SMARTGATE

STEAM POWER PLANT LEVEL 2 (BATCH#3)
2019-10-07 08:00 - 2019-10-11 17:00 (Asia/Krasnoyarsk) | JAKARTA / TBC, JAKARTA, Indonesia
OVERVIEW
This training suits for someone who has experienced working in level 1 category of Steam Power Plant operation. The trainees will get understanding about Steam Power Plant main equipment operation such as boiler system , turbine system and generator system. The trainees will learn the Steam Power Plant main equipment operation, include the main equipment design and construction philosophy, protective device equipment and operation parameter limits.
OBJECTIVE
On completion of this training, the trainees will have a comprehensive understanding of the main equipment and auxiliaries’ operation, with a fully awareness to operating parameters limitation. By this training the trainees will more aware to each equipment function and parameters limitation relating to main equipment operation. This course will enhance the operator knowledge, and suitable as preparation to the level 2 competency auditing programme.
CONTENT
BOILER OPERATION

Boiler construction

Boiler pressure part
Air combustion and exhaust gas system
Fuel burning equipment
Boiler control system

Fuel, combustion air & boiler water

Fuel
Combustion air
Boiler water

Boiler Operation

Start‐up, on load & shut down operating procedure
Kinds of attention during operation
Protection equipment, alarms and trips
Boiler operating hazard

TURBINE OPERATION

Turbine working principle

Conversion heat energy to mechanical energy
Impulse, Reaction and Multistage steam turbine

Turbine construction

Turbine rotor and turbine stator

Turbine Auxiliaries

Lube and hydraulic oil system
Governor system
Sealing & gland system
Turbine protective device

Turbine operation

Start‐up preparation
Start‐up
Synchronize & loading
Stopping and standby

CERTIFICATION

Certificate of Attendance (Public Training)

BASIC ELECTRIC MOTOR DIAGNOSTIC (BATCH#3)
2019-10-07 08:00 - 2019-10-11 17:00 (Asia/Krasnoyarsk) | JAKARTA / TBC, JAKARTA, Indonesia
OVERVIEW
Membekali pengikut kursus dengan technic mutakhir yang menyangkut operasi dan pemeliharaan motor listrik seperti metoda prediktif dan penggunaan software untuk diagnostik kondiso motor.
OBJECTIVE
Setelah mengikuti training ini peserta diharapkan mampu:

Mampu mengoperasikan motor-motor listrik yang menggunakan teknik mutakhir
Mampu melakukan pemeliharaan prediktif dan preventif berdasarkan analisa kondisi motor
Mampu menganalisa kerusakan motor
Mampu menggunakan software diagnostic untuk memperkirakan kondisi motor

CONTENT
Prinsip kerja dan macam motor listrik

Motor induksi 3 fasa
Motor induksi 1 fasa
Motor arus searah
Motor sinkron

Masalah operasi motor listrik

Masalah start
Karakteristik torsi versus putaran
Pembebanan motor.
Pengaturan kecepatan motor
Butir diatas meliputi semua macam motor

Motor Diagnistic

Memantau kondisi motor yang beroperasi
Menganalisa hasil pantauan
Menentukan hasil pemeliharaan prediktif dan preventif
Menganalisa (diagnosa) kerusakan motor
Aplikasi software diagnostic

Penggunaan motor listrik di power station

CERTIFICATION
Certificate of Attendance

ELECTRICAL PROBLEMS IN STEAM POWER STATION LEVEL 2 (BATCH#3)
2019-10-10 08:00 (Asia/Krasnoyarsk) | JAKARTA / TBC, JAKARTA, Indonesia
OVERVIEW
This course is dedicated for Electrical Engineers who will operate steam power stations, particularly coal burning plants. Since electric energy production in Indonesia currently is dominated by coal burning plants (about 60%) and this domination will still exist in the next five years. From the view point of electrical engineering, control and protection in coal burning plants is the most sophisticated problem among power plants.
OBJECTIVE
This course is designed for Electrical Engineers who will operate steam power stations using coal as fuel. After following this course engineers hopefully will be able to operate a steam power stations from the electrical site which cover problems of operation, maintenance and trouble shooting.
CONTENT

Introduction

Overview of electrical power systems
The role of steam power stations in electrical power system
Energy conversion in a coal burning station

Coal handling Problem

Motor control for coal conveyors
Motor control for coal pulvirisers
Types of coal

Combustion control

Control of burners
Control of induced draft fan
Control of forced draft fan
Control of air fuel ratio

Steam control

Function of governor
Characteristic of governor
Control of boiler feed pump
Pressure and temperature control of steam

Generator protection

Protection scheme of a generator
Over current protection
Ground fault protection
Differential protection
Restricted earth fault protection
Reverse power protection
Under excitation protection
Rotor protection
Over speed and over voltage protectionProtection against mechanical faults
Integration of generator, turbine and boiler protection

Control of efficiency

Heat balance
Heat rate
Energy for auxiliaries

PREREQUISITES
Participants should be undergraduate electric power engineer with 2 years experience in operation and maintenance. But any experienced engineer who has the same level of knowladge and experiance are welcome.
CERTIFICATION

Certificate of Attendance (Public Training)

ELECTRICAL INSTALLATION IN STEAM POWER STATIONS (BATCH#3)
2019-10-14 08:00 - 2019-10-17 17:00 (Asia/Jakarta) | JAKARTA / TBC, JAKARTA, Indonesia
OVERVIEW
At the current time and in the next five years it is anticipated the role of steam power stations, coal burning plants, will be still dominating in the electrical energy production in Indonesia (around 60%). Therefore, training for personnel who operate the plants is essentials.
OBJECTIVE
The training objective is to give knowledge for the personnel in steam power stations to be able to operate the electric Installation properly. It is necessary because the electric installation in a steam power stations is relatively complicated.
CONTENT

Overview of the operation in a steam power station

Steam circuit and water circuit
Coal burning circuit and exhaust gas
Main power circuit from the generator to the system

Electrical circuit of the generator

Construction and operation of a synchronous generator
Excitation circuit and voltage regulation
Synchronizing to the main system
Regulating of real power and reactive power
Cooling system of the generator

Step up transformer

Function of the step‐up transformer
Winding connection of the step‐up transformer
Circuit breaker of the step‐up transformer

Auxiliary Transformer

Electrical circuit of the auxiliary transformer
Load of the auxiliary transformer
System protection for the load of the auxiliary transformer

