OMICRON Academy Hong Kong. Excellence through Education

Transcription

1 OMICRON Academy Hong Kong Excellence through Education

2 OMICRON Academy Training Courses Details & Registration at 2

3 Excellence through Education Effective equipment maintenance action begins with successful testing and diagnosis. For this, a deep understanding of both the test application and the usage of the related test equipment are paramount. The OMICRON Academy aims at providing you with this knowledge - ultimately empowering you to being able to utilize your OMICRON test set to its full potential in order to get the most out of your testing. Our experienced trainers guide you through a range of hands-on courses on commissioning and testing of protection relays as well as diagnostic measurements and maintenance tests on various primary assets. Convenient Location Hong Kong is a multicultural city situated in the heart of Asia. Excellent geographic location and business environment help bolster its position as the premier hub in the Asian region. Perfect transport connections also enable convenient arrival by airplane. > > Bangkok, Thailand: less than 3 hours > > Jakarta, Indonesia: around 4.5 hours > > Kuala Lumpur, Malaysia: around 4 hours > > Manila, Philippines: less than 3 hours > > Singapore: around 4 hours > > Hanoi, Vietnam: less than 2 hours Types of Training OMICRON Academy Hong Kong offers training at our Training Center in Hong Kong, at your premises and online for remote attendance. > > Scheduled Training These courses take place regularly at the OMICRON Academy on fixed dates. You will benefit from exchanging experiences with other students and from working with the Academy s dedicated training equipment. > > Customized Training These courses are planned specifically for you and are tailored to your requirements. They can take place at a variety of locations, including the Hong Kong Training Center, customer premises or a location of your choice. > > Webinars Our webinars are short interactive online courses. To participate, only a computer, a microphone, a fast Internet connection and speakers or headset are necessary. Contact OMICRON Academy OMICRON electronics Asia Limited Unit , 28/F, The Metropolis Tower, 10 Metropolis Drive, Hung Hom, Hong Kong Phone: Fax: academy.hongkong@omicronenergy.com Further information will be made available upon registration. Who Should Attend Our professional training courses cover multiple levels ranging from fundamental through advanced topics. Areas covered include: how to efficiently use the equipment, different applications of the equipment, and theoretical understanding. Built around real testing situations, they are ideal for technicians and engineers from electrical utilities, industrial plants, equipment manufacturers and service companies. 3

4 Protection Testing... Page 5-14 Instrument Transformer Protection Testing & Monitoring... Page Power Transformer Testing & Monitoring... Page Switchgear Protection / Circuit Breaker Testing Testing... Page Power Utility Protection Communication Testing... Page

5 Protection Testing 5

6 Basic CMC, Test Universe and Overcurrent Relay Duration: 1 day Course ID: C.0075.BBX Language: English > test the electrical equipment and the protection relays with CMC > use the Test Universe software from scratch > create automated test plan and reliable reports > Overview of the protection and control system in a substation > Secondary electrical equipments testing: pick-up/drop-out test, trip times test, functional testing and accuracy verification > CMC introduction and specification > Test Universe overview and applications > Basic protection functions testing: non-directional overcurrent relays, under/over voltage relays, power relays and under/over frequency relays > Hands-on: Testing the non-directional overcurrent relays, under/over voltage relays > Directional overcurrent theory > Creating a flexible test plan for directional/non-directional overcurrent relays > QuickCMC, Ramping, Pulse Ramping, State Sequencer, Overcurrent, OCC, Protection Testing Library (PTL) > CMC 256plus, CMC 356, CMC 353 and also CMC 156, CMC 256 Our experienced trainer provides relevant background information. In alternating theoretical and hands-on sessions the single test steps are explained and applied to the test objects which are prepared by the trainer or brought by the participants who can test their own relays for a real-training experience. Their specific questions will be taken into account during the training. Graduates in electrical engineering, electrical engineers working in electrical utilities or service companies responsible for testing and maintenance of control & protection systems Knowledge of protection relaying and power system 6

