Training Electrical Circuit Breakers - Maintenance
Training Electrical Circuit Breakers – Maintenance
0
Yogyakarta Training

Training Electrical Circuit Breakers - Maintenance

 

COURSE DESCRIPTION:

This electrical circuit breakers-maintenance training course will discuss application, installation, maintenance and testing issues related to low-, medium- and high-voltage switchgear and electrical circuit breakers. The course will provide the delegates with a solid understanding of switchgear theory and standards. The course will also make delegates aware of issues concerning the proper application, installation and maintenance of these types of equipment with a strong emphasis on safety. The course will cover a wide range of material starting from the basics and moving on to more complex issues.

This course provides an overview of power system design and theory, focusing on the power distribution electrical circuit breakers used in common utility, industrial, commerical and institutional applications. Basic electrical circuit breaker construction, electrical safety, and common circuit breaker maintenance techniques are the major components of this course.

When brought on-site, this course can be supplemented by an in-depth study of the specific circuit breaker models used at the client’s facility. Hands-on training is provided wherever practical.

 

WHO SHOULD ATTEND:

This course is recommended for skilled trades, supervisors, and anyone involved in the maintenance of industrial power circuit breakers.

 

COURSE OBJECTIVES:

This course is designed to enable participants to:

  • List the voltage convention classifications used in this course.
  • Describe switchgear construction.
  • Describe a ground fault relay system.
  • Describe the three basic types of low and medium voltage circuit breaker contacts.
  • Describe the molded case circuit breaker

 

COURSE OUTLINE:

  1. Low Voltage Switchgear, Theory and Applications

Establishing a solid understanding of electrical switchgear design and operation is vital to its safe and reliable application. This course provides valuable technical information on low voltage circuit breakers and switchgear used in common industrial, commercial and utility applications.

  • General Introduction
  • The Spectrum of Switchgear
  • Standards-Standards Organizations, Certification Marks and Applicable Standards
  • Switchgear Drawings
  • Switchgear Ratings
  • Difference Between Switchgear & Switchboards
  • Switchgear Factory Testing
  • Short Circuit Current Estimation
  • Ground Fault Protection
  • Modern LV Switchgear-Design Features and Benefits
  • Modern LV Power Circuit Breakers
  • Modern LV Trip Units
  • Wrap-up, Final Questions
  1. 4160 Volt Breaker Overview
    • Purpose/application
    • Circuit breaker construction
    • Circuit breaker operation
    • Circuit breaker control
    • Personnel and equipment safety factors
  2. 4160 Volt Breaker Maintenance
    • General breaker maintenance
    • Adjustment
    • Inspection and testing
    • Maintenance intervals
    • Troubleshooting and repair
  3. Low-Voltage Breaker Overview
    • Purpose and application
    • Circuit breaker construction
    • Circuit breaker operation
    • Circuit breaker control
    • Personnel and equipment safety
  4. Low-Voltage Breaker Maintenance
    • Inspection and testing
    • Adjustments
    • Troubleshooting and repair
  5. Switchgear Overview
    • System overview and interactions
    • Switchgear components
    • Power buses
    • Safety
  6. Grounding
    • Principles of grounding
    • Grounding procedures
    • Ground and test device
  7. Switchgear Maintenance
    • Operation of switchgear devices
    • Preventive maintenance
    • Testing
    • Corrective maintenance

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.

 

 

Training Advanced Cable Accessories
Training Advanced Cable Accessories
0
Yogyakarta Training

Training Advanced Cable Accessories

Course Description:

Professional “On-site” training on Distribution underground cable accessories from 5KV – 69KV from various manufacturers. The course is designed according to the type of cable and cable accessories utilized by your company.

 

Who Should Attend:

This course is recommended for Maintenance Electricians, Electrical Contractors, Safety Inspectors, Supervisors, Engineers.