Startup transformer

Capacity and function of the startup transformer
Procedure for startup

Essential motors

Motor for cooling water pump
Motor for condensate pump
Motor for boiler feed pump
Motor for coal pulverizer
Motor for coal conveyor
Motor for feeding coal burners
Motor for forced draft fan
Motor for induce (sedot) draft fan

Water treatment plant
Electric power circuit of the steam power station
Switchyard of the steam power station
Electric Precipitator
Cathodic protection
Startup procedure of a steam power station
System control of a steam power station
System protection of a steam power station

PREREQUISITES
Participants should be undergraduate electric power engineer with 2 years experience in operation and maintenance. But any experienced engineer who has the same level of knowladge and experiance are welcome.
CERTIFICATION

Certificate of Attendance (Public Training)

GENERATOR PROTECTION (BATCH#3)
2019-10-22 08:00 - 2019-10-24 17:00 (Asia/Krasnoyarsk) | JAKARTA / TBC, JAKARTA, Indonesia
OVERVIEW
Generator adalah sumber energi listrik dalam sistem tenaga listrik. Dalam kursus ini pembahasan dibatasi pada generator arus bolak balik sinkron 3 (tiga) fasa, mengingat bahwa generator merupakan sumber energi listrik maka harus dijaga agar generator sedapat mungkin tidak mengalami gangguan apalagi mengalami kerusakan. Oleh karenanya generator harus dilengkapi dengan sistem proteksi yang memadai.
OBJECTIVE
Tujuan dari kursus ini adalah membekali operator pusat listrik dimana terdapat generator untuk memahami fungsi alat‐alat proteksi yang melindungi generator. Sehingga apabila terjadi gangguan yang menyebabkan sistem proteksi bekerja operator dapat mengetahui langkah‐langkah apa yang harus dilakukan.
CONTENT

Konstruksi dan prinsip kerja generator sinkron 3 fasa
Kumparan stator
Kumparan rotor
Mesin penggerak generator
Mengatur operasi generator:

Mengatur nilai tegangan keluar (output)
Mengatur nilai frekuensi
Melakukan sinkronisasi
Mengatur daya aktif
Mengatur daya reaktif

Kurva kapabilitas generator
Karakteristik hubungan singkat generator
Proteksi generasi sinkron:

Proteksi terhadap arus lebih
Proteksi terhadap gangguan hubung tanah
Proteksi terhadap diferensial
Proteksi terhadap gangguan hubung tanah terbatas
Proteksi terhadap gaya balik
Proteksi terhadap eksitasi rendah
Proteksi terhadap gangguan hubung tanah di rotor
Proteksi terhadap suhu stator dan suhu bantalan
Proteksi yang berkaitan dengan gangguan mesin penggerak

Kaitan proteksi generator dengan sistem kontrol mesin penggerak

CERTIFICATION

Certificate of Attendance (Public Training)

POWER SYSTEM ANALYSIS (BATCH#3)
2019-12-03 08:00 - 2019-12-05 17:00 (Asia/Krasnoyarsk) | JAKARTA / TBC, JAKARTA, Indonesia
OVERVIEW
To give an overview and refreshment for electrical engineers about main problems in electric power systems, about technical specifications of equipment and fault analysis. This course should be followed by electric power engineers who has an experience in the field of electric power system.
OBJECTIVE
To give awareness for electric power engineers about subjects which should be considered when designing electric power system and the operation as well.
CONTENT

Review of power system components
Load flow analysis
Symmetrical components
Current transformer, potential transformer
System grounding, principle of system protection coordination
Short circuit analysis:

Three phase fault
Single line to ground fault

Fault level and circuit breaker specification
Relay adjustments related to fault level

CERTIFICATION

Certificate of Attendance (Public Training)

FUNDAMENTALS OF HAZARDOUS AREA CLASSIFICATION IN ELECTRICAL (BATCH#3)
2019-12-10 08:00 - 2019-12-12 17:00 (Asia/Jakarta) | JAKARTA / TBC, JAKARTA, Indonesia
OVERVIEW
Hazardous areas are the areas where there is or there may be explosive atmosphere that required special requirements at the time of construction, installation, and use of electrical appliances.
According to The Petroleum Rules, 1976 that an area is considered hazardous areas, if there are hydrocarbons with a flash point < 650C, or there is a concentration of inflammable vapors or gases at concentrations that could occur combustion. Additionally, deemed hazardous area if the processing, storage, and blending hydrocarbons or inflammable vapors or gases with a temperature equal to or above the temperature of the flash point.
OBJECTIVE

Identify the hazards (hazards) potential, especially endangering human health and the environment
Increasing labor competencies recognized according to HSE international standards in oil and gas
Provide a new experience for the participants about the dangers of electricity, especially in explosive gas atmospheres according to international standards
Participants are able to understand a process or operation on a system systematically, to then determine whether the irregularities may lead to incidents or accidents that are not desirable.

CONTENT

Hazards, Risks and Control Measures
Zones and Properties of Flammable Materials

Gas Zones, Grouping and Ratings
Explosive Limits and Temperature
Classifications
Equipment Protection Levels

Hazardous Protection Requirements

ATEX Directive 94/9/EC
ATEX and CE markings
Explosion Protection methods
Ingress Protection
Equipment Certification and Labelling

Explosion Protection by Enclosure Type

Flameproof Enclosure Protection (Ex d)
Increased Safety Protection (Ex e)

Explosion Protection by Other Methods

Intrinsic Safety Protection (Ex i)
Pressurized Apparatus Protection (Ex p)
Non‐incendive Protection (Ex n)
Oil Immersed Protection (Ex o)
Powder Filled Protection (Ex q)
Encapsulated Protection (Ex m)

Design, Selection and Installation of Ex. Equipment

General Considerations
Increased Safety Equipment
Cable Glands
Inspection of Installations

CERTIFICATION

Certificate of Attendance (Public Training)

Webinar Programmable Logic Controller
2020-06-23 15:00 - 17:00 (Asia/Jakarta) | JAKARTA / TBC, JAKARTA, Indonesia
Salah satu piranti yang memegang peranan dalam otomasi adalah PLC disamping robot industri
IKUTI WEBINAR (ONLINE TRAINING)
“Programmable Logic Controller”
Selasa, 23 Juni 2020
15.00 – 17.00 WIB
INSTRUCTOR : Ir. Hendrianto H.
Untuk pendaftaran silahkan klik link berikut:
https://bit.ly/SMARTGATE_PLC_230620
Investasi mulai dari Rp 99.000*
*Untuk Pelajar/Mahasiswa