7 Introduction to Distance Protection Testing Duration: 1 day Course ID: C.0076.BBX Language: English > test distance protection relays > create automated test plan and reliable reports for distance relays > Distance protection theory > Hands-on: Testing the impedance zone characteristics > Theory of additional functions for distance protection > Switch On To Fault (SOTF) > Power Swing Blocking > Creating automated test plans and reliable reports for distance relays > Distance, NetSim, State Sequencer, OCC, Protection Testing Library (PTL) > CMC 256plus, CMC 356, CMC 353 and also CMC 156, CMC 256 Our experienced trainer provides relevant background information. In alternating theoretical and hands-on sessions the single test steps are explained and applied to the test objects which are prepared by the trainer or brought by the participants who can test their own relays for a real training experience. Their specific questions will be taken into account during the training. Graduates in electrical engineering, electrical engineers and technicians responsible for protection testing in utilities, transmission and distribution networks, railway grids, service companies and manufacturers Knowledge of protection relaying and power system, attended C.0075.BBX or equivalent trainings 7

8 Advanced Distance Protection Testing Duration: 1 day Course ID: C.0077.BBX Language: English > test distance protection relays > perform end-to-end testing for communication scheme protection > create automated test plan and reliable reports for distance relays > test under the IEC environment > Distance protection theory > Hands-on: Testing the impedance zone characteristics > Theory of additional functions for distance protection schemes: Zone Extension Scheme, Loss Of Load, Direct Transfer Trip Scheme, Permissive Schemes, Weak Infeed Trip/Echo Scheme, Current Reversal, Blocking Scheme, Switch On To Fault (SOTF), Fuse Failure, Power Swing Blocking > Creating automated test plans and reliable reports for distance relays > Understanding how the test is conducted under the IEC environment > Distance, Advanced Distance, NetSim, State Sequencer, OCC, Protection Testing Library (PTL), RelayLabTest, RelaySimTest, IEC61850 modules > CMC 256plus, CMC 356, CMC 353 and also CMC 156, CMC 256 Our experienced trainer provides relevant background information. In alternating theoretical and hand-on sessions the single test steps are explained and applied to the test objects which are prepared by the trainer or brought by the participants who can test their own relays for a real-training experience. Their specific questions will be taken into account during the training. Electrical engineers and technicians responsible for protection testing in utilities, transmission and distribution networks, railway grids, service companies and manufacturers Knowledge of protection relaying and power system, attended C.0075.BBX and C.0076.BBX or equivalent trainings 8

9 Introduction to Differential Protection Testing Duration: 1 day Course ID: C.0078.BBX Language: English > test transformer differential protection relays > test motor/generator/line differential protection relays > Differential protection theory: magnitude correction for transformer differential relays, motor differential relays, generator differential relays, line differential relays, phase angle correction for transformer differential relays, zero sequence elimination for transformer differential relays, diff/bias operating characteristics, harmonic restraint/blocking functions > Hands-on: Testing the diff/bias operating characteristic, trip time, through fault stability and harmonic blocking for transformer differential function > Creating a flexible test plan for transformer differential relays > Differential, NetSim, State Sequencer, Ramping, Pulse Ramping, OCC > CMC 256plus, CMC 356 and also CMC 256, CMC CMA 156 Our experienced trainer provides relevant background information. In alternating theoretical and hands-on sessions the single test steps are explained and applied to the test objects which are prepared by the trainer or brought by the participants who can test their own relays for a real-training experience. Their specific questions will be taken into account during the training. Graduates in Electrical Engineering, Electrical engineers and technicians responsible for protection testing in utilities, transmission and distribution networks, railway grids, service companies and manufacturers Knowledge of protective relaying and power system, attended C.0075.BBX or equivalent trainings 9