 

Course Objectives:

In this course participants will learn:

  • Overview of Tape Products
  • Electrical Tape Utilization
  • Overview of Low Voltage Splicing
  • How to perform Low Voltage Splicing
  • Overview of High Voltage Terminations
  • How to perform a High Voltage Termination
  • Overview of High Voltage Splicing
  • How to perform a High Voltage Tape Splice
  • Overview of High Voltage Premolded Splicing
  • How to perform a High Voltage Premolded Splice

Course Pre-requisites:

  • General Safety Procedures/Practices
  • Basic Electrical theory

Required Materials:

  • Cable pieces
  • High Voltage tools

 

Course Outline:

  1. INTRODUCTION
  2. Class Introductions
  3. Course Overview
  4. Documentation Overview
  5. Practical Application
  6. Jobsheet #1 – Perform an undemonstrated 1KV tape splice
  7. Overview of practical application
  8. Fundamentals of Low Voltage splicing
  9. Overview of low voltage splicing methodologies
    1. Resin
    2. Tapes
    3. Heat shrink
    4. Cold Shrink
  10. Overview of low voltage Cold Shrink Technologies
    1. Cold Shrink Technology definitions
    2. Cold Shrink applications
    3. Comparative analysis of cold shrink vs. heat shrink
  11. Practical Application
    1. Jobsheet #2 – Perform a 3/Conductor 1KV teck cable splice

III. Fundamentals of High Voltage Termination

  1. High Voltage Functional elements
    1. Cable components
    2. Electrical characteristics
  2. High Voltage Termination Techniques
    1. Termination Classifications
      1. Class 1 Terminations
      2. Class 2 Terminations
      3. Class 3 Terminations
    2. Cable Preparation
    3. nstructors demonstration of a Class 1 Termination procedures
  3. Practical application
    1. Jobsheet #3 – Perform a Class 1 Termination
    2. Fundamentals of High voltage Splicing
  4. High Voltage Tape splicing Techniques
    1. Cable components
    2. Electrical characteristics
    3. Instructors demonstration of cable preparation
  5. Practical application
    1. Jobsheet #4 – Perform a 15KV mono conductor cable tape splice
  6. High voltage Premolded splicing Techniques
    1. Comparative analysis of tape splice vs. premolded splicing
    2. Cable Components
    3. Overview of cable splicing
  7. Practical Application
    1. Jobsheet #5 – Perform a 15KV mono conductor premolded splice
    2. Summary
  8. Review course outline
  9. Questions and Answers
  10. Performance Evaluation
  11. Written Exercise #1

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.

 

 

Training Electrical Maintenance
Training Electrical Maintenance
0
Yogyakarta Training

Training Electrical Maintenance

 

COURSE DESCRIPTION

This electrical maintenance course will discuss application, installation, electrical maintenance and testing issues related to Low Medium and High Voltage Electric Circuit Breakers, Switchgear and Electrical Power Transformers. The course will provide the delegates with a solid understanding of theory and standards. The course will also make the delegates aware of issues concerning the proper application, installation and maintenance of these types of equipment with a strong emphasis on safety. Our electrical maintenance training course will cover a wide range of material starting from the basics and moving on to more complex issues. This course provides an overview of electric power system design and theory, focusing on the types of equipment used most commonly in the Utility, Industrial, Commercial and Institutional applications. Basic Circuit Breaker and Transformer construction, electrical safety, and common maintenance techniques are major components of this course.

 

Who Should Attend

This course is recommended for skilled trades, supervisors and anyone involved in the electrical maintenance and operations of Circuit Breakers and Power Transformers.

 

Course Objectives

This course is designed to enable participants to:

  • Understand Switchgear, Circuit Breaker and Transformer Design
  • Work safely around substation equipment.
  • Understand the operating principles associated with the covered equipment.
  • Understand typically used protection and control systems.
  • Understand the interrelationships of electrical tests.
  • Understand the interpretation of test results.

