February 14, 2008
At issue are Arc Fault Circuit Interrupters (AFCI). AFCIs
are advanced electronic circuit breakers that detect dangerous conditions in a
home’s wiring. When a problem is
detected, these devices immediately cut the power to the circuit before a fire
can start. AFCI technology is endorsed
by the United States Fire Administration, the National Fire Protection
Association, the Consumer Product Safety Commission, and the National
Association of State Fire Marshals, as well as other safety and fire fighting
organizations across the country.
“Use of AFCI technology will reduce the number of home fires
by almost 30,000, saving hundreds of lives, preventing thousands of injuries,
and stopping nearly $750 million in property damage each year,” notes Brett
Brenner, ESFI president. The U.S. Department of Housing and Urban Development's
Healthy Homes report lists the lack of AFCIs among the primary residential
hazards associated with burns and fire-related injuries.
In seeking the annulment, the Board of Building Standards
stated the increased cost of AFCIs over conventional circuit breakers will make
new homes unaffordable. In actuality, the additional cost is estimated to be
$300-$400 for the average new home. The new 2008 National Electrical Code simply
expands the use of AFCIs from the bedrooms-only requirement, effective in 2002
version of the Code, to most living areas of the home. ESFI encourages the adoption of the 2008
National Electric Code by every state, so communities can take advantage of
AFCIs and the higher level of fire protection they offer.
For further information about AFCIs and other electrical
safety products, visit ESFI’s web site: www.electrical-safety.org.
The Electrical Safety Foundation International (ESFI)
is North America’s only non-profit organization dedicated to promoting
electrical safety in the home, school and workplace. ESFI sponsors National Electrical Safety
Month each May, and engages in public education campaigns to help reduce
property damage, personal injury and death due to electrical accidents.