Webinar Generator Protection
2020-07-02 14:00 - 17:00 (Asia/Jakarta)
IKUTI WEBINAR (ONLINE TRAINING)
“Generator Protection (Batch#2)”
Kamis, 02 Juli 2020
14.00 – 16.00 WIB
INSTRUCTOR : Ir. Djiteng Marsudi
Untuk pendaftaran silahkan klik link berikut:
https://bit.ly/SMARTGATE_Generator_020720
Investasi mulai dari Rp 99.000
*Untuk Pelajar/Mahasiswa

WEBINAR Power Quality dan Pengaruhnya Terhadap Distribusi Listrik
2020-07-15 14:00 - 17:00 (Asia/Jakarta) | JAKARTA / TBC, JAKARTA, Indonesia

WEBINAR Pembangkitan Energi Listrik
2020-07-17 14:00 - 17:00 (Asia/Jakarta)

ELECTRICAL TRANSMISSION ANALYSIS PROGRAM (BATCH#3)
2020-07-21 08:00 - 2020-07-23 17:00 (Asia/Krasnoyarsk) | TANGERANG/tbc, Indonesia
OVERVIEW
Kursus Electrical Transmision Analysis Program memberikan pengetahuan bagi peserta kursus untuk dapat melakukan perhitungan‐perhitungan yang diperlukan untuk menganalisa kondisi sistem tenaga listrik dari segi transmisi daya.
OBJECTIVE
Tujuan dari kursus ini adalah memberikan pembekalan sehingga pengikut kursus dapat menggunakan program ETAP untuk keperluan analisa sistem tenaga listrik berkaitan dengan perencanaan maupun operasi sistem. Secara garis besar perhitungan ini meliputi perhitungan aliran daya dan perhitungan arus hubung singkat.
CONTENT

Proses penyedia tenaga listrik:

Macam‐macam pusat listrik
Saluran transmisi dan gardu induk
Karakteristik beban sistem
Operasi sistem yang optimum

Perhitungan aliran daya

Parameter‐parameter sistem tenaga listrik
Macam‐macam bushbar (PFBUS, PQBUS, dan SWINGBUS)
Metode gauss seidel
Metode new town rhapson

Perhitungan arus hubung singkat

Teori komponen simetris
Perhitungan arus hubung singkat 3 (tiga) fasa
Perhitungan arus hubung singkat 1 (satu) fasa ke tanah
Gangguan‐gangguan dalam sistem

Aplikasi penggunaan ETAP untuk perhitungan aliran daya
Aplikasi ETAP utuk perhitungan arus hubung singkat
Spesifikasi dari sirkuit breaker
Evaluasi hasil perhitungan ETAP

PREREQUISITES
Agar pengikut mengikuti pelatihan ini dengan efektif, sebaiknya pengikut mempunyai latar belakang pendidikan dan pengalaman di elektro dan pengalaman di bidang terkait selama 2 tahun. Namun pengikut yang telah berpengalaman dibidang terkait dan mempunyai level pengetahuan serta pengalaman yang sama dapat mengikuti training ini.
CERTIFICATION

Certificate of Attendance (Public Training)

DASAR‐DASAR SISTEM KONTROL DAN SISTEM PROTEKSI UNTUK INDUSTRI (BATCH#3)
2020-07-26 08:00 - 2020-07-30 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
Yang dimaksudkan dengan industri adalah para pemakai tenaga listrik untuk keperluan suatu proses industri. Industri bisa meliputi:

Industri manufaktur
Industri pariwisata/perhotelan
industri processing, contoh: industri minyak kelapa sawit yang memperoses kelapa sawit menjadi minyak kelapa sawit

Dalam industri tersebut diatas secara garis besar terdapat sumber tenaga listrik baik dari PLN maupun dari pembangkit itu sendiri. Sedangkan pemanfaatan tenaga listrik sebagian besar adalah untuk mendapatkan energi mekanik melalui motor‐motor listrik.
Dalam kursus ini peserta akan diberi pengetahuan mengenai sistem kontrol dan proteksi yang menyangkut sumber tenaga listrik dan motor‐motor listrik seperti yang diuraikan diatas.
OBJECTIVE
Tujuan dari kursus ini adalah memberi pembekalan sebagaimana tersebut pada akhir pasal 1 (satu) sehingga peserta kursus memahami:

sistem kontrol dan proteksi dari sumber pasokan tenaga listrik untuk industri
sistem kontrol dan proteksi dari motor‐motor listrik yang dipakai dalam industri

CONTENT

Pasokan daya dari PLN

Sambungan tegangan rendah
Sambungan tegangan menengah (memakai gardu distribusi tersendiri)
Pengukuran daya dan energi
Tarif dasar PLN

Transformator daya untuk pasokan tenaga listrik dari PLN

Memakai transformator distribusi tegangan menengah ke tegangan rendah

Syarat teknis transformator distribusi
Proteksi transformator distribusi

Transformator 150KV ke 20KV (tegangan tinggi ke tegangan menengah)

Konstruksi dan bagian‐bagian transformator On load tap changer, prinsip kerja dan kontrol
Masalah pemeliharaan
Sistem proteksi

Pasokan daya dari pembangkit disel

Konstruksi dan prinsip kerja mesin disel
Proses start dan pengaturan daya mesin disel
Konstrusi dan prinsip kerja generator sinkron 3 (tiga) fasa

Kumparan stator
Sistem eksitasi
Proses singkronisasi
Pengaturan daya aktif dan daya reaktif

Sistem kontrol pembangkit disel:

Prinsip kerja governor
Prinsip kerja automatic votlage regulator

Sistem proteksi unit pembangkit disel
Proteksi dari feeder distribusi

Konstruksi saluran udara tegangan menengah dan kabel tanah tegangan menengah
Gangguan saluran udara tegangan menengah dan kabel tanah tegangan menengah
Sirkuit dasar sistem proteksi
Proteksi saluran udara tegangan menengah
Proteksi kabel tanah tegangan menengah

Motor‐motor listrik asinkron 3 (tiga) fasa

Konstruksi prinsip kerja motor asinkron 3 (tiga) fasa
Prosedur start motor asingkron 3 (tiga) fasa
Pengaturan kecepatan motor asingkron 3 (tiga) fasa
Proteksi motor asingkron 3 (tiga) fasa
Contoh‐contoh aplikasi motor asingkron 3 (tiga) fasa