 

COURSE OUTLINE

General Introductions

Safety Aspects

  • Legislation
  • Electrical Hazards
  • Energized Work
  • Personal Protective Equipment
  • Job Planning
  • Equipment Failure Costs

High, Medium, Low Voltage Switchgear

  • Ratings
  • Definitions
  • Types
  • Typical Construction
  • Control Power Systems

Electrical Maintenance of Protective Equipment & Instrument Transformers

  • Potential Transformers
  • Current Transformers
  • Transformer Differential Protection
  • Feeder Protection
  • Motor Protection

Circuit Breaker Construction & Features

  • Contact Operation
  • Arc Extinguishing Mediums, Sulphur Hexaflouride Gas, Air, Vacuum and Oil
  • Manual and Electrical operating Controls
  • Safe Operating Methods

Circuit Breaker Maintenance, Care & Testing

  • Mechanical Inspections
  • Contact Resistance Tests
  • Insulation Resistance Tests
  • Insulating Gas and Oil Analysis
  • Travel Analysis

Transformer Construction

  • Tank
  • Core, Coils, Types and Ratings
  • Bushings
  • Tap Changers
  • Factory Testing
  • Dry, Oil and Liquid Filled Types

Operation

  • Theory of Operation
  • Vector and Connection Diagrams
  • Important Electrical Relationships & Formulas

Auxiliary Equipment

  • Gas Relays
  • Fans and Pumps
  • Gauges
  • Tap Changer Controls

Failure Causes

  • Detailed analysis of several case histories
  • Lightening
  • Oil Decay
  • Component Failures
  • Internal Faults
  • External Faults

Testing Practices & Standards

  • Oil Analysis
  • Chemical Analysis
  • Dissolved Gas Analysis
  • Furan, Inhibitor, Power Factor Water and PCB Testing

Electrical Testing

  • Insulation Resistance and Polarization Index Tests
  • Turns Ratio, Excitation Current and Polarity Testing
  • Capacitance and Power Factor Testing
  • Winding Resistance Tests

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.

 

 

Training Electrical Testing and Commissioning of Electric Power Systems
Training Electrical Testing and Commissioning of Electric Power Systems
0
Yogyakarta Training

Training Electrical Testing and Commissioning of Electric Power Systems

 

Description

The electrical acceptance testing and commissioning of electric power systems is essential to the start up of any electrical system for the first time, regardless of its size, type or industry. It is a very special occurrence and poses some unique challenges to electrical personnel. Inexperience and poor planning will inevitably result in prolonged delays in the start up which can lead to costly productivity losses. This course provides invaluable information to anyone who wishes to know and understand the role of Electrical Acceptance Testing, Commissioning and Start-up of Electrical Power Distribution Systems. The importance of planning and preparation for the project, from engineering to commissioning and start up, will be emphasized. This course deals with safety considerations and testing and start-up procedures for all the components of any electrical system. The course leader will also offer useful guidelines on what to do when things go wrong during this phase of a project.

 

Course Outline

  1. Course Introduction
    Instructors introduction and background
    Management of commissioning projects
    About NETA
    Certification of Test Technicians
    Certification Test Examples
    NETA – ANSI Standards
    NETA – Frequency of Tests
    Overview – ATS 1999
  2. Electrical Theory
    Basic Electrical Theory & Commonly Used Formulae
    Time-Current Characteristics
    Electrical Definitions and Acronyms
    Ground Fault Systems
    Coordination studies
    Short Circuit Studies
    Device Evaluations
  3. Understanding Electrical Drawings
    IEEE Device numbers
    Drawing Symbols
    Single lines drawings
    3 line drawings
    AC/DC Trip & Control Schematics
    Wiring Diagrams
    General System Design, Lay-out and Drawings
  4. Component Testing Procedures
    Types of Commonly Used Test Equipment
    Insulation Resistance Testing
    Contact resistance Testing
    Current Injections, CT testing
  5. Safety
    Construction Site Considerations
    Safety during a start up project
    Temporary generators and construction power
    Personal Protective Equipment Voltage Detection Equipment, Hot-sticks, Grounds
    Temporary Grounds
    Qualified Electrical Personnel
  6. Documentation
    Management of Start Up & Commissioning Projects
    Turnover Packages
    Drawing control, field mark ups and “as builts”
    Test sheet document control
    Keeping track of completed tasks
    Deficiency tracking
  7. System Commissioning
    Ensuring the system is working completely
    Using electrical drawings
    Sensing Devices
    Isolating devices
    Relays and tripping devices
  8. NETA Acceptance Testing Specifications
    NETA Acceptance testing procedures of Electrical Equipment
  9. Substation Equipment Commissioning
    Ground Grid Design, Grounding (Step & Touch Potentials, Earth Resistivity, Bonding Resistance)
    Testing ground grids and soil resistivity
    High voltage towers and switches
    Outdoor SF6 Breakers
    Other Substation Equipment
    NETA Recommended Component tests
  10. Transformer Commissioning
    General Construction, Operation & Safety
    Field Assembly and Vacuum Filling of Power Transformers
    Handling Transformer Oil, Tapchangers
    Transformer Protective Devices, Bushings, auxiliary devices alarms & trips
    NETA Recommended ELectrical Acceptance Testing and Commissioning Tests
  11. Distribution Switchgear Commissioning
    General Construction, Operation & Safety
    Metal Clad Switchgear construction and safety features
    Commissioning Switchgear
    Breaker construction and safety features
    Capacitors
    Current Transformers
    Instrument Transformers, Test switches, Metering and Relaying Devices
    NETA Recommended Acceptance Tests
  12. Plant Start Up
    Pre-energization checklists
    First energization proceedures
    Phase rotation and other measured system parameters