10 Advanced Differential Protection Testing Duration: 1 day Course ID: C.0079.BBX Language: English > test transformer differential protection relays > test motor /generator/line differential protection relays > perform the end-to-end testing for line differential protection > test restricted earth fault protection > test under the IEC61850 environment > Differential protection theory: Magnitude correction for transformer differential relays, motor differential relays, generator differential relays, line differential relays, phase angle correction for transformer differential relays, zero sequence elimination for transformer differential relays, diff/bias operating characteristic, harmonic restrain/blocking functions > Hands-on: Testing the diff/bias operating characteristic, trip time, through fault stability and harmonic blocking for transformer differential function > Theory of restricted earth fault protection > Creating a flexible test plan for transformer differential relays > Understanding how the test is conducted under the IEC61850 environment > Differential, Advanced Differential, NetSim, State Sequencer, Ramping, Pulse Ramping, OCC, RelaySimTest, IEC modules > CMC 256plus, CMC 356 and also CMC 256, CMC CMA 156 Our experienced trainer provides relevant background information. In alternating theoretical and hands-on sessions the single test steps are explained and applied to the test objects which are prepared by the trainer or brought by the participants who can test their own relays for a real-training experience. Their specific questions will be taken into account during the training. Electrical engineers and technicians responsible for protection testing in utilities, transmission and distribution networks, railway grids, service companies and manufacturers Knowledge of protection relaying and power system, attended C.0075.BBX and C.0078.BBX or equivalent trainings 10

11 Generator Protection Testing Duration: 1 day Course ID: C.0080.BBX Language: English > test generator protection relays > create automated test plan and reliable reports for generator protection relays > Generator protection theory > Percentage differential protection, high impedance differential protection, directional/non-directional overcurrent protection, negative sequence overcurrent protection, voltage dependent protection, loss of excitation, 90% stator earth fault protection, restricted earth fault protection, 100% stator earth fault protection, rotor earth fault protection, over-excitation protection, low/reverse power protection, out of step protection > Hands-on: Testing the generator protection functions > Creating a flexible test plan for generator protection relay > QuickCMC, Ramping, Pulse Ramping, State Sequencer, Overcurrent, Advanced Distance, Advanced Differential, OCC, Protection Testing Library (PTL) > CMC 256, CMC 256plus, CMC 356 Our experienced trainer provides relevant background information. In alternating theoretical and hand-on sessions the single test steps are explained and applied to the test objects which are prepared by the trainer or brought by the participants who can test their own relays for a real-training experience. Their specific questions will be taken into account during the training. Electrical engineers and technicians responsible for protection testing in utilities, transmission and distribution networks, power plants, railway grids, service companies and manufacturers Knowledge of protection relaying, generator and power system, attended C.0075.BBX, C.0076.BBX and C.0078.BBX or equivalent trainings 11

12 Motor Protection Testing Duration: 1 day Course ID: C.0081.BBX Language: English > test motor protection relays > create automated test plan and reliable reports for motor protection relays > Motor protection theory > Percentage differential protection, thermal overload protection, stall protection, motor start-up monitoring, short circuit protection, unbalance protection, under-voltage protection, under-current protection > Hands-on: Testing the motor protection functions > Creating a flexible test plan for motor protection relay > QuickCMC, Ramping, Pulse Ramping, State Sequencer, Overcurrent, Advanced Differential, OCC, Protection Testing Library (PTL) > CMC 156, CMC 256, CMC 256plus, CMC 356, CMC 353 Our experienced trainer provides relevant background information. In alternating theoretical and hand-on sessions the single test steps are explained and applied to the test objects which are prepared by the trainer or brought by the participants who can test their own relays for a real-training experience. Their specific questions will be taken into account during the training. Electrical engineers and technicians responsible for protection testing in utilities, power plant, industries, government, railway grids, service companies and manufacturers Knowledge of protection relaying, motor and power system, attended C.0075.BBX and C.0078.BBX or equivalent trainings 12

13 Testing Recloser Controllers and Relays Duration: 1 day Course ID:C.0103.AAX Language: English > develop test plans for recloser controllers and relays > test reclosers and sectionalizers using the CMC test set > test recloser with pulse closing technique > Basic recloser operations > Need for recloser testing > Utilization of CMC test sets and recloser cables > Understand the logic of different restoration scheme > Hands-on practice > GPS-synchronized testing for distribution automation > Understand the pulse closing and the testing solution by using CMC test sets > CMC 256plus, CMC 353, CMC 356, CMControl-R > Recloser cable options Learn the benefits and applications of reclosers and sectionalizers as well as how to quickly and easily test recloser functionality. Technical staff from electric utilities, service companies and manufacturers involved in recloser maintenance, installation and testing Knowledge of distribution system reclosing or protection relay testing would be helpful. Attended C.0075.BBX or equivalent trainings. 13