PREREQUISITES
Agar pengikut mengikuti pelatihan ini dengan efektif, sebaiknya pengikut mempunyai latar belakang pendidikan dan pengalaman di elektro dan pengalaman di bidang terkait selama 2 tahun. Namun pengikut yang telah berpengalaman dibidang terkait dan mempunyai level pengetahuan serta pengalaman yang sama dapat mengikuti training ini.
CERTIFICATION

Certificate of Attendance (Public Training)

MV FEEDER PROTECTION (BATCH#3)
2020-08-30 08:00 - 2020-09-03 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
Medium Voltage Feeder (MV Feeder) dalam bahasa Indonesia disebut penyulang tegangan menengah. MV Feeder mempunyai peranan penting dalam mendistribusikan energi lirtrik ke para pemakai energi listrik baik pemakai kecil, pemakai sedang maupun pemakai besar (pemakai kecil: 450 VA, pemakai besar: 10 MVA). Apabila suatu industri menggunakan daya lebih dari 10 MVA maka industri tersebut dipasok dengan lebih dari 1 (satu) MV Feeder, sebuah MV Feeder dengan tegangan 20 MVKV secara kira‐kira dapat memasok daya 10 MVA. Jangkauan fisik dari jaringan MV Feeder bisa sangat luas, meliputi daerah beberapa puluh kilometer persegi sehingga rawan mengalami gangguan khususnya jika MV Feeder tersebut merupakan saluran udara. Oleh karenanya diperlukan sistem proteksi yang handal sehingga pemadaman karena terjadinya kerusakan peralatan bisa di cegah semaksimal mungkin.
OBJECTIVE
Kursus ini bertujuan memberikan pembekalan kepada operator dan juga teknisi pemeliharaan jaringan MV Feeder untuk mengetahui fungsi dan prinsip kerja sistem proteksi MV Feeder, sehingga mengetahui langkah‐langkah yang harus dilakukan apabila terjadi gangguan ataupun kerusakan peralatan pada MV Feeder.
CONTENT

Proses penyediaan tenaga listrik
Fungsi dan konstruksi MV Feeder
Konstruksi saluran udara tegangan menengah
Konstruksi saluran kabel tanah tegangan menengah
Gangguan pada MV Feeder

Gangguan pada saluran udara, penyebab dan jumlahnya
Gangguan pada kabel tanah, penyebab dan jumlahnya

Sistem proteksi MV Feeder

Breaker, load break switch dan disconnecting switch
Hubungan antara relay dan circuit breaker
Relay ganguan arus lebih
Relay gangguan hubung tanah
Relay penutup balik
fuse cut out

Koordinasi proteksi dalam MV Feeder
Tipe‐tipe jaringan MV Feeder:

Radial
Ring
Spindel

Manuver‐ manuver operasi dalam jaringan MV
Feeder

CERTIFICATION

Certificate of Attendance (Public Training)

ITC CATEGORY 1 THERMOGRAPHY COURSE (BATCH#1)
2021-02-15 08:00 - 2021-02-19 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
The Level I Infrared Thermography Training Course is geared to the new infrared camera user and focuses on how thermography is used for a variety of condition monitoring/predictive maintenance applications.
Attendees
completing all training course requirements and a thermography field assignment will receive a Level I Infrared Thermography Certification.
OBJECTIVE

Comprehensive, hands-on introduction to thermal imaging and measurement systems for predictive
maintenance applications. No experience in thermography is necessary!
Collect quality data, accurate temperature readings, and account for measurement effects such as distance and emissivity using infrared cameras.
Interpret thermograms and make informed decisions using heat transfer concepts to analyze thermal images, and see the latest in infrared inspection report generation and database software.
Avoid costly mistakes – learn to distinguish between hot spots and reflections, direct vs. indirect readings and qualitative vs. quantitative thermography.
Challenge yourself with field applications labs that closely simulate real-world infrared applications.

CONTENTS

Introduction
Infrared Thermography Applications Overview
Basic Camera Setup and Operation
Basic IR camera user interface, menu description and navigation, operational tips and tricks, and key elements to getting a good IR image
Thermal Science Fundamentals
Heat Transfer
Fundamentals of Infrared Science
Thermal Measurement
Electrical Applications
Thermography Safety
Mechanical Applications
Building Applications
Review
Final Exam

CERTIFICATION
Level 1 learning objectives, contact hours, and written exam are based on requirements outlined by ANSI/ASNT CP-105 and CP-189 of the American Society for Non-Destructive Testing.
ITC Certification is the gold standard qualification within the thermography industry and exceeds the requirements of international standards.

AHLI K3 LISTRIK (BATCH#2)
2021-04-06 08:00 - 2021-04-23 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
LATAR BELAKANG
Perencanaan, pemasangan, perubahan, pemeliharaan dan pemeriksaan serta pengujian instalasi,
perlengkapan dan peralatan listrik di tempat kerja harus dilaksanakan oleh Ahli K3 bidang Listrik
yang memiliki sertifikat, penunjukan dan kartu tanda kewenangan yang dikeluarkan oleh Menteri
Ketenagakerjaan atau pejabat yang ditunjuk.
Hal tersebut telah diatur berdasarkan Keputusan Direktur Jenderal Pembinaan Pengawasan
Ketenagakerjaan dan K3 No.: KEP.47/PPK&K3/VIII/2015 tentang Pembinaan Calon Ahli
Keselamatan dan Kesehatan Kerja (K3) Bidang Listrik.
TUJUAN TRAINING

Meningkatkan kemampuan dan keahlian serta keterampilan dalam pelaksanaan norma K3
di tempat kerja.
Meningkatkan kemampuan dan keahlian serta keterampilan dalam pembinaan dan
pengawasan norma K3 di tempat kerja; dan
Meningkatkan kemampuan dan keahlian serta keterampilan dalam perencanaan,
pemasangan, penggunaan, perubahan, pemeliharaan dan pemeriksaan serta pengujian
instalasi, perlengkapan dan peralatan listrik secara aman di tempat kerja.

