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Design And Construction Of 2kva Step Up Transformer With Input Voltage Regulation And Control Circuit
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1.2 PROBLEM STATEMENT
This work intends to
design and construct 2KVA step up transformer with input voltage
regulation and control circuit. Hence, the problems involved in step-up
transformer would be solved to ensure efficient and reliable long-term
operation. The work will implement a common design rules on a global
basis which will be designed and through structured methodology
applicable in all phases of transformer production including quotation,
electrical and mechanical design, and testing.
1.3 THE AIM AND OBJECTIVES OF THE PROJECT
The
aim of this study is to design and construct 2KVA step up transformer
with input voltage regulation and control circuit. The objectives are as
follows;
1. To design a step up voltage device
2. A well designed and developed regulating and control circuit to monitor the incoming voltage.
To develop a step up transformer with multiple output voltages
3. To build and construct a workable centre tapped step up transformer with input voltage regulation and control circuit.
4. To develop a step up transformer with multiple output voltages
5. To build an economic transformer with multiple output
1.4 SCOPE AND LIMITATION OF PROJECT
The
scope of this project is centered on design and construction of step up
transformer with multiple output that has these tappings as follows
110V, 80V 12V, 6V. Therefore, the step-up transformer would only work
properly for machines and equipment with voltage levels on 110V, 12V, 6V
and 3V,
The limitation of the device is that it does not power equipment that is above the level of 110v.
1.5 RELEVANCE OF THE WORK
The
relevance of designing the step-up transformer cannot be
overemphasized. This is because most electrical or electronic machines
and equipment usually comes in various voltages which is solely done by
the manufacturer. Also, the voltages as applied to countries are also
different. Hence, the step up transformer could be utilized here in
Nigeria for different machines and other countries since it is made up
of different voltage outputs.
1.6 PROJECT ORGANIZATION
The entire
project is arranged in sections to allow proper report presentation and
understanding. The first chapter: the introduction; defines some
important concepts on the project and gives a brief description of the
problems in the society which results in the need for underground cable
fault detector, this also contains the objectives, scope and limitations
of the project. The second chapter is the review of related literature
which describes briefly the history and classification of developed
fault location method. Chapter Three highlight design methodology.
Chapter Four highlight on the implementation and testing. Chapter Five
is all about the conclusions and recommendations.
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ABSRACT - [ Total Page(s): 1 ]This seminar research presents a study on transformer installation, operation and maintenance. A transformer is a static electromagnetic device that transfers energy by inductive coupling between its winding circuits. A transformer is an electrical device that transfers electrical energy between two or more circuits throughelectromagnetic induction. ... Continue reading---
