Course Search

Al completar este curso y acceder a recursos de apoyo, los alumnos tendrán el conocimiento y las habilidades para:

• Cómo un programa bien diseñado y un enfoque de mantenimiento centrado en la confiabilidad mejoran el OEE (Efectividad Global de los Equipos) y, por lo tanto, el resultado final.
• Las tecnologías de monitoreo de condiciones: emisión acústica, análisis infrarrojo (termografía), análisis de aceite, análisis de partículas de desgaste y pruebas de motores a través de capacitación complementaria.
• Cómo funcionan las máquinas; a través del autoaprendizaje complementario utilizando la sección "Conocimiento del equipo".
• Cómo seleccionar la ubicación de medición y el eje correctos, y recopilar mediciones buenas y repetibles.
• Qué significa Fmax, resolución, promediado y otras configuraciones del analizador, y cómo seleccionar las configuraciones óptimas para una amplia variedad de tipos de máquinas.
• Cómo analizar espectros de vibración, formas de onda de tiempo, envolvente (demodulación) y mediciones de fase.
• Cómo diagnosticar: desbalance, excentricidad, desalineación, eje torcido, cojinete arqueado, holgura, fallas en elementos rodantes del rodamiento, fallas en cojinetes, fallas en la caja de engranajes, resonancia y otras condiciones.
• Cómo configurar límites de alarma manualmente y con estadísticas.
• Cómo balancear y alinear una máquin

Im Seminar werden die folgenden Themen behandelt:

• Einsatzgebiete von Gleitringdichtungen in der Raffinerietechnik
• Spezifische Gleitringdichtungen für Tiefkalte- bis Hochtemperaturanwendungen
• API-konforme Gleitringdichtungen und Versorgungssysteme
• Digitale Überwachung von Gleitringdichtungen
• Erfolgreiche Beseitigung von „Bad Actors“
• Vermeidung von Einbaufehlern und Schäden
• Inbetriebnahme und sicherer Betrieb von Gleitringdichtungen in Raffinerien

• Entender la importancia de alinear los equipos.
• Conocer los distintos métodos de alineación.
• Conocer las normas y reglas prácticas de alineación.
• Saber utilizar y aplicar las distintas tolerancias de alineación para desviación central y error angular.
• Poder manipular con seguridad el instrumento de medición de ejes horizontales de Easy-Laser® habiendo practicado un medición completa individualmente.

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of mechanical seals and support systems used in rotating equipment
• Demonstrate the appropriate steps and processes for mechanical seal assembly and installation using safe working practices
• Explain requirements for mechanical seal lubrication and the desirability for and consequences of related leakage
• Solve issues by applying principles of mechanical seal and support system selection
• Prepare a report communicating visual indicators of mechanical seal performance issues
• Relate seal performance issues to overall system reliability and plant productivity

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Review of the fundamental principles of dry gas seals and support systems used in turbomachinery
• Demonstrate hands-on assembly of dry gas seals and installation
• Identify and recall the latest non-contacting sealing technology used in process applications
• Demonstrate safe working practices when working with dry gas seals and support systems
• Describe typical failure modes for a dry gas seal

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of mechanical seals and support systems used in rotating equipment
• Demonstrate the appropriate steps and processes for mechanical seal assembly and installation using safe working practices
• Explain requirements for mechanical seal lubrication and the desirability for and consequences of related leakage
• Solve issues by applying principles of mechanical seal and support system selection
• Prepare a report communicating visual indicators of mechanical seal performance issues
• Relate seal performance issues to overall system reliability and plant productivity

Im Seminar werden die folgenden Themen behandelt:

• Vermitteln von fundierten Kenntnissen für den effizienten und sicheren Betrieb von Produktionsanlagen
• Vergleich flüssigkeitsgeschmierter, trockenlaufender und gasgeschmierter Rührwerksdichtungen
• Einführung in Technik und Funktion von Rührwerksdichtungen, Produktspektrum und Einsatzfelder
• Funktionsprinzip verschiedener Versorgungssysteme für Rührwerksdichtungen
• Grundzüge und Umsetzung der ATEX an Rührwerksdichtungen
• Schäden an Gleitringdichtungen: Schadensbilder, Ursachen, Abhilfe
• Grundlagen von Elastomeren und Perfluorelastomeren und die entsprechenden Regelwerke

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of wet mechanical seals and support systems used in rotating equipment
• Demonstrate and provide hands-on experience with wet mechanical seal assembly and installation
• Articulate the fundamental principles of spiral groove technology and dry gas seal design types used in turbo-compressors
• Demonstrate dry gas seal installation and removal techniques using hands-on training simulator
• Explain importance of dry gas seal control and monitoring systems performance for overall process plant reliability
• Describe typical failure modes of both wet mechanical and dry gas seal designs

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of mechanical seals and support systems used in rotating equipment
• Demonstrate the appropriate steps and processes for mechanical seal assembly and installation using safe working practices
• Explain requirements for mechanical seal lubrication and the desirability for and consequences of related leakage
• Solve issues by applying principles of mechanical seal and support system selection
• Prepare a report communicating visual indicators of mechanical seal performance issues
• Relate seal performance issues to overall system reliability and plant productivity