INSTRUKTUR
Instruktur‐instruktur adalah para Tenaga Ahli dari Kemenakertrans RI dan Tenaga Ahli dari
kalangan industri yang telah berpengalaman dalam memberikan pelatihan‐pelatihan K3 Listrik,
diantaranya:

Ir. Djiteng Marsudi.
Ir. Sulaeman, dan lainnya

METODE PELATIHAN

Pre/Post Test
Presentasi
Diskusi (Tanya‐Jawab)
Evaluasi

SILABUS

Persyaratan K3 Listrik Perencanaan instalasi perlengkapan dan peralatan listrik di:

Pembangkit listrik
Transmisi listrik
Distribusi listrik
Pemanfaatan listrik

Persyaratan K3 Listrik Pemasangan instalasi perlengkapan dan peralatan listrik di:

Pembangkit listrik
Transmisi listrik
Distribusi listrik
Pemanfaatan listrik

Persyaratan K3 Listrik pemeliharaan instalasi perlengkapan dan peralatan listrik di:

Pembangkit listrik
Distribusi listrik
Transmisi listrik
Pemanfaatan listrik

Persyaratan K3 Listrik Riksa Uji instalasi perlengkapan dan peralatan listrik di:

Pembangkitan pertama dan perubahan
Transmisi pertama dan perubahan
Distribusi pertama dan perubahan
Pemanfaatan pertama dan perubahan

Persyaratan K3 Listrik Riksa Uji instalasi perlengkapan dan peralatan listrik di:

Pembangkitan berkala
Transmisi berkala
Distribusi berkala
Pemanfaatan berkala

Kebijakan Pembinaan dan Pengawasan K3
Pembinaan dan Pengawasan Norma K3 Listrik
Pelaksanaan K3 Listrik dalam sistem manajemen Keselamatan dan Kesehatan kerja
Analisis Pelaporan Kecelakaan Kerja Listrik
Persyaratan K3 Instalasi Ruang Khusus
Persyaratan K3 Sistem Penyalur Petir
Persiapan Praktek Lapangan
Praktek Kerja Lapangan
Pembuatan Laporan hasil Praktek Kerja Lapangan
Evaluasi (Presentasi)
Penutupan

PERSYARATAN PESERTA

Sarjana (S1) dengan pengalaman kerja bidang kelistrikan minimal 2 tahun
Diploma III (D3) dengan pengalaman kerja bidang kelistrikan minimal 4 tahun
Berbadan sehat
Berkelakuan baik, dan
Bekerja penuh di instansi/perusahaan yang bersangkutan

SERTIFIKAT

Sertifikat Kompetensi dari Kementrian Tenaga Kerja Republik Indonesia

CORONA AND PARTIAL DISCHARGE (BATCH#2)
2021-04-12 08:00 - 2021-04-14 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
Corona and Partial discharge (CPD) is a problem in the insulation system of power and should be avoided, althoughin some ways beneficial to humans and other living things.
OBJECTIVE
In this training, participants will understand the mechanism of the CPD, how to detect, measure and determine its location, making it easier to take action to repair even eliminating.
CONTENT

Insulation

The type of insulation material in electricity system:

Solid
Liquid
Gas

Characteristics of thermal, chemical, electrical

Corona Partial Discharge

Characteristics of CPD in materials and installation
CPD detection method in materials and installation

The Detection Equipment and its function

Industrial transformers, cables
Maintenance installations

Discussion and Strategy

PREREQUISITES
Participants should be undergraduate electric power engineer with 2 years experience in operation and maintenance. But any experienced engineer who has the same level of knowladge and experiance are welcome.
CERTIFICATION

Certificate of Attendance (Public Training)

BASIC INFRARED THERMOGRAPHY (BATCH#2)
2021-04-13 08:00 - 2021-04-15 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
This course is intended for people who are already working at the factory or utility maintenance and have sufficient grounds about his work. This course covers the basics of electromagnetic phenomena to be the root of all good electrical or mechanical in nature and also in the process industry. The basics of infrared thermography, measurement, thermal measurement, recognition cameras and components and how to shoot so well that the picture is quite suitable as material subsequent analysis.
OBJECTIVE
After completion of this course Thermographers will have comprehensive understanding about how to take pictures with good qualities and easy to analyze. Participants will have sufficient knowledge to investigate further when they find the hot spots in the field. Participants can explain the phenomenon found and include them in the report, can avoid mistakes and illogical association in performing measurements.
PREREQUISITES
Participants should be undergraduate electric power engineer with 2 years experience in operation and maintenance. But any experienced engineer who has the same level of knowladge and experiance are welcome.
CONTENT

Introduction

Electromagnetic Radion
Infrared Energy
Thermal Energy

Temperature and temperature measurement method

Direct
Indirect

Measurement technic

Heat radiation
Black bodies and emissivity
Reflection

Application of thermography

Electric
Mechanic
Production
Safety and security
Health (SARS/Breast Cancer)

Infrared Thermography Camera and its component
Operational equipment and shooting
Reporting
Case study

CERTIFICATION

Certificate of Attendance (Available also for in‐house/on‐site training)

ELECTRICAL TRANSMISSION ANALYSIS PROGRAM (BATCH#2)
2021-04-20 08:00 - 2021-04-22 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia

MOTOR CONTROL AND PROTECTION (BATCH#2)
2021-04-26 08:00 - 2021-04-28 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
Dalam melakukan pemanfaatan energi lirtrik banyak dilakukan konversi energi listirk menjadi energi mekanik, konvensi ini dilakukan dengan motor listrik. Dalam praktek banyak dipakai motor listrik induksi 3 (tiga) fasa dalam motor listrik induksi 1 (satu) fasa. Kursus ini membahas masalah kontrol dan proteksi untuk motor induksi 3 (tiga) fasa dan 1 (satu) fasa.
OBJECTIVE
Tujuan dari kursus ini adalah memberikan bekal pengetahuan kepada para operator dan juga teknisi pemeliharaan yang berkecimpung dengan operasi motor‐motor listrik untuk melakukan berbagai kepentingan konversi energi listrik menjadi energi mekanik khususnya yang menyangkut sistem kontrol dan konveksi. Setelah mengikuti kursus ini diharapkan para operator maupun teknisi pemeliharaan tahu mengenai langkah‐langkah yang harus dilakukan untuk mengatasi gangguan, melakukan pemeliharaan serta melakukan perbaikan apabila menghadapi gangguan ataupun kesulitan operasional dalam memanfaatkan motor‐motor listrik.
CONTENT

Prinsip kerja dan konstruksi motor induksi 3 (tiga) fasa
Prinsip kerja dan konstruksi motor induksi 1 (satu) fasa
Menstart motor induksi 3 (tiga) fasa
Mengatur putaran motor induksi 3 (tiga) fasa
Aplikasi penggunaan motor induksi 1 (satu) fasa:

Untuk pompa air
Untuk penyejuk udara (AC)

Aplikasi motor induksi 3 (tiga) fasa

Saklar start magnetic untuk putaran 1 (satu) arah
Saklar start magnetic untuk putaran 2 (dua) arah
Variable speed drive (pengatur kecepatan putar)
Aplikasi pada lift

Contoh perhitungan daya dan energi yang diperlukan untuk motor induksi penggerak lift

CERTIFICATION

Certificate of Attendance (Public Training)

TRANSFORMER CONDITION FOR MAINTENANCE (BATCH#2)
2021-04-26 08:00 - 2021-04-30 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
Training Dasar-dasar Pengujian/Pemeliharaan Transformator Tenaga memberikan pengetahuan mengenai panduan dasar bagaimana cara menguji transformator tenaga. Pada training ini juga mengajak peserta untuk melihat dan atau mempraktekan langsung proses dasar pengujian transformator tenaga.

