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IAAI Regional Electrical Fire Causations


March 3, 2020
9625 North Meridian Street
Indianapolis, IN  46290
Registration and Breakfast: 6:30am - 8:00am
Class: 8am
Lunch Break: 11:45am - 1:00pm
Afternoon Break: 3:00pm -3:15pm
IAAI Member: $285
Non Member: $425
Payment/Purchase order must be received two weeks after registering.
31 days prior to class start, February 2, 2020, all monies will be refunded.
After 30 days prior to class start, February 3, 2020 no refunds.

IAAI Regional Electrical Fire Causations “Presented by Jack Sanderson”
Electrical fire causation in your everyday fire investigations. This course will primarily involve electrical conductors (power and extension cords, to a lesser extent branch circuit wiring), connections and electrical outlets. Although the principles are largely the same, the course doesn’t directly cover electrical malfunctions that lead to fires WITHIN appliances but rather in the systems and services which transmit power to those appliances and other devices.
It will discuss the primary methods by which electrical energy causes fires. What evidence to look for and what it means. Just as importantly what that evidence doesn’t mean. And how do you know if you’ve found the likely electrical cause of a fire.

You can argue that electrical fire are primarily caused by three factors: too much current, too much resistance in the wrong place, too much (and sometimes too little) voltage. But it’s important to realize the vast majority of electrically caused fires (outside of appliances) can’t be determined simply by looking at the physical evidence. Location, location, location or maybe we should say origin, origin, origin coupled with physical evidence is the key.

Presentation Topics and Video Demonstrations:
•Overcurrent as a fire cause. 
What is overcurrent? Why is it the easiest way to start an electrical fire, but maybe the least likely.
Overcurrent occurs along the entire path of the circuit. (overcurrent videos show it happening.)
Investigators often find fires around entertainment centers, for example, and blame “overloading’ and extension cord for the fire but investigating the power draw of those devices may lead to the realization that the load itself was well within the capability of the cord but previous cord damage or something else altogether maybe be responsible. Learn how to evaluate such situations. What overcorrect damage looks like. Where to find it. What it means.

Arcing - serial arcing vs parallel arcing What the difference between parallel and series arcing. 
Parallel arcing (between neutral and phase conductors) is what’s usually thought of as the “arcing” that starts fires.
Videos of arcing in packing paper, wood, etc. then natural gas.
Parallel arcing that is caused by fire damage to a conductor can certainly cause sustained arcing. 

•High Resistance Connections
Explain resistance. Videos with ohm meters reacting to changing resistance.
Identify what connections are and where they occur. 
Video examples of where high resistance connections can occur.  

Drury Plaza Hotel Indianapolis Carmel
Negotiated Rate: $115.00

Please make your reservations by Thursday, February 21, 2020 to receive your group rate.  Reservations made after this date will be subject to prevailing rate and availability.   Reservations may also be made by calling 1-800-325-0720 and refer to your group number 2401366.

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