Sierrasparky
Senior Member
- Location
- USA
- Occupation
- Electrician ,contractor
How do they get by if the dryer is Gas? I did not think a gas appliance that draws combustion air from the room be allowed in any bedroom.
stickboy1375 said:The house I did was the main laundry, I'm sure the kid will get used to sleeping with the washer and dryer running...:grin:
Sierrasparky said:How do they get by if the dryer is Gas? I did not think a gas appliance that draws combustion air from the room be allowed in any bedroom.
How do they get by if the dryer is Gas? I did not think a gas appliance that draws combustion air from the room be allowed in any bedroom.
iwire said:Only 125 volt 15 and 20 amp circuits.
A 120/240 circuit would not be required to be AFCI protected.
winnie said:So if one were to wire a bedroom with all 120/240V circuits, then you would not need to use AFCI protection?![]()
-Jon
jflynn said:This is a good one,the dryer is allowed in the bedroom but does not require AFCI-protection.Is the dryer which can be the largest load in the house less prone to arc faults?Is this why it does not require AFCI protection?
Right, but you could put the 120v receptacles on a 120/240V MWBC. It seems like a way to circumvent the AFCI requirement--run all circuits as MWBCs protected by double-pole breakers, and be sure to include a 120/240V outlet on each circuit.480sparky said:Those [120/240V circuits] would not require AFCI protection.But you would still need 120v receps. 210.52(A).
wwhitney said:Right, but you could put the 120v receptacles on a 120/240V MWBC. It seems like a way to circumvent the AFCI requirement--run all circuits as MWBCs protected by double-pole breakers, and be sure to include a 120/240V outlet on each circuit.
Yours, Wayne
480sparky said:The amp-draw for a given load has nothing to do with whether or not it's an arc-fault hazard.
My point was no so much the the load of a given circuit,but the possibility of an arc-fault hazard still existing in an area that requires AFCI protection.Do you agree a dryer can produce arc-faults,?
jflynn said:480sparky said:The amp-draw for a given load has nothing to do with whether or not it's an arc-fault hazard.
My point was no so much the the load of a given circuit,but the possibility of an arc-fault hazard still existing in an area that requires AFCI protection.Do you agree a dryer can produce arc-faults,?
And a 30-amp 240-volt device in a bathroom can have a ground fault, but GFCI protection is not required. The code says what it says. Some things are required and some are not. Some things will be required in the future that are not today. Today's code says that AFCI is only required on 15 and 20 amp 120-volt outlets. Who knows what the next code will require?
In the 2008 NEC, 210.12(B) starts off "All 120 volt, single phase, 15- and 20-ampere branch circuits supplying outlets . . ." If a MWBC supplies 120V outlets and a 240V outlet, is it still a "120 volt branch circuit"? I'm just thinking out loud here.roger3829 said:How does it circumvent the AFCI requirement??
wwhitney said:If a MWBC supplies 120V outlets and a 240V outlet, is it still a "120 volt branch circuit"? I'm just thinking out loud here.![]()
Cheers, Wayne
JohnJ0906 said:Basically, the HO was intending to use the smallest BR as a 2nd laundry/sewing room.
jflynn said:480sparky said:The....Do you agree a dryer can produce arc-faults,?
Yes, but why would it be more so just because it's in a bedroom and not down in the basement, or in the laundry room?
480sparky said:jflynn said:Yes, but why would it be more so just because it's in a bedroom and not down in the basement, or in the laundry room?
I/ll give you that,it just doesnt make sense to me,however as the senior member in post #32 mentions the code is the code,and it is compliant to install a dryer in a bedroom.We dont do alot of residential, so this is the first time I ever ran across this installation-I learn every day on this forum...