Materi pembelajaran yang diberikan pada training Dasa-dasar Pengujian/Pemeliharaan Transformator Tenaga ini merupakan standar materi yang sudah bisa di Uji Kompetensi-kan. Sehingga jika peserta ingin memiliki Sertifikasi Kompetensi Kementrian DJK – ESDM, peserta bisa mengikuti Uji Kompetensi yang telah SMARTGATE sediakan.
OBJECTIVE
Setelah menyelesaikan kursus ini, peserta akan memiliki pemahaman yang komprehensif mengenai dasar-dasar pengujian/pemeliharaan transformator tenaga sehingga dapat membantu peserta dalam melaksanakan pekerjaannya baik secara langsung maupun supervisi pekerjaan.
CONTENT

Manajemen pemeliharaan
Transformator tenaga
Media insulasi (minyak trafo)
Dissolve Gas Analysis(DGA)
Breakdown voltage, water content, Dissipasi factor
Pengukuran tahanan isolasi
Pengujian rele Janson, Bucholz & Sudden Pressure
Pengukuran tahanan DC dan Ratio
Pengukuran tahanan pentanahan dan NGR
Pengujian SFRA
Pemeliharaan FAN dan motor sirkulasi minyak
Pengukuran tahanan kontak
Pengujian Tangen Delta dan bushing

PREREQUISITES

Agar pengikut mengikuti pelatihan ini dengan efektif, sebaiknya pengikut mempunyai latar belakang pendidikan dan pengalaman di elektro dan pengalaman di bidang terkait selama 2 tahun. Namun pengikut yang telah berpengalaman dibidang terkait dan mempunyai level pengetahuan serta pengalaman yang sama dapat mengikuti training ini.

CERTIFICATION

Certificate of Attendance (Public Training)
Sertifikat Kompetensi dari Kementrian DJK ESDM (jika pelatihan diikuti dengan Uji Kompetensi)

DASAR SISTEM KONTROL DAN SISTEM PROTEKSI UNTUK INDUSTRI (BATCH#2)
2021-05-03 08:00 - 2021-05-07 17:00 (Asia/Krasnoyarsk) | TANGERANG/tbc, Indonesia

TEKNISI K3 LISTRIK (BATCH#2)
2021-05-03 08:00 - 2021-05-08 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
LATAR BELAKANG
Pemasangan dan pemeliharaan terhadap instalasi, perlengkapan dan peralatan listrik di tempat
kerja selain harus dilakukan oleh Ahli K3 bidang Listrik dapat juga dilaksanakan oleh Teknisi K3 Listrik
yang memiliki sertifikat dan lisensi yang dikeluarkan oleh Menteri Ketenagakerjaan atau pejabat yang
ditunjuk.
Hal tersebut telah diatur berdasarkan Keputusan Direktur Jenderal Pembinaan Pengawasan
Ketenagakerjaan dan K3 No.: KEP.48/PPK&K3/VIII/2015 tentang Pembinaan Teknisi Keselamatan
dan Kesehatan Kerja (K3) Listrik.
TUJUAN TRAINING

Meningkatkan kemampuan dan keterampilan dalam pelaksanaan norma K3 Listrik di
tempat kerja.
Meningkatkan kemampuan dan keterampilan dalam melakukan pemasangan dan
pemeliharaan terhadap instalasi, perlengkapan dan peralatan listrik secara aman di tempat
kerja.

INSTRUKTUR
Instruktur‐instruktur adalah para Tenaga Ahli dari Kemenakertrans RI dan Tenaga Ahli dari
kalangan industri yang telah berpengalaman dalam memberikan pelatihan‐pelatihan K3 Listrik,
diantaranya:

Ir. Djiteng Marsudi
Ir. Sulaeman, dan lainnya

METODE PELATIHAN

Pre/Post Test
Presentasi
Diskusi (Tanya‐Jawab)
Evaluasi

SILABUS

Kebijakan, pembinaan dan pengawasan K3
Pembinaan dan pengawasan norma K3 listrik
Persyaratan K3 pemasangan instalasi, perlengkapan dan peralatan listrik di:

Pembangkitan listrik
Transmisi listrik
Distribusi Listrik
Pemanfaatan listrik

Persyaratan K3 pemeliharaan instalasi, perlengkapan dan peralatan listrik di:

Pembangkitan listrik
Transmisi listrik
Distribusi Listrik
Pemanfaatan listrik

Persyaratan K3 sistem penyalur petir
Persyaratan K3 listrik ruang khusus
Identifikasi potensi bahaya listrik
Pertolongan pertama pada kecelakaan (P3K) di pekerjaan listrik
Praktek

PERSYARATAN PESERTA

Berpendidikan sekurang‐kurangnya Sekolah Menengah Kejuruan bidang teknik atau
sederajat;
Pengalaman kerja di bidang kelistrikan sekurang‐kurangnya 2 tahun;
Berbadan sehat;
Berkelakuan baik; dan
Bekerja penuh di instansi/perusahaan yang bersangkutan.

