Taking a Break

We have not gotten a whole lot remodeling done this past few weeks, since skiing has taken a priority. The conditions on Mt. Hood here in Oregon are the best on record for spring skiing.

That being said, there is a lot of home design inspiration that can come from hanging out at Timberline Lodge. It's a national historic landmark that was built in the 1930's.


You can easily spend a few hours looking at all the design details. The main materials are timber-frame wood, stone and wrought iron. There are also a lot of textiles from the Northwest region. My favorite spot is near the central fireplace.



It doesn't get much better than spending Saturday morning skiing with the family, and then stopping into the lodge to get a dose of great rustic architecture. If you are in the Portland area, its worth the hour drive to spend some time there.

Here is a link to a pretty comprehensive set of photos on the design elements:
http://www.umich.edu/~hartspc/umsdp/TL/

Home Theater #14 - Screen Size

I am trying to make a final deicsion on the screen size for our home theater. Since I am building it from sheetrock (see previous posts), this is going to be a relatively permenent setup.

We use our projector to watch normal TV as well as HDTV and DVD's - so my initial idea has been to go with a 4:3 screen that's as large as reasonably possible (60" high x 80" wide). If I stick with this, we have the blank horizontal bands for 16:9 formats.

There are of course a number of opinions on this. I fould what seems to be the most objective at Projector Central, in the article: What is the best screen format?

For today (and the next couple of years), 4:3 is obviously the way to go. Since I am laying stone around the screen, going to 16:9 won't be very easy. I would need to tear it out and add more veneer, which is not a good idea. Instead of building the screen sitting in front of the stone, I could inset it - then la more up if the scrren needed to become 16:9, maintaining the same width. Another option is to lay the stone up to accomodate an HD ratio screen and mounting a screen over it.

Craft Closet #1

After watching a Martha Stewart segment on pegboard organizers my DW decided she wanted pegboard in the craft closet and sewing center I am building for her. The craft closet (4' x 5') is located at the entrance to our home theater as shown in the diagram below. The sewing center is on the other side of the basement.

We decided to focus on the storage areas of the basement remodel before completing the home theater, so we can get all the remaining stuff that is stacked in the room put away. Also, I am not 100% settled on all the theater room details, and this will give me time to work them out.

Here is a picture of the craft closet before installing pegboard. Why do all this sheetrock work if you just going to install pegboard over it? Two reasons: sound management and fire resistance. The sheetrock walls of this and the opposing closet are sound absorbers, stopping the noise from the theater traveling to the rest of the living areas. So far the sound reduction has been great, and the sheetrocked partition walls obviously contribute to this a lot. Also, even on a simple partition wall internal to the house, its best to sheetrock and tape it to help reduce airflow in case of fire. I could not find a specific requirement for it in this case, but it's always a good idea.



In this photo, the pegboard is being installed. I have a system that includes a support ledger and battens to mount the pegboard. The 1/2" battens provide room for the hooks. I used OSB that I cut into strips, which is significantly less expensive than using furring strips. I can cut 30 OSB strips for the cost of 5 1x2 furring strips (in about 15 minutes). Also, OSB is a greener option, since it's made from wood chips, not full lumber.



Here is a simple diagram showing how the pegboard is mounted. The lower ledgers will also provide support for the work surfaces I am installing later.


Here is the sewing center with the ledgers installed. Note that I have a top ledger as well. This is because the pegboard will not go all the way to the ceiling here, and I need a surface to nail the top trim to.


This next photo shows the battens installed. These are nailed directly to the studs behind the sheetrock. I also glued them with wood glue.

Note that I put small batten supports around the outlet boxes. I am going to need to add electrical box extenders to bring the face of the box even with the pegboard. I am definitely not in favor of just bringing the outlets out the surface and leaving a gap. This exposes combustible material to open wiring, which is a code violation and just plain hazardous. A few extra dollars and minutes are not a big deal.


Finally, here is the pegboard installed. I now need to trim it out before my DW paints it. The corners came out very tight, so I am only caulking these. Once painted, I will install the work surface.


I have to admit that I initially thought the idea of pegboard was crazy. I reminds me of some musty garage workbench. However, after doing a bit of research to make sure I could provide what my DW wanted, I realized there are a lot of cool accessories out there, and the overall flexibility is great.