14 IEC /IEC Power Quality Instruments Testing with OMICRON CMC256plus Test Equipment Duration: 1 day Course ID: C.0125.BBX Language: English > test the power quality instrument according to the IEC standards > generate flicker, harmonic, and interharmonic signals > calculate unbalanced voltage > create automated test plan and reliable reports for power quality instruments > Flicker and frequency fluctuation > Harmonic, Interharmonic > Voltage unbalance and symmetrical components > Voltage dip and swell > Type tests according to IEC standards > Influencing quantities and multi-incidents > PQ Signal Generator (Test Universe 3.0 or later) > CMC 256plus > IEC , IEC , IEC , IEC , IEC Our experienced trainer provides relevant background information. In alternating theoretical and hand-on sessions the single test steps are explained and applied to the test objects which are prepared by the trainer or brought by the participants who can test their own relays for a real-training experience. Their specific questions will be taken into account during the training. Personnel from power quality department of electric utilities, power quality instrument manufacturers or companies responsible for acceptance test and commissioning according to IEC standards Knowledge of power quality and power system would be helpful. Attended C.0075.BBX or equivalent basic CMC trainings 14

15 Instrument Transformer Testing & Monitoring 15

16 Current Transformer Testing and Analysis Duration: 1 day Course ID: C.0038.AAX Language: English > perform testing of current transformers using CT Analyzer > evaluate test results > create customized reports using the CT Analyzer PC software > Theory of current transformers (CTs) > Applicable standards for CTs ( IEEE C57.13, IEC , IEC ) > Differences between protection class and metering class CT > On-site testing considerations > Operation of the CT Analyzer > CT Analyzer PC software and report generation > Analysis of test results > CT Analyzer > CT SB2 Switch-Box for testing multi-ratio CTs > CT Analyzer PC Software Participants will gain a good level of understanding for current transformers and will be able to use the CT Analyzer effectively to test CTs and analyze the test results. Technical staff from electric utilities or companies involved in commissioning and maintenance of current transformers Basic knowledge of power system components and principles of electricity 16

17 Introduction to CPC 100 and Testing CTs and VTs Duration: 1 day Course ID: C.0057.BBX Language: English > prepare, perform and save measurements with the CPC 100 > use the PC Tool Set for data processing and reporting > use the CPC 100 for effective CT and VT Testing according to the specific standards > Application and usage CPC 100 hardware > Handling of the CPC 100 > Practical measurements on different instrument transformers > Using the CPC 100 PC tool set for easy test preparation and reporting > Predefined templates for CT and VT test reporting > CPC Editor, EXCEL File Loader, CPC 100 test templates > The Quick and the Sequencer test card, all CT and VT test cards > The CPC 100, CP CB2 A reasonable and refreshing mix of live presentations of the device, plausibly arranged theory content and practical measurements on instrument transformers allows you to broaden your engineering related knowledge and empowers you to use the CPC 100 for effective CT and VT testing and reporting. By working in small groups every participant has the possibility to explore the device and discuss upcoming questions with group members and the trainer. Technical staff from utilities or companies working mainly in commissioning or maintenance testing of primary operational equipment Knowledge of electrical engineering 17

18 Performance Measurements on Instrument Transformers Duration: 1 day Course ID: C.0124.BBX Language: English > use both the CT Analyzer and the VOTANO 100 approach to best advantage for CT and VT testing > classify instrument transformers according to the relevant international standards (IEC and IEEE) > assess specified parameters of instrument transformers > handle special application examples such as bushing type CTs and instrument transformers buried in a GIS system, etc. > generate test reports with the PC Toolset software > Basics of instrument transformers (electro-physical principles, different types and designs) > Relevant standards for instrument transformers to understand the CT Analyzer s and VOTANO 100 s settings > Measuring principles and operation of the CT Analyzer and VOTANO 100 for effective testing on instrument transformers > PC Tool set for easy preparation and reporting of instrument transformer testing > The CT Analyzer > The VOTANO 100 > Classes and relevant content of the standard IEC , IEC , IEC , IEC , IEC , IEC and IEC > Classes and relevant content of the standard IEEE C57.13 and ANSI C93.1 You will benefit from a refreshing mix of live presentations of the device, plausibly arranged theory content and practical measurements on OMICRON s instrument transformers. It will allow you to broaden your engineering knowledge and empower you to use the CT Analyzer and the VOTANO 100 for effective instrument transformer testing and reporting. By working in small groups you will have the possibility to explore the devices and the physical properties of different kinds of instrument transformers and discuss questions with group members and the trainer. Technical staff involved in instrument transformer testing in utilities, transmission, distribution and generation networks, railway grids, service companies and manufacturers. Knowledge of electrical engineering 18

