System overview  Universal Relay hardware overview    - Block diagram    - SCAN    - Specifications and hardware configuration    - Trip and close voltage and current      monitoring    - Mechanical installation and wiring  Mechanical installation and wiring  Options and ordering  EnerVista setup software    - Creating an interface, device and site  Settings    - Password security    - Display properties    - Overview of communications menu    - Real time clock and IRIG-B setup    - Overview of oscillography setup    - Overview of data logger setup    - User programmable LED lab - System Setup:    - AC inputs    - Power system    - Signal sources - Inputs/Outputs:    - Breakers    - FlexCurves    - Digital inputs and outputs    - Commands		Commands    - Virtual inputs    - Clear records    - Set Date and Time  Actual values:    - Front panel    - Status    - Metering  Hands-on group lab

Introduction to FlexLogic™    - Gates: AND, NAND, OR, NOR, NOT,      XOR, LATCH, positive edge triggered      one-shot, negative edge triggered      one-shot, dual edge triggered one-shot    - FlexLogic™ lab  Breaker lab    - Setting groups    - Digital elements lab    - Timers lab    - Counters lab    - FlexElements

Oscillography and event log lab Saving/loading settings files  Protection and control    - Grouped Elements    - Sources  Hands-on lab testing the operation and integration of the following platform protection elements:    - Instantaneous Overcurrent    - Timed Overcurrent    - Under/Overfrequency    - Voltage restraint    - Under/Overvoltage    - Autoreclosing

Where possible, hands-on Lab exercises involving protection elements will include the injection of single-phase voltage and current to simulate faults. Students will review event and oscillography records to verify protective element operation.