SERTIFIKAT

Sertifikat Kompetensi dari Kementrian Tenaga Kerja Republik Indonesia

TRANSFORMER CONDITION ASSESSMENT ANALYSIS (BATCH#2)
2021-05-17 08:00 - 2021-05-21 17:00 (Asia/Krasnoyarsk) | TANGERANG/tbc, Indonesia
OVERVIEW
In the electric power supply industry, the role of power transformers has a strategic role. Compare to distribution transformers, power transformers have a different operation condition because on power transformer there are on load tap changer (moving context) and power transformers operate at the end of high voltage transmision lines where lightning strokes hit frequently on transmission lines creating travelling waves which could enter power transformers and create damage. Therefore installing lightning arrester in front of power transformers is very essentials.
OBJECTIVE
On completion of this course, engineers an technicians will have a comprehensive understanding of the principles of transformer maintenance objective, transformer insulation system, capability of transformer against thermal and mechanical stress, transformer monitoring technique for ON and OFF line operation.
CONTENT

Bagian-bagian utama dari transformator:

Bushing
Clamp penyambung
Kondensor pada bushing
Minyak bushing
Kumparan primer dan sekunder
Isolasi kumparan
Pengukuran isolasi
Tangki transformator

Minyak transformator

Susunan kimia minyak transformator
Tegangan tembus
DGA (Dissolve Gas Analysis)
Tes kimiawi

Proteksi transformator

Proteksi terhadap gangguan di luar transformator

Relai arus lebih
Relai arus hubung tanah

Proteksi terhadap gangguan di dalam transformator

Relai diferensial

Buil-in protection

Reali bucholz
Relai sudden pressure
Relai suhu kumparan
Fire protection
Explotion valve

The role of power transformers

Construction and working principles
Main parts of power transformers
Losses in power transformers
Weak points of power transformers
Technical specification of power transformers
Insulation coordination

The objective of maintenance:

Development of maintenance methodes
What is condition base maintenance
Oil transformer construction

Paper/cellulose and insulating oil Properties:

Chemical
Dielectric strength

Maximum loading of oil filled transformer:

The capability of transformer against non-sinusoidal load
Transformer aging v/s winding temperature

Transformer through fault (external short circuit fault)
IEE guide for the interpretation of gases generated in oil-immersed transformer
Transformer winding and core deformation derection utilizing SFRA technique
On-line monitoring:

Transformer non-sinusoidal load measurement and interpretation
Transformer overall temperature profile/thermal image and interpretation
Moisture in oil measurement

Off-line monitoring

Measurement of main winding and bushing insulation power factor dissipation
Winding and core displacement measurement

Operational problems

On load tap changer
Automatic voltage regulator
Requirements for paralel operations
Protection of transformers

Praktek

PREREQUISITES
Participants should be undergraduate electric power engineer with 2 years experience in operation and maintenance.
But any experienced engineer who has the same level of knowladge and experiance are welcome.
CERTIFICATION

Sertifikat kehadiran dari SMARTGATE

GENERATOR, MOTOR, TRANSFOMER AND MV FEEDER PROTECTION (BATCH#2)
2021-05-17 08:00 - 2021-05-21 17:00 (Asia/Krasnoyarsk) | TANGERANG/tbc, Indonesia
OVERVIEW
Memberi pengetahuan tentang fungsi dan prinsip kerja sistem proteksi dalam sistem tenaga listrik.
OBJECTIVE
Setelah mengiku ti Pelatihan ini Peserta:

Faham untuk menganalisa sebab gangguan yg terjadi dalam sistem berdasar kerja sistem proteksi
Mampu menganalisa tingkat kegawatan gangguan yang terjadi berdasarkan analisa kerja sistem proteksi

CONTENT

lnstalasi Sistem Proteksi

Konstruksi Relai
Proteksi serta prinsip kerjanya
Batere dan cicuit breaker
Trafo arus dan trafo tegangan
Macam dan sebab gangguan
Proteksi dan aspek keselamatan kerja
Menghitung arus hubung singkat 3 fasa dan 1 fasa ke tanah, teori komponen simetris
Menghitung arus hubung singkat dalam sistem multi busbar(program etap)
Menentukan Spesifikasi Cir cuit Breakar
Instruktur Pribadi Kadarisman

Generator Protection

Fungsi dan konstruksi generator sinkron 3 fasa
Konstruksi stator dan kumparan stator
Konstruksi Rotor
Sirkit arus penguat dan circuit breaker sirkuit penguat beberta discharge resistor
Kurva kapabilitas generator
Pentanahan titik netral generator
Transformator Step Up
Proteksi Generator:

Relay Over CurrentR
elay Groun Facult
Relay Differential
Relay hubung tanah terbatas
Relay eksitasi rendah
Relay daya balik
Relay negatif sequence
Relay Overflux
Relay suhu kumparan stator

Kaitan sistem
Proteksi generator dengan sistem proteksi mesin penggerak

Proteksi Transformator

Fungsi dan konstruksi transformator
Bagian bagian transformator
Fungsi dan susunan minyak transfornator
Vector Group Transformator
Proteksi Transformator:

Relay Over Current
Relay Ground Fault
Relay Differential
Relay hubung tanah terbatas
Relay suhu kumparan
Relay Bucholz
Relay Sudden Pressure

On Load Tap Changer and Line Drop Compensator
Disolved Gas Analysis

MV Feeder Protection

Fungsi dan Konstruksi MV Feeder:

Saluran Udara
Kabel Tanah

Macam dan se bab Gangguan
Perhitungan Arus Gangguan:

Tiga fasa
Satu fasa ke tanah

Penyetelan Relay Over Current dan Relay Ground Fault
Menyusun spesfikasi teknik circuit breaker
Penggaruh Neutral Grounding Resistor
Penggunaan Auto Recloser:

Syarat Mekanik
Syarat Listrik
Penyetelan

Motor Protection

Konstruksi dan prinsip kerja motor induksi 3 fasa dan 1 fasa
Pengertian7 mengenai slip
Karakteristik putaran terhadap slip
Mengatur putaran
Proteksi motor:

Relay Over Current
Relay Ground Fault
Relay Termal
Sekering lebur proteksi hubung singkat
Relay Diferensial

Kombinasi dengan Sistem Kontrol untuk Proteksi Motor dengan Beban tertentu:

Penggerak pompa lumpur
Penggerak sabuk (belt) transport batu bara
Proteksi terhadap slip karena rel licin pada motor traksi arus searah

CERTIFICATION

Certificate of Attendance

ITC INFRARED THERMOGRAPHY COURSE LEVEL 1 (BATCH#2)
2021-05-31 08:00 - 2021-06-04 17:00 (Asia/Krasnoyarsk) | TANGERANG/tbc, Indonesia

ITC INFRARED THERMOGRAPHY COURSE LEVEL 2 (BATCH#2)
2021-06-07 08:00 - 2021-06-11 17:00 (Asia/Krasnoyarsk) | TANGERANG/tbc, Indonesia
OVERVIEW
The Level 2 infrared thermography training course is designed for the practicing Level I thermographer who is interested in more advanced infrared training. This infrared training course focuses on strengthening and improving thermography skills for condition monitoring and predictive maintenance applications. Attendees completing Level II infrared course requirements will receive an ITC Level II thermography certification.
OBJECTIVE

Reinforce Level 1 infrared training concepts with refresher material covering the latest infrared camera, technology and thermal imaging application developments.
Avoid costly mistakes – ITC experts review and explain the common misconceptions and misapplications of infrared thermography.
Learn the basics of predictive maintenance thermography and overall infrared inspection program development.
Refine your image analysis and interpretation proficiency with in-depth thermal imaging survey and
measurement techniques for predictive maintenance applications.
Improve your thermal analysis skills with more challenging laboratory and infrared field applications labs.

