Gaining an understanding of the mechanics of fluids and their basic principles will help determine the best pump and motor.
Pumps and motors are indispensable for several applications. Even so, they are frequently neglected and improperly sized, and their effectiveness is generally underestimated. With an ineffective pumping system, individuals will constantly waste valuable energy. A pump is a mechanical device that uses suction or pressure to elevate or transport liquid. A motor is an electro-mechanical device that converts electrical energy to mechanical energy. Pump and Motor Basics, Selection and Optimization certification course, which is made available by Udemy to applicants desiring to learn the fundamentals of fluid mechanics and who are interested in learning about basics in pump and motor applications.
Pump and Motor Basics, Selection and Optimization online training is an intensive course that includes six articles, eight learning downloadable resources, and 3.5 hours of video lessons with access on mobile and TV without any limitations as well as a certificate after completion of the course.
Pump and Motor Basics, Selection and Optimization online syllabus cover topics including an introduction to hydraulics, the conservation of mass and energy, Bernoulli's equation, head loss in pipes, friction loss in pipes, and minor loss. The aspirant will learn how to choose a pump and motor based on their features and size. The candidate will learn how much power and torque a motor needs, how to choose a motor for a pump application, how to deal with losses in a motor-driven system, and how to install a motor.
Yes
Udemy
After completing the Pump and Motor Basics, Selection and Optimization online certification course, aspirants will be able to obtain knowledge of estimating fluid flow losses in pipelines, selection, size of pumps, selection, and size of motors. The participant will comprehend the fundamental configuration of a motor-driven system, the various types of load characteristics, and the analysis of the pump system's working circumstances. The applicant will develop a comprehension of the various losses and efficiencies in a motor-driven system, as well as the ways for enhancing system efficiencies.
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