http://www.indystar.com/article/20090508/LOCAL18/905080351/1001/NEWS
Some of the comments are better than the article itself
Some of the comments are better than the article itself
It's 09 and Indiana is still not with the program. AFCI'S have been required by the NEC since 05 in all bedrooms.
What makes IN officials think they are smarter then the NEC officials?
Probably the same guys that don't require a state electrical license.
I done an estimate on a service upgrade. Well I called back a few days later. The wife answers. She said the "poco" told them they would save money if they done it them selfs. Not to worry she said they would get the neighbors to help.
It's 09 and Indiana is still not with the program. AFCI'S have been required by the NEC since 05 in all bedrooms.
What makes IN officials think they are smarter then the NEC officials?
Probably the same guys that don't require a state electrical license.
I done an estimate on a service upgrade. Well I called back a few days later. The wife answers. She said the "poco" told them they would save money if they done it them selfs. Not to worry she said they would get the neighbors to help.
Most of the problems/injuries with electrical wiring occur in older homes with substandard wiring that will have no benefit whatsoever from arc fault breakers, childproof outlets,
New homes will be come older homes.
the cost of fire suppression in homes is not much compared to the price of a home, and they are proven to save lives. builders just don't get it. and anybody who doesn't think its a good idea to have a sprinklered home should volunteer for a week at the local fire dept and drag someone's burnt up mom or sister out of a torched home.
It is amazing to me we have come this far and still few areas require sprinklers in dwelling units.
It is a proven property and life saving technology.
i dont understand the logic behind only certain circuits requiring arc-fault protection, if they feel it is necessary for safety, why dont they require it on everything?
i dont understand the logic behind only certain circuits requiring arc-fault protection, if they feel it is necessary for safety, why dont they require it on everything?
They do require AFCI on just about everything except Kitchens, Bsements, Exterior stuff to name a few see 210.12 that will sum it up for you
They do require AFCI on just about everything except Kitchens, Bsements, Exterior stuff to name a few see 210.12 that will sum it up for you
Here here.Well put Bob!Yes they will but consider this. If the failure rate of of GFCIs is any indication of what the failure rate of AFCIs will be then by the time the new houses become old houses the AFCIs will be non functional.
Nothing is clear about AFCIs beyond the fact that manufacturers have lied about the effectiveness of them.
In residential construction, the water damage can be nearly as expensive as the fire damage. If a sprinkler goes off on the second floor, you loose that room, plus all rooms below it. I am not downplaying the extent of fire damage, I know that can be huge, or even total; however, even minor water damage gets pretty expensive too.Fastest way for sprinklers to become common is for insurance companies to give a reduced rate to HO who have them. I'm talking at least 15% off bill is a good place to start for houses under construction and 25% off existing homes. It will be a great selling point for builders.
In residential construction, the water damage can be nearly as expensive as the fire damage.
Facts & figures
- When sprinklers are present, the chances of dying in a fire are reduced by one-half to three-fourths and the average property loss per fire is cut by one-half to two-thirds, compared to fires where sprinklers are not present.
- Sprinklers typically reduce the chances of dying in a home fire by one half to two thirds in any kind of property where they are used. Together with smoke alarms, sprinklers cut the risk of dying in a home fire 82 percent, relative to having neither.
- NFPA has no record of a fire killing more than two people in a completely sprinklered public assembly, educational, institutional or residential building where the system was working properly.
- Sprinklers are highly reliable. When present in the fire area, they operate in all but 7% of fires large enough to activate the system. Human error was a factor in almost all of the failures. The system was shut-off in almost two-thirds of the failures.
- Only one or two sprinkler heads were activated in 81% of the fires with wet pipe sprinkler systems operating and in 56% of the fires with dry pipe systems operating.