EIP1008 | Safe Operation & Maintenance of Circuit Breakers & Switchgears
Start | End | Duration | Venue | Fees | |
---|---|---|---|---|---|
27 Jan 2020 | 07 Feb 2020 | 2 Weeks | Cape Town | $9,000 | Register |
24 Feb 2020 | 06 Mar 2020 | 2 Weeks | California | $10,000 | Register |
23 Mar 2020 | 03 Apr 2020 | 2 Weeks | Jakarta | $8,000 | Register |
13 Apr 2020 | 24 Apr 2020 | 2 Weeks | Singapore | $8,000 | Register |
25 May 2020 | 05 Jun 2020 | 2 Weeks | Bangkok | $7,500 | Register |
14 Jun 2020 | 25 Jun 2020 | 2 Weeks | Dubai | $6,900 | Register |
13 Jul 2020 | 24 Jul 2020 | 2 Weeks | Kuala Lumpur | $7,300 | Register |
03 Aug 2020 | 14 Aug 2020 | 2 Weeks | Istanbul | $7,300 | Register |
14 Sep 2020 | 25 Sep 2020 | 2 Weeks | London | $7,900 | Register |
12 Oct 2020 | 23 Oct 2020 | 2 Weeks | Rome | $7,900 | Register |
09 Nov 2020 | 20 Nov 2020 | 2 Weeks | Johor Bahru | $7,300 | Register |
13 Dec 2020 | 24 Dec 2020 | 2 Weeks | Cairo | $6,400 | Register |
PROGRAM'S BACKGROUND
Circuit breakers, fused switches and switchgear in the form of motor control centers (MCC) are necessary system items for the electrical control of electrical plant. The safe use of these devices and associated equipment requires correct initial selection, operation and maintenance. It is also necessary to have a detailed understanding of how these devices should be installed, the local substation and system ratings, and how the various breakers operate, in order to enable accurate troubleshooting and subsequent repair.
This program will equip participants with new or refreshed skills to ensure that circuit breakers and switchgear are installed, operated safely and maintained in a fashion that ensures safe and stable operation. Also they will be able to identified faults and ensure the underlying causes are identified to reduce possible further failures.
PROGRAM'S OBJECTIVES
This Program’s Attendees Will Be More Able To:
› Greater personal confidence in approaching working safely with power switchgear
› Understanding competence and health and safety at work
› Awareness of the fault level and fault currents within equipment
› Detailed understanding of the various interrupting mediums, air, vacuum and SF6
› Understanding protection, isolation and switching
› Appreciating the differences between earthing and bonding
› Understanding of the need to carry out appropriate maintenance, inspection, test and certification of installations, equipment and appliances
PROGRAM'S ATTENDEES
› Electrical Engineers
› Electrical Supervisors
› Senior Electrical Technicians engaged in the operation, maintenance and troubleshooting, of circuit breakers, interruptive devices and switchgear control centers
PROGRAM'S OUTLINE
THE TECHNOLOGY OF CIRCUIT BREAKERS & SWITCHGEAR
› Typical substation arrangements
› Definitions and terminology
› Fault level calculations
› Motor and generator fault contributions
› Low voltage equipment
› Medium voltage equipment
› High voltage equipment
› Name plate ratings interpretation
› Basic protection requirements
OPERATION OF VARIOUS TYPES OF INTERRUPTING EQUIPMENT
› Fuses motor starting types
› Fused switches
› Moulded case type breakers
› Air break switches
› Vacuum contactors fused
› Vacuum circuit breakers
› SF6 puffer, rotating arc devices
› Special insulating requirements for 36kV
› Solid and gaseous insulation problems!
THE OPERATION & MAINTENANCE OF CIRCUIT BREAKERS & SWITCHGEAR
› Digital voltmeter (DVM)
› Oscilloscopes
› Megger
› Frequency meter
› Temperature probes IR pyrometers
› Ammeters
› Power meters
› Load banks
› Cable fault locators
SPECIAL TECHNIQUES
› Troubleshooting of electrical equipment
› Methods
› Terminology
› Principles
› Special techniques
› Case studies examples
› Single line drawings
› Group exercises and case studies
THE INTERPRETATION & USE OF DRAWINGS
› Single line electrical drawings
› Control schematics
› Basic generic wiring lists
› Name plate information
› Logic and standard symbols
› Step and touch potential?
THE DEVELOPMENT OF A JOB PLAN
› Identification of the troubleshooting step by step sequence
› Procedure preparation
› Documentation
› Follow up
› Safety considerations and training
› Case studies
THE IDENTIFICATION & REPAIR OF PROBLEMS FAILURES
› Common mode failures
› Phase imbalance lost phase
› Phase sequence checkout
› Contact pitting arcing (why?)
› Load and fault rating
› Electronic component failure
› Fusing
› Switches
› Control circuits
› Ground faults cable and bulbar faults
› Case studies
› A review of safety requirements
› Area classifications
› NEC electrical codes
› Safety information
ADDITIONAL DETAILS
Benefits to Organization
Benefits to the Individuals
Additional Benefits
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