 

Who Should Attend

Anyone who involved in commissioning of electrical power systems

 

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.

 

 

Training Electrical Grounding
Training Electrical Grounding
0
Yogyakarta Training

Training Electrical Grounding

Course Description:

The Power Systems Grounding Seminar provides a practical understanding of system and equipment grounding. Actual case studies and in-class exercises provide knowledge needed for solving grounding problems, designing new systems or maintaining existing facilities. Power systems grounding problems cause unexplained system outages. Highly qualified Siemens Westinghouse instructors can provide you with knowledge and experience to recognize, evaluate and verify grounding system elements.

 

Course Objectives:

  • Explain the Reasons for Grounding, Shock Hazards, System Ground Versus Equipment Grounds
  • Describe the Basics of System Grounding
  • Describe Typical Ground Fault Schemes and Switchgear Performance Testing
  • Explain Symmetrical and Fault Calculations
  • Outline NEC Requirements
  • Summarize Computer and Instrumentation Grounding
  • Explain Ground Grid Resistance

 

Who Should Attend:

The course is suggested for graduate engineers or personnel with equivalent work experience in electrical power systems. Consultants, application engineers, design engineers and electrical engineers from large industrial plants or municipal distribution systems will find this course very beneficial. Attendance at the Siemens Westinghouse Industrial Power Systems Analysis Seminar or equivalent is strongly recommended as a prerequisite.

 

Course Content

  • Introduction to Power Systems Grounding

IEEE Standard 142-1991

Grounding Nomenclature

Systems Grounding

Systems Grounding

  • Basics of System Grounding

Ungrounded Systems

Grounded System

Ground Fault Detection

Ground Fault Coordination

  • NEC Requirements

Article 250-1 Scope

Separately Derived Systems

Equipment

Sizing Grounding Electrode Conductors

  • Computer Grounding

Separately Derived ADP Power Supply

Single Point Grounding

Safety vs. Signal Grounding

Raised Floor Signal Reference Grids

Modular Power Centers

  • Ground Grid Resistance

Grounding System Components

Effects of Ground Resistance

Improving Ground Resistance

Ground Resistivity Measurements

Ground Resistance Measurements

Calculating Resistance for Large Substation Ground Grids

  • Ground Grid Design

IEEE Standard 80-1986

Maximum Mesh, Step and Touch Voltages

Permissible Body Current Limits

In-Class Calculations and Evaluations of Ground Grids

 

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.

