• To develop a structured approach to electrical troubleshooting using common terminology and to provide troubleshooting methods and solutions for various electrical equipment and control systems problems. To develop a better understanding of various test equipment used in electrical troubleshooting.
• To develop a better understanding of various electrical equipment and control systems design, functionality and failure modes.
• To better understand work practices, which allow for successful troubleshooting including job plans.
• To provide examples of successful troubleshooting techniques and ‘hands on’ experiences plus case studies and group problem solving exercises.
• To provide troubleshooting methods and solutions for various electrical equipment and control systems problems.

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include;

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

THE TECHNOLOGY OF ELECTRICAL EQUIPMENT

Definitions and descriptions of electrical equipment used in industrial applications including:

Source Equipment – transformers

• power supplies (UPS)
• batteries
• generators

Switching Equipment – switchgear

• motor control centre (MCC)
• disconnects
• contactors
• overload relays
• starters
• neutral ground resistors (NGR)

Control Equipment – variable frequency drives (VFD)

• programmable logic controllers (PLC)
• distributed control systems (DCS)
• power monitoring and control
• relays and timers
• limit switches
• temperature switches
• pressure switches
• level switches
• speed switches
• vibration switches
• safety and shutdown switches
• motor/feeder protective devices

Load Equipment – motors (AC induction, asynchronous, DC)

• heaters
• solenoids
• valve actuators
• signaling and alarm devices

TROUBLESHOOTING APPLICABLE TO THE ABOVE LIST

• methods
• terminology
• principles
• special techniques

TEST EQUIPMENT

• digital volt meter (DVM)
• oscilloscope or oscillograph
• megger
• hi-pot tester
• frequency meter
• ammeter (inline, clamp-on)
• power meter (watt, VAR)
• current transformer
• specialised equipment

TYPICAL PROBLEMS/FAILURES

• common mode failures
• phase imbalance
• contact pitting/arcing
• electronic control component failure
• blown fusing
• damaged windings
• worn bearings
• damaged brushes
• burnt ballasts
• damaged excitation circuits
• battery cell failure
• inverter/rectifier failure
• high voltage bushing failure
• switch failure
• ground fault

TYPICAL TROUBLESHOOTING JOB PLAN DEVELOPMENT

• identify troubleshooting step sequence
• prepare procedures
• documentation
• follow-up
• regulatory requirements
• training

TYPICAL ELECTRICAL DRAWINGS AND SYMBOLS

• single line
• control wiring
• distribution
• symbols

Electrical Awareness and Safety

• Electrical safety documents
• Electrical safety rules
• Electrical areas

BTS attendance certificate will be issued to all attendees completing a minimum of 80% of the total course duration.