Curva do Sistema Versus Curva da Bomba Centrífuga - Ponto de Operação

Complete a Lato Sensu postgraduate course recognized by the MEC (Brazilian Ministry of Education), check it out: https://www.engenhariaecia.com/pos Become a Member:    / @engenhariaecia   Discover our courses: https://www.engenhariaecia.eng.br/cur... ///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// In this video we discuss the relationship between the centrifugal pump curve and the system curve that results in the point of Equipment operation. The pump curve is a relationship between the pump's manometric head or pump energy head and the flow rate it provides. /////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// CONSIDERATIONS ABOUT THE CENTRIFUGAL PUMP COURSE 1. Description The course “Centrifugal Pumps: Design – Maintenance - Operation” provides an overview of the equipment, covering its design, types, and main concepts regarding operation and maintenance. The course will be taught through recorded video lessons. All student support will be provided via WhatsApp. 2. Objectives Upon completion of the course, the student will be able to identify a centrifugal pump and its components. They will know the main types of centrifugal pumps. They will also understand the main steps for operating a centrifugal pump, as well as its maintenance. 3. Target Audience The course is intended for all people who want to learn about centrifugal pumps and have little or no specific knowledge on the subject. 4. Course Page You can check the course page at the following link: https://www.engenhariaecia.eng.br/cur... 5. Course Content The following topics are planned: 1. Classification, Types and Characteristics of Pumps 1.1. Definition of Pumps 1.2. Classification of Pumps 1.2.1. Hydrostatic Pumps 1.2.2. Hydrodynamic Pumps 2. Classification of Centrifugal Pumps 2.1. Classification According to Shaft-Rotor Orientation 2.1.1. Horizontal Pumps 2.1.2. Vertical Pumps 2.2. Classification According to Mechanical Configuration or Support 2.2.1. Cantilever or Overhung Rotor 2.2.1.1. Monobloc Pumps 2.2.1.2. Bearing-Mounted Pumps 2.2.2. Rotor Between Bearings 2.2.3. Suspended Vertical Pump 2.3. Classification According to the Number of Rotors 2.3.1. Single-Stage Pumps 2.3.2. Multi-Stage Pumps 2.4. Classification According to Suction and Discharge Connections 2.4.1. Axial or End 2.4.2. Vertical or Top 2.4.3. Horizontal or Side 2.5. Classification According to Rotor Type 2.5.1. Closed Rotor 2.5.2. Open Rotor 2.5.3. Semi-Open Rotor 2.6. Classification According to Manufacturing Standard 2.6.1. ANSI Pumps 2.6.2. API Pumps 3. Design of a Centrifugal Pump 4. Operation of a Centrifugal Pump 5. Components of a Centrifugal Pump 5.1. Rotor 5.2. Spiral Casing, Volute or Spiral Body 5.3. Diffuser 5.4. Shaft and Sleeve 5.5. Wear Rings and Plates 5.6. Sealing Box 5.6.1. Gasket Sealing 5.6.2. Mechanical Seal 5.6.3. Magnetic Coupling 5.6.4. Hermetic 5.7. Support or Bearing Housing and Bearings 5.8. Couplings 6. Acting Forces 7. Identification of a Centrifugal Pump 8. Characteristic Curves 9. Cavitation 10. Alignment 11. Transportation 12. Installation 13. Suction and Discharge Piping 14. Operation 15. Conservation 16. Maintenance 17. Predictive Maintenance 18. Corrective Maintenance 19. Inspection and Repair of Components 20. Mandatory Replacement Items