CONTENT

Introduction
Review of Basic IR camera user interface, menu description and navigation, operational tips and tricks and key elements to getting a good IR image
Infrared Theory / Radiosity / Applied Radiometric
Heat Transfer Principles
Spatial Resolution
Camera Workshops / Lab Exercises
Software Lab for Image Analysis and Advanced Report Preparation
Condition Monitoring Program Development Overview
Solving Real World problems in a Condition Monitoring
Environment (Applications)
Lab Presentations
Review
Final Exam
Exam Review
Field Assignment Requirements
Thermography Safety
Mechanical Applications
Building Applications
Review
Final Exam

CERTIFICATION
Level 2 learning objectives, contact hours, and written exam are based on requirements outlined by ANSI/ASNT CP-105 and CP-189 of the American Society for Non-Destructive Testing.
ITC Certification is the gold standard qualification within the thermography industry and exceeds the requirements of international standards.

SISTEM PROTEKSI PADA GARDU INDUK (BATCH#2)
2021-06-14 08:00 - 2021-06-17 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
Kursus ini memberikan pembekalan pada operator dan teknisi gardu induk mengenai latar belakang teori dari:

Fungsi operasionil gardu induk
Pemeliharaan peralatan gardu induk
Spesifikasi teknik peralatan gardu induk
Studi‐studi kasus terhadap berbagai gangguan atau kerusakan peralatan di gardu induk.

OBJECTIVE
Dengan mengikuti kursus ini diharapkan para peserta kursus dapat bekerja secara profesional sebagai operator gardu induk maupun teknisi pemeliharaan dan perbaikan peralatan gardu induk.
CONTENT

Fungsi gardu induk dalam sistem tenaga listrik
Peralatan2 utama dalam gardu induk, meliputi:

Diagram kutub tunggal (single line diagram)
berbagai susunan busbar
Circuit breaker dan disconnecting switch
Sistem grounding

Transformator:

prinsip kerja dan konstruksi
Bagian2 utama dari transformator
On load tap changer
Minyak transformator

Koordinasi isolasi dan lightning arrester
Gangguan dan kerusakan peralatan dalam gardu induk
Proteksi saluran transmisi dan busbar 150kv
Proteksi penyulang distribusi 20kv
Proteksi transformator
Alat2 bantu di dalam gardu induk

CERTIFICATION

Certificate of Attendance (Public Training)

HEAT BALANCE OF POWER PLANT (BATCH#2)
2021-06-15 08:00 - 2021-06-18 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
This training suits for someone who engage in Power Plant design, Power Plant Commissioning and Power Plant Operation management. The trainees will get understanding about energy conversion process, energy losses calculation, useful energy calculation and construction of heat balance diagram which is very useful in power plant design, review design power plant commissioning and power plant operation control management.
The trainees will learn the water and steam properties, Rankine cycle and its improvement, Conversion energy in boiler, Turbine Heat balance, Power Plant heat balance and case studies.
OBJECTIVE
On completion of this training, the trainee will have a comprehensive understanding of how to control the energy loses and improve power plant efficiency calculate turbine heat rate, power plant heat rate and construction of turbine and power plant heat balance diagram. This training is very useful for the Power Plant Operation Management since the trainee may improve their operating behavior in having the optimum plant efficiency.
CONTENT

Introduction

The role of Steam Power Stations in Electric Power Generation
The Chain of energy conversion
Basic control process in the chain of energy conversion

Basic of energy conversion in power plant

Energy source, Converting energy
Energy losses in conversion energy

Water and seam properties

Water and steam properties
Using of steam table and Mollier diagram

Rankine cycle and its improvement

Rankine Cycle include the given heat
Usable heat and heat rejection

Conversion energy in boiler

How to calculate the usefull energy, energy losses and efficiency of boiler.

Turbine Heat balance

How to calculate the energy supplied to turbine system, energy return back to boiler and turbine heat rate

Power plant heat balance

How to calculate the power plant heat balance and calculate heat balance of his own power plan

Disussion

CERTIFICATION

Certificate of Attendance (Public Training)

OPERASI DAN PEMELIHARAAN INSTALASI LISTRIK GEDUNG (BATCH#2)
2021-06-21 08:00 - 2021-06-23 17:00 (Asia/Jakarta) | TANGERANG/tbc, Indonesia
OVERVIEW
High rise buildings for apartments, offices and other business activities is growing rapidly in Indonesia. These highrise building create operational problems in the electric installation covering installation for illumination, air
conditioning, water pumping, lift, automation and alarm systems. Therefore, engineers and technicians should be well trained to be able in operating this electric installation in high rise building.
OBJECTIVE
The course is dedicated for electrical engineers and technicians who are involve in operating electric installations for high rise building. Briefly problems in operating high rise buildings are:

Operation and maintenance of the existing installations which includes trouble shooting and repair
Modification and extension of the existing systems
Application of new technology, for example: automation using Programmable Logic Controller (PLC) all computer

CONTENT

Electrical installations for illumination

Materials for electrical installation (cable, switches, fittings)
Rules for electrical installation
Installation arrangements in high rise building

Electrical installations for water pumps

Materials for water installation
Calculation for water pump capacity
Automatic control for water installation

Electrical installations for air conditioning

Fundamentals of cooling techniques
Materials for air conditioning installation
Calculation for air conditioning power
Automation in air conditioning

Electrical installations for lift

Basic construction of hoist for lift
Basic construction of lift compartment, opening and closing of doors
Electrical installation for hoist of lift
Electrical installation for lift compartment
Control system to operate the lift by Programmable Logic Controller (PLC) and Micro Processor
Safety precautions and safety devices for lift

Automation and alarm systems in high rise building

Automatic doors
Fire alarm systems

Energy audit in high rise building

Energy metering for energy from PLN
Energy metering from emergency genset
Energy metering for:

Lighting
AC
Water pump
Lift
Auxiliaries

Emergency power
Site visit (for onsite training)

CERTIFICATION

Certificate of Attendance (Public Training)
