Course details
Course description
A Transformer is a device used for transforming an AC voltage of one level into a voltage of another level with minimum power loss. Worldwide, transformers are used extensively in electricity supply systems, and many industrial consumers have voltage distribution networks running at high voltages that incorporate transformers. This Unit has been designed to enable you to develop the knowledge and skills that will allow you to understand the theory and principles of these transformers. You will begin by learning about the materials and designs used in the construction of transformers. You will then progress to study the operation of transformers. You will learn how to calculate quantities such as efficiency and voltage regulation. Both single phase and three phase transformers will be covered in this Unit. You will learn about the different winding configurations used in transformers, and the conditions required to be satisfied before individual transformers can safely be paralleled together. The operation and application of transformer fittings such as cooling systems and tap changers will be investigated, and the methods of protecting transformers against fault damage will be explained. In summary, by the end of this Unit you should be able to: explain the construction characteristics of transformers; analyse the operation of single-phase transformers on load; analyse the operation of three phase transformers; and explain transformer protection. The formal assessment for the Unit will take two forms: a laboratory exercise (or case study) and a written, two hour assessment paper. The laboratory exercise or case study will take place during the delivery of the Unit. The written assessment paper will be carried out at the end of the delivery of the Unit, and it will be conducted under closed book conditions. This means that you will not be allowed to take notes, textbooks etc. into the assessment. You will be allowed to use a scientific calculator. There are two costs associated with this course: The fee of £130.00 is without the £14.00 SQA registration fee. “Please see www.nescol.ac.uk for course without SQA Registration fee” The fee of £144.00 includes the £14.00 SQA registration fee.
Entry requirements
Candidates should have a broad knowledge and understanding of electrical principles and their application in a building services context. You should also have an understanding of the principles and applications of mathematics in an electrical environment. This may be evidenced by the possession of the following Higher National Units: DG54 34 Single Phase A.C. Circuits, DG4H 33 Mathematics for Engineering 1: Electronics and Electrical. This course requires you to manage your workload independently with tutor support which would be available via email and telephone. You would be assigned contact details and guidelines for your tutor once enrolled on course.
Course options
Course details
Distance learning
5th Sep 2023 to 4th Sep 2024
Cost: £144.00 (ex. VAT)
Venue details
Online
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