TUGAS LAPORAN BERBAHASA INGGRIS" HOW TO MAKE A FAN TAMIYA" TEHNIK INSTALASI TENAGA LISTRIK

                FINAL TASK REPORT OF ELECTRONIC STUDY

PROGRAM PROJECT ENGLISH LANGUAGE

School year 2016/2017

HOW TO MAKE A FAN TAMIYA

Arrangged by :

Name                                       :  ARVINO RINDRA P

                                                   BAGAS ANGGORO

                                                   BAYU SAPUTRO

                                                   FIRMAN DWI P

                                                   WAHYU NUR H

Student’s number                    :

Grade                                      :

Competence program  : TEHNIK  DAN REKAYASA

Sub competence program        : TEHNIK INSTALASI  TENAGA LISTRIK

                                                                           

SMK NAGARA KEDUNGGALAR

School year 2016/2017

FOREWORD

             Teaching material is structured in modules / learning packages that contain descriptions of  materials to support the mastery of specific competencies are written sequentially, systematically and in accordance with the principle of learning by the approach of competence (Competency Based Training). Modules with the title "FAN" is a teaching material that is used as a learning resource and as a practical guide for the training participants this module is very suitable and easy to learn independently and individually. Therefore, even if the module is prepared for the participants of the training / vocational students can be used also for other similar training.
            Thus, hopefully this module can be useful in supporting the development of vocational education, especially in the competence of vocational training participants briefing on training eye equipment repair and maintenance of electrical home appliances.

TABLE OF CONTENTS

TITLE                                                                                                                                    i

INTRODUCTION                                                                                                                ii
CONTENTS                                                                                                                         iii
CHAPTER I INTRODUCTION                                                                                       
1.1 Background                                                                                                                      1
1.2 Formulation of the problem                                                                                              1
1.3 The purpose of the activities                                                                                             1
1.3 The benefits of                                                                                                                  1
CHAPTER II CONTENTS OF PAPERS
2.1 The working principle of the dynamo                                                                               2
2.2 Dinamo with Environment                                                                                               2
CHAPTER III PROCEDURES FOR MAKING
2.1 The purpose of making statements manufacture fan                                                        4
2.2 Equipment and materials for the fan                                                                                4
2.3 Procedure for                                                                                                                    4
CHAPTER III CLOSING

3.1 conclusion                                                                                                                         8
3.2 advice                                                                                                                                8

BIBLIOGRAPY                                                                                                                   9

PART I
PRELIMINARY

1.1 Background
             Dinamo is an electromechanical device that converts electrical energy into mechanical energy. This mechanical energy is used for, for example, rotating pumps, fans or blowers, drive the compressor, lifting materials, etc. Dinamo are used at home (mixer, electric drill, fan. Dinamo are also sometimes called the "work horses".

1.2 Problem Formulation
Working Principle 1. How Dinamo?
2. How is the working principle Dinamo linkage with science and technology?
3. How association with the environment?

1.3 Purpose Paper
             The purpose of making mini fan in learning physics is by props mini fan is able to prove the concept of creativity of students Smk Nagara KEDUNGGALAR

1.4 Benefit
            Simple Viewer "fan mini" is used as props That can help students in learning mini fans could provide insight to students about the creativity of students Smk Nagara KEDUNGGALAR

CHAPTER II
DISCUSSION

2.2.1 Working Principle Dinamo
1. The working mechanism of the entire Dinamo in general:
· An electric current in a magnetic field will exert a force.
· If the current carrying wire bent into a circle, then both sides of the circle, which is at right angles to the magnetic field, will get a force in the opposite direction.
· Couple style swivel generate power to rotate the coil.
· The devices drive has several circles on an armature to provide a more uniform torque and the magnetic field generated by the electromagnet arrangement called the field coils.

2. Working Principle Dinamo linkage with Science and Technology
· Correlation with Science
           At Dinamo electrical power is converted into mechanical energy. This change was made to transform electric power into a magnet known as electro magnet. As we know that: the poles of a magnet namesake will repel and poles are not namesake, attraction. Then we can obtain the movement if we put a magnet on a rotatable shaft, and the other magnet in a fixed position.
· Linkage Technology
             Dinamo is a technology that is widely used as an electromechanical device that converts electrical energy into mechanical energy in many electronic tools are very useful for humans in the modern technological age it is today. Dinamo linkages with technology is strong and can never be separated, because Dinamo has become a mandatory device / main technologies used in various electronic devices that indispensable man.

Dinamo 22.2 Linkages with the Environment
                Dinamo existence has contributed greatly to the creation of a variety of electronic tools that are useful to humans and the environment. Various examples of the use of Dinamo on electronic equipment, such as fans to make cool in the heat, mixer for making cakes, electric drill for the purpose of human labor, a washing machine to help washing activities, and many other tools that are not possible apart from life modern humans today.
Based on these explanations, it can be concluded that:

1.      Positive Impact: Dinamo is very influential on the technology developed in this period and also become very important in supporting the work of human convenience in daily life in the neighborhood.

2.      Negative Impact: With Dinamo will foster rapid technological and produces a variety of tools that can replace human functions, which can result in loss of employment. Another with the use of technology functions Dinamo in industrial environments that can be abused by humans for industry to produce goods without regard to industrial materials used in its impact on the environment and human health.

CHAPTER III
PROCEDURE FOR MAKING

3.1 REPORTING OBJECTIVES OF FAN
           Making the activity of this mini fan very test our creativity to utilize the items that surround us to be in the magic into items that can be utilized for the common good, and in addition to the manufacturing of this fan we all know will use perhaps stuff that is around us utuk we make materials that we can use with cheap and affordable.

3.2 EQUIPMENT AND MATERIALS MANUFACTURING FAN
v Dinamo Tamiya
v Batrai
v PVC pvc pipe sizes ½
v Baling - baling plastic
v The switch 3 feet
v Cables
v The fan
v paralon
v Close paralon
v Double tip

3.3 MAKING FAN
1. Prepare tools and materials
2. blades - blades used

3. Replace the dynamo with the wires
4. Replace the dynamo to palaron sized pipe ½

5. Cut a hole for input sklar foot fan with wires
6. Compose batrai place using the pipe and place the fan on the back foot.
7. Attach the cable section of PVC pipe, top to bottom for the + and -
8. Put batrai

9. Connect - batrai to negative dynamo

 

10. Connect to fositif batrai to foot scalar A
11. Connect fositif foot dynamo to scalar A1
12. Attach the legs to fan scalar.

   

13. Attach the blades - blades fan to the end of the dynamo that has been created
Place the pipe batrai behind fan with wir

 

CHAPTER IV
COVER.

4.1 Conclusions
           With the creation of this mini fan, we will better know how to use simple stuff and we can use for our creativity.
4.2 Recommendations
With the creativity of making this fan we can utilize the goods around us
           With this program, we can add insight, experience and knowledge to be the foundation's future hari.Demikian Practicum report we made to complete the value Praktum school exams. With the support and cooperation of the father / mother is concerned we say thank you.

BIBLIOGRAPHY