 

 

Training Electrical Grounding and Shielding Electronic Systems
Training Electrical Grounding and Shielding Electronic Systems
0
Yogyakarta Training

Training Electrical Grounding and Shielding Electronic Systems

 

Course Description:

This course stresses the fundamental electromagnetic compatibility principles involved in typical grounding and shielding problems. Understanding the objectives and techniques for grounding and shielding will reduce misconceptions and allow a more systematic approach to replace trial and error methods. For example, the course explains why a signal ground is not the same as a signal return.

Also, solutions for the numerous problems caused by wiring inductance are described and demonstrated. The course emphasizes the development of logical diagnostic techniques for identifying various types of noise problems. Often, the correct identification of the problem is more difficult than the solution. The course is at an introductory level; however, some knowledge of electronic circuits and system design is assumed. Several interference mechanisms and shielding techniques are demonstrated.

 

Who Should Attend:

This course is recommended for electrical engineers, technicians, designers and release engineers responsible for electronic or electromechanical products.

 

Course Objectives:

This course is designed to enable participants to:

  • Define electrical ground, signal ground, and signal return
  • Describe various grounding techniques
  • Diagnose noise problems
  • Identify methods to reduce and filter noise
  • Define inductive and capacitive shielding
  • Describe techniques for reducing electromagnetic coupling
  • Select appropriate cabling
  • Identify methods to ensure impedance matching
  • Identify noise coupling mechanisms

 

Course Outline:

  1. Basic Principles of Noise Reduction
  1. Importance of wiring inductance
  2. Bandwidth of pulse waveforms
  3. Noise coupling mechanisms
  4. How to identify the mechanism
  5. Common and differential modes
  1. Grounding: Why and How?
  1. What is electrical ground?
  2. Reasons for grounding
  3. Signal ground, signal return
  4. Ground grid technique
  5. Isolated grounding technique
  6. Ground loop noise reduction

III. Signal Ground Techniques

  1. Ground each current only once
  2. Unsafe signal grounding
  3. Single point versus ground grid
  4. Signal isolation techniques
  1. How to Diagnose Noise Problems
  1. Ringing, rounding, and reflections
  2. Effects of signal impedance distribution on susceptibility
  3. Practical diagnostic techniques
  4. Noise coupling examples
  1. Noise Reduction Techniques
  1. Filtering and shielding
  2. Reducing mutual inductance
  1. Filtering Conducted Noise
  1. CM and DM filter techniques
  2. Improving circuit balance
  3. 1 GHZ filtering techniques
  4. DC power bus design

VII. Inductive and Capacitive Shielding

  1. Self-shielding techniques
  2. Misuse of twisted pair
  3. Grounding cable shields
  4. Shielding examples

VIII. Reducing Electromagnetic Coupling

  1. Identifying EM coupling
  2. Controlling CM currents

 

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.

 

 

Training Safe Operation & Maintenance Circuit Breakers and Switchgear
Training Safe Operation & Maintenance Circuit Breakers and Switchgear
0
Yogyakarta Training

Training Safe Operation & Maintenance Circuit Breakers and Switchgear

 

DESCRIPTION

Switchgear (and circuit breakers) are obviously critical components in electrical distribution systems and their operation significantly affects the overall operation of the system. The workshop will discuss application, installation, maintenance and testing issues relating to medium and high voltage switchgear and circuit breakers. There will also be a coverage of low voltage switchgear. You will receive a thorough grounding in switchgear theory and standards. You will gain a solid understanding of the issues associated with the proper application, installation and maintenance of these critical items of equipment with an overriding emphasis on safety. This comprehensive and practical workshop emphasises medium voltage switchgear which represents most of the switchgear installed on electrical distribution systems. The focus here is on air blast, oil, SF6 and vacuum circuit breakers. Case studies covering the main manufacturer’s equipment will illustrate the important practical principles. Other power system protection components will be discussed as well to ensure that switchgear is understood in the correct context.

