1 Mechanical Seals — An Overview.pdf 1.1 MB
  13. Mechanical Seals — An Overview.mp4 114 MB
  14. 4.2 Bearings & Lubrication.pdf 1.2 MB
  14. Bearings & Lubrication.mp4 117.5 MB
  15. 4.3 Auxiliary Systems & Piping Plans.pdf 938.3 KB
  15. Auxiliary Systems & Piping Plans.mp4 107.3 MB
  16. 4.4 Nozzle Loads & Installation.pdf 1.1 MB
  16. Nozzle Loads & Installation.mp4 104.4 MB
  5 - Commissioning, Reliability & Troubleshooting
  17. 5.1 Commissioning & Performance Testing.pdf 1.2 MB
  17. Commissioning & Performance Testing.mp4 123.4 MB
  18. 5.2 Condition Monitoring & Reliability.pdf 913.2 KB
  18. Condition Monitoring & Reliability.mp4 123 MB
  19. 5.3 Common Failure Modes.pdf 1.6 MB
  19. Common Failure Modes.mp4 131.6 MB
  20. 5.4 Systematic Pump Troubleshooting.pdf 997.7 KB
  20. Systematic Pump Troubleshooting.mp4 108.7 MB
  9. 3.1 API 610 Requirements.pdf 1.4 MB
  9. API 610 Requirements.mp4 139.1 MB
  5. 2.1 The System Curve.pdf 850.3 KB
  5. The System Curve.mp4 81.5 MB
  6. 2.2 NPSH — Available and Required.pdf 1.1 MB
  6. NPSH — Available and Required.mp4 108.7 MB
  7. 2.3 Cavitation & Suction Problems.pdf 1.3 MB
  7. Cavitation & Suction Problems.mp4 137.1 MB
  8. 2.4 Operating Away From BEP.pdf 1.1 MB
  8. Operating Away From BEP.mp4 106.4 MB
  2. 1.2 Centrifugal Pump Principles.pdf 980.3 KB
  2. Centrifugal Pump Principles.mp4 89.5 MB
  3. 1.3 Pump Types & API 610 Designations.pdf 1.2 MB
  3. Pump Types & API 610 Designations.mp4 106 MB
  4. 1.4 Pump Construction & Components.pdf 1.2 MB
  4. Pump Construction & Components.mp4 104.6 MB

Description


Centrifugal Pumps: API 610, NPSH & Troubleshooting
https://WebToolTip.com
Published 8/2026

Created by ProjectEngPro Engineering and Project Management

MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch

Level: Intermediate | Genre: eLearning | Language: English | Duration: 20 Lectures ( 3h 43m ) | Size: 2.2 GB
Pump and system curves, NPSH and cavitation, API 610 selection, seals, bearings, nozzle loads and failure diagnosis
What you'll learn

⚡ Build a system curve and locate the true operating point against the pump curve, then predict how system changes move it

⚡ Calculate available suction head, compare it against required, and set a defensible margin

⚡ Diagnose cavitation, suction recirculation, air entrainment and vortexing from symptoms, noise and vibration

⚡ Troubleshoot a pump systematically — low flow, low head, high vibration, high power — from symptom to root cause

⚡ Select a pump from vendor curves, apply impeller trim correctly, and avoid the oversizing that causes chronic unreliability

⚡ Understand what happens away from the best efficiency point and where minimum continuous flow comes from

⚡ Apply API 610 requirements — pump types, materials classes, nozzle load tables and the datasheet fields that carry risk

⚡ Specify seals, bearings, lubrication and auxiliary systems, and recognise the auxiliary failures that stop the pump

⚡ Control installation quality — alignment, soft foot, baseplate stiffness, grouting and nozzle loads

⚡ Commission and performance test to the relevant tolerance bands, and build a condition monitoring and reliability programme
Requirements

❗ No prior rotating equipment experience is required — pump principles are built up from the start

❗ Any engineering or technical background is enough to follow the course

❗ Comfortable with basic algebra — every calculation is worked step by step

❗ Helpful but not essential: some familiarity with reading a pump curve or a P&ID

❗ No software or purchases needed — this is an applied machinery course

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