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Development of a sealed-type compressor opener/ Edgardo R. Santiago

By: Manila: Technological University of the Philippines, 2022Description: 65pages: 28cm. CD-ROM (4 3/4 in) IllustrationSubject(s): LOC classification:
  • BTH TH 7224  S26 2022
Online resources: Dissertation note: College of Industrial Technology -- Bachelor of Technology major in Refrigeration Air-Conditioning Engineering Technology. Technological University of the Philippines, 2022 Abstract: This study entitled "Development of a Sealed-Type Compressor Opener" aims to develop an economical, time-efficient, and environment-friendly sealed-type compressor opener that will precisely open a sealed-type compressor, instead of using a manual hack-saw to prevent possible accidents. In addition, it preserves the legibility performance of units and it saves money by prolonging the life span of its equipment by fixing mechanical and electrical components inside the compressor to improve its performance like a brand new. This study involved a five-step project development process such as identifying the problem, planning, and designing, fabrication and construction, testing, and evaluating. The evaluation of the overall Acceptability is conducted at the Technological University of the Philippines, with 20 participants (5 instructors, 15-students). A comparative trial between the traditional hacksaw method and the use of the project developed was done, with the latter yielding less time (3hrs ʹmins) consumed to perform the task. A Likert Scale with ranges from 1.00 ( Not Acceptable) to 5.00 (Highly Acceptable) was used to evaluate the criteria, namely, Functionality, Aesthetics, Workability, Durability, Economy. Safety. Workability (Mean 4.53- Highly Acceptable) and Economy (Mean=4.47=Highly Acceptable) resulted as the top two criteria, with an overall mean of 4.35 or Very Acceptable. Results from testing and evaluation show that the project developed is successful in meeting all its objectives. The researchers can build equipment that is more efficient to use and very useful for the students and professors in TUP Manila for opening compressors. It will not consume much time and energy.
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Item type Current library Shelving location Call number Copy number Status Notes Date due Barcode
Bachelor's Thesis CIT Bachelor's Thesis CIT TUP Manila Library Thesis Section-2nd floor BTH TH 7224 S26 2022 (Browse shelf(Opens below)) c.1. 1 For library use only BTH0004063

Thesis (undergraduate)

College of Industrial Technology -- Bachelor of Technology major in Refrigeration Air-Conditioning Engineering Technology. Technological University of the Philippines, 2022

This study entitled "Development of a Sealed-Type Compressor Opener" aims to develop an economical, time-efficient, and environment-friendly sealed-type compressor opener that will precisely open a sealed-type compressor, instead of using a manual hack-saw to prevent possible accidents. In addition, it preserves the legibility performance of units and it saves money by prolonging the life span of its equipment by fixing mechanical and electrical components inside the compressor to improve its performance like a brand new. This study involved a five-step project development process such as identifying the problem, planning, and designing, fabrication and construction, testing, and evaluating. The evaluation of the overall Acceptability is conducted at the Technological University of the Philippines, with 20 participants (5 instructors, 15-students). A comparative trial between the traditional hacksaw method and the use of the project developed was done, with the latter yielding less time (3hrs ʹmins) consumed to perform the task. A Likert Scale with ranges from 1.00 ( Not Acceptable) to 5.00 (Highly Acceptable) was used to evaluate the criteria, namely, Functionality, Aesthetics, Workability, Durability, Economy. Safety. Workability (Mean 4.53- Highly Acceptable) and Economy (Mean=4.47=Highly Acceptable) resulted as the top two criteria, with an overall mean of 4.35 or Very Acceptable. Results from testing and evaluation show that the project developed is successful in meeting all its objectives. The researchers can build equipment that is more efficient to use and very useful for the students and professors in TUP Manila for opening compressors. It will not consume much time and energy.

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