 

WORKSHOP OBJECTIVES

Delegates will learn about the following:

  • Selection of appropriate type and rating of circuit breakers and switchgear
  • Fundamentals of operation of switchgear
  • Switchgear components (CTs, VTs, relays, cable terminations)
  • Safe operational policies including safety rules and safety documents
  • Diagnostic tools and test equipment
  • Safe maintenance policies including safe working in switch rooms, indoor and outdoor substations

 

THE PROGRAM

 

SWITCHGEAR – ORIGINS & TYPES

  • Single line diagrams
  • Active and passive network components
  • Circuit breaker utilisation
  • Alternative forms of MV switchgear – ring main units, load breaking/fault making switches,
  • Fuse switches
  • HV fuses in combination with, and as alternative to circuit breakers
  • Auto-reclosers and auto-reclose operation

 

APPLICATION OF SWITCHGEAR

  • Principles of current interruption
  • Plain break circuit breakers
  • Bulk and small oil volume circuit breakers
  • Turbulator (explosion pot)
  • Operating mechanisms
  • Transfer earth circuit breakers
  • Air break and air blast switchgear
  • SF6 and Vacuum
  • Switchgear in association with disconnectors
  • Fixed and withdrawable designs
  • Switchgear standards
  • Factors affecting switchgear selection

 

SPECIFICATION OF SWITCHGEAR

  • Switchgear rating – highest system and impulse withstand voltages, load and short circuit currents
  • Simple and complex protection systems
  • Switchgear ancillaries, measurement CTs, VTs, relays
  • Cable terminations
  • Indoor and outdoor operation
  • Substation and switch room layouts and design

 

SHORT CIRCUIT TESTING

  • Symmetrical and asymmetrical breaking
  • Make and break operations
  • Understanding test oscillograms

 

CASE STUDY – SPECIFICATION FOR A 132 kV SWITCHBOARD

 

SAFETY POLICIES

  • General safety precautions and the use of personal protective equipment
  • Principles of safety rules
  • Principles of personnel authorisation
  • Operative training for safe operation of switchgear
  • Isolation in a circuit breaker context
  • Safety documentation
  • Operational and safety locking, caution and danger notices
  • Safe working in a substation environment
  • Safety interlocks
  • Substation alarms
  • Individual study task and presentation -safety policies in my company and how they might be improved

OPERATION OF MODERN SWITCHGEAR

  • Case Studies:

– Sprecher & Schuh

– Schneider

– ABB

– Siemens

ASSET MANAGEMENT IN A SWITCHGEAR CONTEXT

  • Principles of time and condition based asset management
  • Asset registers
  • Asset management systems

DIAGNOSTICS, TESTING & MAINTENANCE

  • Switchgear inspection methodologies
  • Partial discharge measurement and survey
  • Timing tests
  • Thermovision
  • Mechanisms of deterioration
  • Principles of circuit breaker maintenance
  • Maintaining oil circuit breakers
  • Contact maintenance and contact wipe
  • Oil testing
  • Maintaining vacuum circuit breakers
  • Maintaining SF6 circuit breakers
  • SOPs and DINs
  • Switchgear defects and defect control systems

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.

 

Training Electrical Substation Safety
Training Electrical Substation Safety
0
Yogyakarta Training

 

Training Electrical Substation Safety

 

YOU WILL LEARN HOW TO:

  • Identify the hazards in O&M work in different parts of electrical installations
  • Identify the various statutory and legal regulations and acts dealing with electrical safety at work
  • Appreciate the basic theoretical aspects involved in electrical safety
  • Understand the importance of proper design of electrical equipment in ensuring safety
  • Gain a clear understanding of the procedures and practices adopted for safe working
  • Appreciate the role of regular inspection and condition-based maintenance in ensuring safe operation
  • Gain an insight into the organisational aspects of safety
  • Become familiar with the electrical safety rules (applicable to on-site training)

 

WHO SHOULD ATTEND:

  • Consulting Engineers
  • Electrical Engineers
  • Project Engineers
  • Maintenance Engineers
  • Power System Protection and Control Engineers
  • Building Service Designers
  • Data Systems Planners and Managers
  • Electrical and Instrumentation Technicians
  • Master Electricians

 