Home Theater #13 - Concept for Screen & Cabinets

I have decided on the concept for the cabinets and wall around the projection screen. Here is the rough drawing (made in visio)...


It looks a bit busier that it will be because of how the beadboard looks in the sketch. Basically, there will be cottage-style cabinets on either side of the screen - open on the top, drawers on the bottom, beadboard as backing. The open places on the wall will have stone.

I got the idea for stone from the following picture:


The cabinets will echo the large bookshelves outside the theater room, but will be stained rather than painted. I got the original idea from this cabinet picture I took at the PDX Street of Dreams.


Here area the bookshelves (from an earlier post)


This plan will be a bit of work, but actually very doable and not overly expensive. The pine is fairly cheap, and I already have the stone left over from another project.

Score on Doors

I was in Lowes, looking at pegboard for the craft closet, and one of the employees rolled a cart of bi-fold doors up front with a clearance sign on them (50% off). Since I am replacing all the doors in the basement, plus the new ones from remodeling, an opportunity presented itself.


Luckily, they were changing door brands, so a lot of stock was put out for fast sale. I ended up buying 10 bi-fold doors and 9 slab doors at half price, saving over $500 - and they all match.

Normally, I buy pre-hung doors, not just slabs, but I had to go this way to match the bi-folds. Part of the challenge of getting things cheap, or reusing things, is making them work. I guess I am going to get good at building door frames and routing hinge mortices...

Normally, I go to Home Depot, but Lowes' selection of things like pegboard is really good. I can say without reservation that their service is terrible, slow and chaotic. I believe the Lowes' management is fully asleep at the wheel on this issue. That being said, when they clearance things out, the prices can't be beat. I just plan (and this case it did indded happen) to stand around for long time waiting for a supervisor to approve the discount sale. I guess mediocre people need to work too.

The basement soffit is now hidden

The set of photos below show how the soffit in the basement was "hidden". Here is the "before" picture:


I have discussed this in past - the two things that really detracted from the house where the long, dark, narrow hallways and the HVAC soffits across the ceiling in the basement. I really didn't want to go the expense to fully redesign these (if possible), so I focussed on hiding / incorporating them.

The soffit shown above became the defining location for the theater room wall. We were lucky in that the theater room size is fine (600 sq ft) doing it this way.


The pictures above and below show the new wall and the theater room entry it forms. The openings on both sides are for bookcases. I actually made the soffit a bit wider so I could put a row of recessed lights along it. These light up the game / homework table nicely.



Here is the rendered computer model, showing the final planned result.

Home Theater #12 - Sheetrock Screen

After quite a bit of research, I have decided to go with a sheetrock projection screen. Here is an image of one I found on line...


Reasons for going with this type of screen as opposed to a purchased or cloth DIY one:
- Cost is low. This screen will cost $40 max for a 100" diagonal size (80x60). To purchase anything of that size with a reasonable level of quality is at least $500. I did find one online for about $150, but the reviews on it were mixed.
- Sheetrock is easy. This will take one and a half sheets, with just one seam to tape.

I am going to use Home Depot's Behr flat paint for the screen. They have a light grey color called "Silver Screen" for this purpose. The examples I have seen online show very sharp images with good color. I am still not sure about adding a coat of matte sealer to the flat paint - there are varying opinions on it.

I'll be building this screen in a 4:3 size, since we watch TV on our theater, as well as movies. I doubt broadcast TV will be going to 16:9 for quite a while, so I am not worried about changing it any time soon.

Also, I will use a couple of layers of 1x4 to build the support frame. This will easily give the sheetrock full support, plus offset it from the wall by 2 inches, giving it a solid shadowline.

References:
- Projector Central
- Big Screen Forums

Home Theater #11 - Projector and UPS Mounting

After looking at the various projector mounts, I decided to go with a flat-screen TV mount instead. All of the less expensive mounts I could find looked flimsy, where as the TV mounts for the same price were sturdy. Also, I wanted to mount the projector behind the beam as shown.


To get this to work, all I needed to do was drill two holes in the universal mounting plate. It would be nice if projectors and TV's had the same standard bolt-pattern for mounting...

