Industrial motor control : a technical feasibility study / by Leonardo P. Bobis.

By: Material type: TextTextLanguage: English Publication details: Marikina, Metro Manila : Marikina Institute of Science and Technology, 1994.Description: xiii, 92 pages : illustrations ; 28 cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
Subject(s): DDC classification:
  • 621.8 B63 1994
Online resources: Abstract: In Line of vision Philippines 2000, this technical feasibility study aimed to discover if it is feasible to design and construct an industrial motor control for instructional purposes in electrical technology at Valeriano E, Fugoso Memorial School, Boystown, Marikina, Metro Manila, Division of City Schools, Manila, The study is centered in the designing, constructing, testing and revising control model using the modern products and local meterials, It would be a great help in providing adequate instructional eouipment for laboratory activities and improve technical skills of students in electrical technology at Valeriano E, Fugoso Memorial School, The significant findings in the discovery of the study is technically feasible to construct an instructional model an industrial motor control, It shows that the control model could perform various functions of basic motor starting such as: direct-on-line starting, star-delta starting, automatic and reversing star delta starting and liquid level control operation, This model is similar to the controls utilised in commercial and industrial establishments, liquid plant industry, and other form of electrical machineries. The modern equipment of the control model is available for construction that has a long lifespan anc simple in maintenance, The electrical co:nccions, diagrams, and symbols are based on the American and European standards’. The production cost is £31,198.00 compared to the assembled unit of commercial product of more than ®73,000.00, The capability of effectiveness, functionality, and safety for electrical controls proves the result of this study, furthermore, it reveals that the students could easily comprehend the competency of the control model.
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Thesis (Master of Technician Education--Electrical Technology) Marikina Institute of Science and Technology

Includes bibliographical references.

In Line of vision Philippines 2000, this technical feasibility study aimed to discover if it is feasible to design and construct an industrial motor control for instructional purposes in electrical technology at Valeriano E, Fugoso Memorial School, Boystown, Marikina, Metro Manila, Division of City Schools, Manila,

The study is centered in the designing, constructing, testing and revising control model using the modern products and local meterials, It would be a great help in providing adequate instructional eouipment for laboratory activities and improve technical skills of students in electrical technology at Valeriano E, Fugoso Memorial School,

The significant findings in the discovery of the study is technically feasible to construct an instructional model an industrial motor control, It shows that the control model could perform various functions of basic motor starting such as: direct-on-line starting, star-delta starting, automatic and reversing star delta starting and liquid level control operation, This model is similar to the controls utilised in commercial and industrial establishments, liquid plant industry, and other form of electrical machineries. The modern equipment of the control model is available for construction that has a long lifespan anc simple in maintenance, The electrical co:nccions, diagrams, and symbols are based on the American and European standards’. The production cost is £31,198.00 compared to the assembled unit of commercial product of more than ®73,000.00,

The capability of effectiveness, functionality, and safety for electrical controls proves the result of this study, furthermore, it reveals that the students could easily comprehend the competency of the control model.

Submitted to the University Library 08/04/2020 T-5907

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