THE WORKSHOP

Electrical substation safety is an important issue in utility networks as well as large industrial installations and requires adequate attention in the stages of system planning, design, installation, operation and maintenance. A number of serious accidents including fatalities occur every year in industrial establishments due to accidents involving electricity, resulting in huge financial losses and wasted man-hours. Electrical safety is a well-legislated subject and the various Acts and Regulations enacted lay a lot of stress on the responsibility of both employers and employees in ensuring safe working conditions. In this workshop, we will take a look at the theoretical aspects of safety as well as the practical and statutory issues. Safety is not simply a matter of taking precautions in the workplace. It has to start at the stage of equipment design. Safety should be built into the

design of electrical equipment and it is the responsibility of each manufacturer of electrical equipment to remove every possible hazard that can arise from its normal use. Correct selection and application of electrical machinery is also important for ensuring safety. A thorough inspection during initial erection and commissioning as well as on a periodic basis thereafter is also very essential to ensure safety. Batteries used in substations need particular attention since they contain toxic materials such as lead, corrosive chemicals such as acid or alkali. Electrical safety is not just a technical issue. Accidents can only be prevented if appropriate safety procedures are evolved and enforced. This includes appropriate knowledge of equipment and systems imparted through systematic training to each and every person who operates or maintains the equipment. We will cover all these aspects in detail.

 

THE PROGRAM

OVERVIEW

  • Hazards of a general nature in industrial installations
  • Electrical hazards
  • Direct and indirect electric shock
  • The deadly combination of heights and electric shock
  • Hazards due to arcing/flashover
  • Hazards from use of electrical equipment in explosive environment
  • Hazards due to high temperature in electrical equipment
  • Need for periodic inspection and maintenance for safe operation of electrical equipment

BASIC THEORY OF ELECTRICAL SAFETY

  • Electrical shock – why does it happen?
  • Touch and step potential (voltage)
  • Direct and indirect contact
  • Role of electrical insulation in safety
  • Avoiding electric shock – different approaches
  • Earth leakage circuit breakers
  • Earthing of power supply systems and its safety implications
  • Role of earthing of equipment enclosures (protective earthing) in human safety
  • Earthing in outdoor installations
  • Earthing of buildings and structures for safety during a lightning strike
  • Dangers due to arc flash in electrical equipment

REGULATORY ASPECTS OF ELECTRICAL SAFETY

  • Tracing the evolution of factory regulations
  • Acts and regulations dealing with electrical safety
  • Health and safety regulations (general)
  • Electricity related regulations
  • For electricity suppliers
  • For electricity consumers
  • Wiring rules as applicable for LV/HV installations
  • Safety aspects of electrical equipment for use in hazardous areas

SAFETY ASPECTS IN ELECTRICAL EQUIPMENT DESIGN

  • Objectives of safe design
  • Insulation and its role in safety
  • Enclosures for safety
  • IP classification
  • Adverse thermal effects and prevention
  • Isolation and blocking of switching to prevent hazards
  • Role of standards in safety

SAFE OPERATION AND MAINTENANCE OF ELECTRICAL EQUIPMENT

  • Key safety issues in O&M of electrical installations
  • Isolation and earthing of equipment
  • Use of warning signs for operation and maintenance
  • Safety while working in outdoor switchyards and overhead lines
  • Work on underground cable systems
  • Use and upkeep of safety appliances in substations and other electrical premises
  • Gas safety and ventilation
  • First-aid for burns and electric shock

INSPECTION OF ELECTRICAL SYSTEMS FOR SAFETY

  • Objectives of inspection
  • Stipulations regulations
  • Inspection of new installations
  • Checklists of items/aspects to be inspected
  • Periodic inspection
  • Documentation of inspection
  • Planned and condition-based preventive maintenance

SAFETY IN BATTERY INSTALLATIONS

  • Hazards involved in lead-acid battery installations
  • Premises used for housing lead acid batteries
  • Transportation and storage
  • Installation and commissioning
  • Charging and storage
  • Dismantling and disposal
  • Protective clothing
  • First-aid measures

ORGANISATIONAL ASPECTS OF SAFETY

  • Legislative aspects of safety
  • Role of an organisation in ensuring/improving work safety
  • Functional requirements
  • Intra-organisational safety implementation
  • External interfacing and compliance

SUMMARY, OPEN FORUM & CLOSING

 

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.