This configuration allows the projector to sit behind the beam, and just under it (keeps the headroom). Another benefit is that the projector sits pretty much out in space, so the it gets maximum air circulation around it. We had the projector sitting on a table for a while, and the secondary fan came on all the time. It doesn't here.

I also mounted the UPS on the beam to keep things simple.


After having this set up for a day, I immediately noticed that a very faint 60Hz line (slowly rolled up the screen - you had to be looking for it) disappeared from the image. The power condtioning function of the UPS is obviously cleaning up the "dirty power". This alone makes it worth the $50.

Home Theater #10 - UPS to Protect the Projector

I bought an APC uninterruptible power supply (UPS)to protect the projector bulb. A sudden shut-off can shorten the life or even ruin a $300 bulb - so the $50 for additional 10 to 15 minutes of continued operation is worth it. This will give us time to properly shut the projector down if the power goes down.

I selected APC, since it is the "standard" for UPS units. The best price I could find was through Amazon, including free shipping.


Rather than try to hide the UPS, I am mounting it on the beam near the projector. I will keep it back at least a couple of feet to allow maximum air flow around the projector, and not transfer any heat.



I am still looking into adding an additional fan up by the projector to cool the area further, but I don't want to stir up extra dust either.

Home Theater #9 - Wiring the Speakers

After quite a bit of research, I decided to go with 16 gage in-wall speaker wire. The cost for a 500 ft role was a good deal less than the 14 or 12 gage wire.

There are varying opinions on the performance, but most reviews stated that 16 gage is fine for most home theater applications. In doing my own "ear test" the back speakers sound fine - one of them has a run of 25 feet and the other 60 feet.

Home Theater #8 - Soffits and Lights are in

I completed nailing up the sheetrock and edge beading on theater room soffits. You can really get a feel for how the room is going to turn out. The picture below is a bit fuzzy - a flash would have washed out the lighting...


The pair of lights shown on the right on a separate dimmer from the ones on the left, so we can keep the light a bit lower near the screen. So far, so good - the room feels very comfortable, and the indirect light actually enhances the projected image. I put 30 watt PAR20 bulbs in the cans, which are about 4 feet apart.


I had an unexpected (negative) side effect of the recessed lighting. All the wall imperfections are easily seen. The horizontal tape lines really stand out - the sheetrock job by the previous owners is poor in the basement. It looks like I am going to be skimming the walls with a 12" trowel and re-texturing.


The soffit definately improves the sound quality in the room, cutting the echo. It also seems to stop some of the sound transmission to the upstairs. I am assuming that the top plate of the wall was a main sound transfer point, since its solid, and the soffit covers it up.

80 linear feet of soffit took a bit of effort, but its worth it. I still need to tape, mud and texture, but it won't be that bad.

Home Theater #7 - WIring for Sound

Before I close up the soffits with sheetrock, I needed to run the speaker wiring through them. Here is a diagram of the sound layout.


The layout is based on a central seating point. We sit in various locations from just in front of this point to the back of the room. The blue zones are for Dolby 5.1 set up - this is the receiver we have now. To make sure we are set up for the future, I am going to run the wires for Dolby 7.1 as well. Dolby 6.1 has a center speaker in the back, which won't work well in the room, since it's the entry point.

The wiring took about three hours to run, since I had to do a bit of fishing in the walls as well as the soffits.

Using Visio for the floor plan
Having the floor plan in Microsoft Visio has been a huge advantage. It allows easy modeling of the various elements of the work we are doing to the room. It doesn't render 3D images, but it is the best lower-cost interface I have found.

On line resources I used
- Practical Home Theater Guide
- Understanding In-wall Speaker, Video and Audio Cable Ratings
- The Dolby Guide to Home Theater Sound

Home Theater #6 - Recessed Lights

I was able to get the recessed lighting installed today. It took time, but went in without any trouble. Here is a picture of how I mounted them...


These are 5 inch Utilitech can lights. I bought them at Lowes for about $10 each, including the trim. This cost me about half as much as the halo 5" lights we put in the kitchen. I figured since these were cheaper that they may be a bit harder to install, but that was not the case. They didn't come with metal mounting bars, so I attached them to wood cross members. I left a about 3/4" space between the can and the wood for heat purposes. The rest of the can has a lot of air space around it, since these are not IC rated.


