There was a lot of this going on as we worked late - even on school nights - trying to get as much done as possible before leaving Alaska.
The big goal is having the "lid" or upstairs ceiling insulated. To get to this point, we have left to do:
- Run electrical boxes and wiring in the ceiling
- Frame in and put the chimney through the roof
- Vapor barrier the upstairs ceiling
- Hang drywall on the upstairs ceiling
- Blow insulation in the upstairs ceiling
We actually got all but the last two done before leaving for the book tour!
Here's how we did the electrical:
It starts with constant battle of design vs functionality. Up here in Alaska, it's different. We'd love to do can lights in the ceiling. But every light box in the ceiling is one more opportunity for warm air to sneak out, as heat rises. And with heating fuel upwards of $4.00 a gallon, lost heat can literally add up to big fat Benjamins floating out your ceiling. It's better to not put big huge holes in your ceiling.
As much as I wanted to do recessed lighting, we settled on surface mount ceiling lights.
Mom really likes the lights we DIYed last winter in our great room, so we could always go back and do something like that as well.
The Ram sets the wire up on a spool by threading the wire through a piece of spare drain pipe, elevating it so just like thread on a sewing machine, the spool spins as he pulls wire. Wire is expensive. You don't want to cut off any more than you need and waste it.
Using hard-wired smoke detectors is a great thing. I have put in many of them. In a duplex such as this, another advantage you can have is to wire them together (an extra wire running between them all is required) so that if one goes off, they all go off. This is desirable since the alarm going off in one unit of the duplex may not be loud enough to be heard next door. It is also great in multi-story homes since an alarm going off downstairs may not be heard upstairs.
Pot/can lights used to be allowed here in insulated ceilings, then you had to build boxes around them so they didn't touch insulation. Now they've decided even that is too dangerous as a fire risk and you can only put IC rated (insulation contact) recessed lights in insulated/attic ceilings. You would still want to seal around them I would think! Our kitchen also has an insulated ceiling and we live in North-central Alberta so no recessed lighting for us. Love those air tight ready boxes, if I ever build a house here I hope we can put those in. One note about hard-wired smoke detectors - there are some in my 31 year old house and they don't work anymore. The breaker is turned off because the alarm won't shut off. I think my parents had the same issue. So the batteries will never die, but they may need to be replaced. Of course it would probably be longer than a pair of batteries. ;) Do the hard-wired ones have a back-up battery for power outages?
I'm very excited to see how close you are to being able to work in the Momplex in the winter! Woohoo! Here in southeastern Connecticut, there are only canned lights in the first floor ceiling. None in the 2nd floor to the attic except in the stairwell nor in the basement ceiling. I assume there is no insulation in the 1st floor ceiling to cause a problem. My home was built and certified Energy Efficient and its ability to stay warm/cool depending on the season has proved itself in the utility costs. The smoke/CO1 detectors on all levels are hard-wired in and have battery back-ups. In 2011's TS Irene, the batteries gave out and they "chirped" like crazy. During the recent Hurricane Sandy, without power for 5 days, the (replaced) batteries held and no chirping yet! The only problem is that the air flow from the kitchen down back hall pulls the heat from the oven and will set them off, but I've found ways to avoid that so all is well.
Ciao! GuerrinaIt's the same problem - keeping the comfy temps in and the uncomfy temps out. In Phoenix we have the problem of heat sneaking in. It doesn't take much of an air gap and the hot attic air warms up whatever it touches and it radiates down into the living space. Also, even the "hot" air at the ceiling is expensively air-conditioned, so you want to keep it in the house as much as possible. That means caulking air gaps and thick insulation