 

 

Training Low Voltage Switchgear Maintenance, Testing & Troubleshooting
Training Low Voltage Switchgear Maintenance, Testing & Troubleshooting
0
Yogyakarta Training

 

Training Low Voltage Switchgear Maintenance, Testing & TroubleshootingTraining Low Voltage Switchgear Maintenance, Testing & Troubleshooting

 

 

Objectives

At the completion of this course, students will have knowledge of breaker and breaker protective device operation and will be able to remove and replace all breaker components.

 

Who should attend?

This course is designed for personnel responsible for maintenance, testing and troubleshooting low voltage power circuit breakers, protective relays, breaker trip devices and switchgear panels. The lab provides students with the opportunity to work on a variety of low voltage circuit breakers.

 

Course Content

  • ntroduction to low voltage switchgear
  • Load center srrangements
  • Nature of short circuits and arc interruption
  • Switchgear print reading
  • Insulated case circuit breakers
  • Switchgear panel instrumentation
  • Fuses and protective relays
  • Power system and equipment grounding
  • Breaker sdjustments and lubrication
  • Breaker front and rear frame separation process
  • Maintenance and troubleshooting

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.

 

Training Medium Voltage Circuit Breakers & Contactors
Training Medium Voltage Circuit Breakers & Contactors
0
Yogyakarta Training

Training Medium Voltage Circuit Breakers & Contactors

 

Maintenance Training

This course is designed for technicians and engineers who are responsible for maintenance of medium voltage air / vacuum circuit breakers and contactors (Magne-Blast, Power/VAC and Limitamp equipment). Two-thirds of the class is dedicated to hands-on laboratory work.

Course Content

Agenda topics include:

Magne-Blast circuit breakers

  • Drawings
  • Switchgear protective relays
  • Ml-13 operating mechanism
  • Adjustments and maintenance

Power/VAC circuit breakers

  • Drawings
  • Ml-17 operating mechanism
  • Ml-18 operating mechanism
  • Adjustments and maintenance

Limitamp motor controllers

  • Drawings
  • Limitamp air-break contactors
  • Limitamp vacuum contactors
  • Adjustments and maintenance

Fasilitas Yang Diperoleh

  • Lokasi Training di Hotel Bintang 3-5
  • Ruang Pelatihan Full AC, Toilet dan Musholla
  • Perlengkapan Visual LCD Proyektor, & Whiteboard
  • Modul / Handout(Hard Copy & Soft Copy)
  • Training Kit (Co-Card, Bolpoin, & Buku Catatan)
  • 1x Makan Siang dan 2x Coffee Break (Snack)
  • Penjemputan Bandara Hotel (Pulang-Pergi selama pelatihan)
  • Basement Tempat Parkir Motor dan Mobil yang Aman
  • Akses Internet Wireless
  • Smoking Area.
  • Sertifikat Keikutsertaan Training
  • Merchandise menarik dari Duta Pro Training & Consulting
  • Konsultasi dengan Instruktur/Narasumber setelah Pelatihan

Biaya Training

  • Rp 6.800.000,- / Peserta (termasuk penginapan, minimal 2 peserta)

Lokasi Training di Yogyakarta

Keterangan

  1. Jumlah Peserta dapat memperngaruhi biaya training.
  2. Biaya dan Lokasi diatas hanya untuk Private Training dan Public Training, untuk In House Training penawarannya dapat menghubungi kami dilink berikut (kontak kami).
  3. Jumlah peserta, jadwal training dan lokasi training dapat menyesuaikan permintaan.
  4. Pemintaan lokasi yang diluar daftar diatas dapat menghubungi kontak Marketing Kami.

Dapatkan Penawaran Harga Training Terbaik dari Kami!.

Untuk melihat jadwal pelatihan ini kunjungi Jadwal Training Update dan jika ingin mendaftar pelatihan public atau online training ini, silakan isi form di Formulir Pendaftaran.