19 Power Transformer Testing & Monitoring 19

20 Basics of Conducting Partial Discharge Measurements Using the MPD 600 Duration: 1 day Course ID: C.0037.AAX Language: English > set up a Partial Discharge detector to make correct partial discharge measurements > operate the MPD600 Software and take partial discharge measurements > interpret typical partial discharge patterns > The first part of the training is in the theory of partial discharge > The second part of the training is in the operation of the MPD 600 and its software > The third part of the training is in setting up the MPD600 in conjunction with an AC Dielectric Set and simulating typical types of discharge > The MPD 600 > The MPD Basic and Advanced Software This is a course that includes lecture and Hands-on exercises. You will become familiar with the techniques need to properly utilities the MPD product. Technical staff from utilities or companies working mainly in commissioning or maintenance testing of power transformers Basic knowledge of electricity 20

21 Measurements of Power Transformers with the CPC 100 and the CP TD1 Duration: 1 day Course ID: C.0059.BBX Language: English > use the CPC 100 in combination with the CP TD1 for effective power transformer testing > prepare and perform transformer tests with the provided CPC test templates > prepare and perform transformer tests with our intuitive PC software > interpret the results according to the latest scientific insights > Introduction to power transformer maintenance > Theoretical background and performance of ratio, winding resistance and short circuit impedance tests > Automated ratio and winding resistance measurements > Theoretical background and performance of C & tan delta (capacitance and power/dissipation factor) tests on power transformers and bushings > Interpretation of test results > Applying predefined test templates for power transformers > A new approach to facilitated power transformer testing with a software tool (PTM) for intuitive power transformer testing > Ratio, winding resistance, tap check, tan delta test cards > The CPC 100 and CP TD1 > The CP SB1 > The Primary Test Manager (PTM) A reasonable and refreshing mix of live presentations of the device, plausibly arranged theory content and practical measurements on OMICRON s own power transformer and bushings allows you to broaden your engineering knowledge and empowers you to use the CPC 100 in combination with the CP TD1 and the CP SB1 for effective power transformer testing and reporting. By performing measurements on a real power transformer and bushings you have the possibility to become familiar with using the equipment and its accessories in a profitable way. Technical staff from utilities or companies working mainly in commissioning or maintenance testing of power transformers C.0057.BBX or equivalent level of knowledge 21

22 Sweep Frequency Response Analysis (SFRA) of Power Transformers with FRANEO 800 Duration: 0.5 day Course ID: C.0062.BBA Language: English > prepare and perform SFRA measurements on power transformers > apply the PTM software as support tool for the entire measurement process > make use of the innovative connection technique and avoid potential measurement errors > detect winding deformation from measurement traces > assess SFRA measurement traces using three different methods > Sources of winding deformation > Basics and theory to understand the SFRA measurement method > Comparisons of the SFRA method with conventional electrical measurements > Influences on the reproducibility of an SFRA measurement trace > Applying the reliable connection method for the highest level of comparability of measurements > Using the PTM software by practical measurements > Assessment and analysis of measurement results > Creating test reports for measurement documentation > PTM (Primary Test Manager) software > FRANEO 800 > Measurement standards (IEC , IEEE Std. C57.149TM, CIGRE FRA brochure AG2.26) > Assessment standards (DLT ) You will be introduced to the relevant theoretical background knowledge as well as to the functions and the appropriate usage of FRANEO 800. In order to gain experience many SFRA examples will be analyzed during the practical exercises. Our trainer will explain the common test procedure and assist you during your own practical exercises during the training course. Technical staff from electric utilities or companies involved in diagnosis, service and maintenance of power transformers Knowledge of electrical engineering 22

