PPT-EE3301 Electrical Network Analysis

Dr Jeanne Pitz 1 Electrical Network Analysis Analysis and design of RC RL and RLC electrical networks Sinusoidal steady state analysis of passive networks using phasor representation mesh and nodal analyses . For Electrical construction works there is one SAG officerCEE Con under CAO Con 10 ORGANIZATION CHART OF ELECTRICAL DEPARTMENT 11 TOTAL STAFF IN ELECTRICAL DEPARTMENT OF ECoR STAFF SANCTIONED ON ROLL GAZETTED 57 55 NONGAZETTED 7116 5838 CEE CELE CED Dorothy Cheung. Introduction. The problem and its . importance. Missing Pieces. Related . works in summary. Methodology. Data set. Network Generation. Network Analysis. Conclusion. Outline. The problem and its importance. Fire Prevention Week . 2012. Electrical Safety Foundation International. What is Fire Prevention Week?. Fire Prevention Week is observed each October to raise awareness of fire . safety. S. ponsored by the National Fire Protection Association (NFPA). Tips for Passing Inspection. Michael . Nasson. 303 Alumni – Mechanical Engineer. Electrical Components. System Design/Planning. Inspection Tips. Resources. Questions. Agenda. Basic Electrical Components. . Copyright © Texas Education Agency, 2011. All rights reserved.. 2. Objectives . Working safely in a construction environment. . Electrical Hazards in the workplace.. Conditions that affect the severity of electrical shock. ANR Building, Davis. Staff Meeting. February, 2015. Electrical Hazards/Injuries. Electrical equipment used in office areas is potentially hazardous . and can cause:. Shock. – most common hazard, occurs when the human body becomes part of the path through which the current flows. Exposed part. Live or energized . part. De-energized . part. Definitions. 1a. De-energized exposed parts that are not locked/tagged are considered to be energized exposed parts. 1b. Definitions. Don’t work on or near exposed electrical parts unless:. What Are Electrical Risks. ?. Electrical risks are risks of death, electric shock or other injuries caused directly or indirectly by electricity. The most common electrical risks and subsequent causes of injury are. Control System. Remote management. Energy savings. Costs savings.. Canadian Manufacturers Representative. and Distributor for . eTron. Energy Corporation. Contact: David Katz, President. dkatz@sustainable-es.com. INTRODUCTION. A motor is a machine which converts electrical energy into mechanical energy. A DC motor finds application in rolling mills, in traction system and overhead cranes. The principle of operation of DC motor is that when a current carrying conductor is kept in a magnetic field, a force is produced in that conductor. . Officer . Certificate Programme. Session/. LessonPlans. Timing (minutes). Learning Objective. Main tasks / Process. Resources / tools. 5. Title. Standard Operating Procedures for Power Press Machine. Electricity - The Dangers. About 5 workers are electrocuted every week. Causes 12% of young worker workplace deaths . Takes very little electricity to cause harm . Significant risk of causing fires. What primarily causes electrocution?. Electrical Safety Statistics. On average, there are 70 electrocution fatalities due to consumer products each year. . http://www.cpsc.gov/en/Research--Statistics/Electrocutions1/Electrocutions/. Approximately half of home electrical fires involve electrical distribution or lighting. Tips for Passing Inspection. George Mellors. Teacher Engineering former Industrial Engineer. Electrical Safety (Hazards). Electrical Components. System Design/Planning. Resources. Questions. Agenda.