Electrical Machines and Drives training course - Call us on +44 (0) 1443 223544 or Contact Us - 5 Days
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These courses are designed for delivery to organisations (worldwide). |
Introduction
The course is conducted as three modules. The first module deals with the theory of rotating element bearings and plain bearings including the metallurgy and design and construction as well as calculations to predict bearing life and loading for given operating conditions.
The second module deals with bearing failure and modes of failure and how to trace the root cause of the failure as well as a strategy for preventing reoccurrence. The final optional module is a practical one in which the delegates will have the opportunity to use workshop equipment to fit and remove bearings and seals properly.
This will be conducted in a local training establishment or in the case of “in-house” courses within the clients own premises (subject to equipment availability).
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Objectives
1) Define the key quantities and parameters of electrical circuits and state their respective units
2) Calculate the power within single phase steady state sinusoidal systems and balanced three phase systems
3) Solve single phase and three phase system problems
4) Apply Flemings Rules, and Faradays Law
5) Define eddy current and eddy current losses
6) Calculate the current or power for an ideal transformer
7) Define the losses present in a transformer and explain their causes in a transformer
8) Label and describe the main parts of a dc electric motor
9) Label and describe the main parts of a three phase induction motor
10) Relate the equivalent circuit of a transformer to that of a three phase induction motor
11) Draw the phasor diagrams for single and three phase induction motors
12) Calculate the flux density for a given motor stator winding
13) Define “slip” and calculate the synchronous speed and percentage slip for a given motor
14) Calculate the output torque and power for a given induction motor
and much more.
Who is this course for?
Maintenance Supervisors and technicians engaged in the repair of equipment and plant. Electrical engineers who design and specify equipment and need to understand bearing specifications and problems. Electrical supervisors and technicians, rotating equipment engineers, reliability engineers, millwrights, and others who want to improve plant availability and reduce downtime.
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