23 Moisture Determination and Dielectric Diagnostics of Power Transformers Duration: 0.5 day Course ID: C.0063.BBA Language: English > use the DIRANA to measure the dielectric response on power transformers > connect different transformer types > handle practical issues like a noisy environment > do the interpretation of the dielectric response curves > determine the water content > Sources of water in transformers > Methods of water determination > Measurement of the dielectric response of power transformers > Analysis of dielectric response curves > Case studies > DIRANA software > DIRANA hardware and its accessories You are introduced to the basics of the dielectric response testing on power transformers. Our trainer explains the testing procedure and assists during first own hands-on-tests. Furthermore the fundamentals of the analysis are given enabling each participant to determine the water content in power transformers. Technical staff involved in transformer testing in utilities, service companies, transformer manufacturers or repair shops Knowledge of electrical engineering 23

24 24 Switchgear / Circuit Breaker Testing

25 Introduction to the CIBANO 500 and Testing Circuit Breakers Duration: 1 day Course ID: C.0105.AAX Language: English > perform commissioning and periodic tests of circuit breakers with the CIBANO 500 > prepare, perform and document tests easily with the control software PTM (Primary Test Manager) > interpret, assess and compare measurement results > Constructional and operational characteristics of circuit breakers relevant for testing > Overview of measurement principles to illustrate the different procedures > Interpreting and assessing measurement results > Introduction to the hardware and software features > Typical procedures for testing contact resistances, minimum pick-up voltages, timing including undervoltage condition as well as coil/motor current analysis > Hands-on testing on a circuit breaker model > CIBANO 500 > CB MC2 > PTM (Primary Test Manager) Benefit from a refreshing mix of live presentations of the device, plausibly arranged theory content and practical measurements on a circuit breaker model. This will empower you to use CIBANO 500 for effective circuit breaker testing. By working in small groups every participant has the possibility to explore the device and discuss upcoming questions with group members and the trainer. Technical staff from utilities or service companies responsible for circuit breaker testing Knowledge of electrical engineering 25

26 26 Power Utility Communication

27 IEC Protection Testing with OMICRON CMC Test Equipment Duration: 1 day Course ID: C.0082.BBX Language: English > understand IEC based communication > analyze the devices (IEDs) using the OMICRON IEDScout > analyze the merging units using the OMICRON SVScout > test fast communication via GOOSE with CMC and OMICRON Test > test traditional protective relays with ISIO 200 > analysis the communication with DANEO 400 > Basics of IEC > Data models and services > Client/Server communication for SCADA application > GOOSE: basic and application > Sampled Values > Hands-on: Analysis with OMICRON IEDScout > Hands-on: Analysis the Sampled Values with OMICRON SVScout > Hands-on: Testing of IEC61850 IEDs and systems with the OMICRON Test Universe > IEC standard updates > IEDScout, SVScout, GOOSE Configuration, Sampled Values Configuration > CMC 256, CMC 256plus, CMC 356, CMC 353, CMC 850, ISIO 200, DANEO 400 Our experienced trainer provides relevant background information. In alternating theoretical and hand-on sessions the single test steps are explained and applied to the test objects which are prepared by the trainer or brought by the participants who can test their own relays for a real-training experience. Their specific questions will be taken into account during the training. Personnel from electric utilities, manufacturers or companies responsible for strategic planning, telecommunication, commissioning, or maintenance of IEC systems Knowledge of protective relaying and power system, attended C.0075.BBX or equivalent trainings OMICRON Academy Training Courses Details & Registration at 27

28 OMICRON is an international company serving the electrical power industry with innovative testing and diagnostic solutions. The application of OMICRON products allows users to assess the condition of the primary and secondary equipment on their systems with complete confidence. Services offered in the area of consulting, commissioning, testing, diagnosis and training make the product range complete. Customers in more than 140 countries rely on the company s ability to supply leading-edge technology of excellent quality. Service centers on all continents provide a broad base of knowledge and extraordinary customer support. All of this together with our strong network of sales partners is what has made our company a market leader in the electrical power industry. For more information, additional literature, and detailed contact information of our worldwide offices please visit our website. OMICRON, February 2016 Subject to change without notice.