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of mechanical seals and support systems used in rotating equipment
• Demonstrate the appropriate steps and processes for mechanical seal assembly and installation using safe working practices
• Explain requirements for mechanical seal lubrication and the desirability for and consequences of related leakage
• Solve issues by applying principles of mechanical seal and support system selection
• Prepare a report communicating visual indicators of mechanical seal performance issues
• Relate seal performance issues to overall system reliability and plant productivity

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Review of the fundamental principles of dry gas seals and support systems used in turbomachinery
• Demonstrate hands-on assembly of dry gas seals and installation
• Identify and recall the latest non-contacting sealing technology used in process applications
• Demonstrate safe working practices when working with dry gas seals and support systems
• Describe typical failure modes for a dry gas seal

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Review of the fundamental principles of dry gas seals and support systems used in turbomachinery
• Demonstrate hands-on assembly of dry gas seals and installation
• Identify and recall the latest non-contacting sealing technology used in process applications
• Demonstrate safe working practices when working with dry gas seals and support systems
• Describe typical failure modes for a dry gas seal

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Review of the fundamental principles of dry gas seals and support systems used in turbomachinery
• Demonstrate hands-on assembly of dry gas seals and installation
• Identify and recall the latest non-contacting sealing technology used in process applications
• Demonstrate safe working practices when working with dry gas seals and support systems
• Describe typical failure modes for a dry gas seal

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of mechanical seals and support systems used in rotating equipment
• Demonstrate the appropriate steps and processes for mechanical seal assembly and installation using safe working practices
• Explain requirements for mechanical seal lubrication and the desirability for and consequences of related leakage
• Solve issues by applying principles of mechanical seal and support system selection
• Prepare a report communicating visual indicators of mechanical seal performance issues
• Relate seal performance issues to overall system reliability and plant productivity

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of wet mechanical seals and support systems used in rotating equipment
• Demonstrate and provide hands-on experience with wet mechanical seal assembly and installation
• Articulate the fundamental principles of spiral groove technology and dry gas seal design types used in turbo-compressors
• Demonstrate dry gas seal installation and removal techniques using hands-on training simulator
• Explain importance of dry gas seal control and monitoring systems performance for overall process plant reliability
• Describe typical failure modes of both wet mechanical and dry gas seal designs

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of wet mechanical seals and support systems used in rotating equipment
• Demonstrate and provide hands-on experience with wet mechanical seal assembly and installation
• Articulate the fundamental principles of spiral groove technology and dry gas seal design types used in turbo-compressors
• Demonstrate dry gas seal installation and removal techniques using hands-on training simulator
• Explain importance of dry gas seal control and monitoring systems performance for overall process plant reliability
• Describe typical failure modes of both wet mechanical and dry gas seal designs

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Review of the fundamental principles of dry gas seals and support systems used in turbomachinery
• Demonstrate hands-on assembly of dry gas seals and installation
• Identify and recall the latest non-contacting sealing technology used in process applications
• Demonstrate safe working practices when working with dry gas seals and support systems
• Describe typical failure modes for a dry gas seal

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of mechanical seals and support systems used in rotating equipment
• Demonstrate the appropriate steps and processes for mechanical seal assembly and installation using safe working practices
• Explain requirements for mechanical seal lubrication and the desirability for and consequences of related leakage
• Solve issues by applying principles of mechanical seal and support system selection
• Prepare a report communicating visual indicators of mechanical seal performance issues
• Relate seal performance issues to overall system reliability and plant productivity

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of wet mechanical seals and support systems used in rotating equipment
• Demonstrate and provide hands-on experience with wet mechanical seal assembly and installation
• Articulate the fundamental principles of spiral groove technology and dry gas seal design types used in turbo-compressors
• Demonstrate dry gas seal installation and removal techniques using hands-on training simulator
• Explain importance of dry gas seal control and monitoring systems performance for overall process plant reliability
• Describe typical failure modes of both wet mechanical and dry gas seal designs

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Review of the fundamental principles of dry gas seals and support systems used in turbomachinery
• Demonstrate hands-on assembly of dry gas seals and installation
• Identify and recall the latest non-contacting sealing technology used in process applications
• Demonstrate safe working practices when working with dry gas seals and support systems
• Describe typical failure modes for a dry gas seal

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of mechanical seals and support systems used in rotating equipment
• Demonstrate the appropriate steps and processes for mechanical seal assembly and installation using safe working practices
• Explain requirements for mechanical seal lubrication and the desirability for and consequences of related leakage
• Solve issues by applying principles of mechanical seal and support system selection
• Prepare a report communicating visual indicators of mechanical seal performance issues
• Relate seal performance issues to overall system reliability and plant productivity

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Articulate the fundamental principles of wet mechanical seals and support systems used in rotating equipment
• Demonstrate and provide hands-on experience with wet mechanical seal assembly and installation
• Articulate the fundamental principles of spiral groove technology and dry gas seal design types used in turbo-compressors
• Demonstrate dry gas seal installation and removal techniques using hands-on training simulator
• Explain importance of dry gas seal control and monitoring systems performance for overall process plant reliability
• Describe typical failure modes of both wet mechanical and dry gas seal designs

Given completion of this course and access to supporting resources, learners will have the knowledge and skills to:

• Review of the fundamental principles of dry gas seals and support systems used in turbomachinery
• Demonstrate hands-on assembly of dry gas seals and installation
• Identify and recall the latest non-contacting sealing technology used in process applications
• Demonstrate safe working practices when working with dry gas seals and support systems
• Describe typical failure modes for a dry gas seal