This webinar discusses numerous application areas and how waterhammer can impact equipment integrity. SKU: LW513 B

This webinar mechanical seal failures, what to do in the event of such an occurrence, and how to properly investigate them. SKU: LW305D

This course provides participants with an intermediate level understanding of pump and system design, application, and operating behavior. Designed for professionals seeking to expand their technical capability, the course addresses the calculation of system curves, pump total head, and Net Positive Suction Head Available (NPSHA) and Net Positive Inlet Pressure Available (NPIPA), along with pump selection and control methods. The training also examines key design and operational considerations for rotodynamic and positive displacement pumps, including design characteristics, attainable efficiency, impeller trimming, hydraulic and mechanical loading, bearing life, and temperature rise. Additional focus is placed on pump drivers and variable frequency drives, factory testing, installation and commissioning practices, maintenance and troubleshooting, and the impact of operating conditions on reliability and efficiency. SKU: VLC-IPST-04

This webinar aims to equip engineers with a comprehensive understanding of shaft stress, shaft stretch, and bearing life calculations in rotodynamic pumps. Attendees will gain fundamental knowledge, including key definitions, equations, and calculation procedures related to shaft behavior and bearing life. SKU: LW108D

A comprehensive collection of four mechanical seal webinars, which provides foundational understanding of the topic SKU: WB301 D

This webinar provides engineers with a comprehensive understanding of radial thrust loads and shaft deflection in rotodynamic pumps. SKU: LW107D

This webinar aims to give engineers a comprehensive understanding of axial thrust loads in rotodynamic pump operation. SKU: LW113D

This webinar will examine pump specific speed and its role in standard rotodynamic pump calculations. As an index of pump performance, specific speed provides valuable insight into the hydraulic characteristics of a pump, helps define the Preferred Operating Region (POR), and provides guidance on the impeller type that yields optimal pump efficiency. SKU: LW114D

This course provides participants with an intermediate level understanding of pump and system design, application, and operating behavior. Designed for professionals seeking to expand their technical capability, the course addresses the calculation of system curves, pump total head, and Net Positive Suction Head Available (NPSHA) and Net Positive Inlet Pressure Available (NPIPA), along with pump selection and control methods. The training also examines key design and operational considerations for rotodynamic and positive displacement pumps, including design characteristics, attainable efficiency, impeller trimming, hydraulic and mechanical loading, bearing life, and temperature rise. Additional focus is placed on pump drivers and variable frequency drives, factory testing, installation and commissioning practices, maintenance and troubleshooting, and the impact of operating conditions on reliability and efficiency. SKU: VLC-IPST-03

This webinar details methods to calculate a pump system curve including, frictional head loss, elevation head, and pressure head. SKU:LW201C