The pictures above and below show the lights along the soffits. The lights on either side of the beam are on different switches. This will allow us to dim the lights more at the front of the room near the screen.


What are all those holes in the wall? Access spots to run the coax cable to the receiver. I did this to keep it away from the 120V power lines and reduce the chance of noise. The sheetrock job on the wall as pretty poor anyway (lot of seams showing), so I needed to patch and skim the wall.

Home Theater #5 - Soffits

I made quite a bit of progress on installing the soffits in our theater room. These will create a tray ceiling effect and hold recessed lights around the walls.

Here are two pictures of walls and ceiling before starting...


The HVAC and one of the main structural beams are in this soffit. I am adding lights and making it look more integrated into the overall plan.


After putting all the layout marks on the surfaces, I started by nailing 2x3's to the ceiling . I put poly glue on these, and once in place I added 3" screws about every 3 feet. This might be over-kill, but I don't want these ever coming loose.

I like using 2x3's for this. They are straighter than 2x2's and are quite a bit lighter than 2x4's.


Once these where in, I hung OSB off of them. These are only stapled in place. When I put the sheetrock on, the nails will go through the OSB to the wood.


I needed to run the video cable (RBG) from the tuner to the projector, through the soffit. I decided to put it in a 2" PVC conduit. If I ever need to change the cable (probably to HDMI at some point) this will make it much easier. I needed to get this into place before putting the bottom of the soffits in.


This assembly is the for the bottom of he soffit. Once put together, I just slide and nail it in.


Here is one of the bottom units with the recesssed light holders in place.


Here is the soffit bottom put into place - nailed to studs and stapled to OSB.


I was able to get about 80% of this framed today. I will finished it out tomorrow and wire the lights.

Here is the final floor plan...

Home Theater #4 - Lighting Plan

I put together a lighting plan for the theater room, shown below. I am not 100% sure that this is what we will do yet, but it's a starting point.

There are 4 lighting zones:
1. Lights across the entry to the room. We will like put a game table in this area.
2. Perimeter lights in the back of the room. These will be the ones that are typically on.
3. Perimeter lights in the front of the room. These will likely be on, but a very low setting.
4. Two conventional lights for fully lighting the room, to keep the space multipurpose. These are already in place.


After looking at a few options and the costs, I decided to go with simple recessed lighting and dimmer controls for each zone. These will be build into soffits that I will add, which will give a tray ceiling effect to the room.

I found a good site for home theater information: DIY Home Theater Design. It has quite a bit of technical content and is fairly comprehensive.

Home Theater #3 - Lighting Design

After a number of hours searching the web, I found very few resources on home theater lighting. I visited all kinds of sights that gave a trivial amount of information, but few with a lot of actual content. Unfortunately, most of them had a couple of paragraphs and wads of ads. I guess I will need to spend the next week or two doing some additional research...

Home Theater #2 - Framing Pictures

Here are a few pictures of before and after the framing...



The pictures above and below show the soffit that forms the entry to the theater room. This soffit holds the HVAC ducts and a 20" gluelam beam that supports part of the garage and kitchen above. Obviously, we are not going to move or modify it. We don't really like the look of it - the framing in the pictures below is meant to turn it into an entry.

The wood post shown was wrapped in sheetrock, and looked very 70's. Also, the entire area is a mess in this photo.



Here is a picture of the framing. These are built to accept bookshelves. The post was kept in place has now become part of the wall along the stairs.



Finally, here is the framing from the backside. This is the storage area for the wood pellets (see last post).



Now it's on to designing the lighting scheme for the room...

Home Theater #1 - Floor Plan

We decided to do most of the basement remodel at one time, so we only get a huge mess one time, and part of the remodel is the home theater.

The 500 sq ft space under our garage is finished and is currently being used as our theater room. This consists of a projector, inexpensive home theater receiver (the DVD player on it is broken) and some cables strung along the walls. We don't have a screen yet, so we project directly on the wall. The space is wide open to the rest of the basement, so sound is somewhat of a problem. All this being said, it still makes a great place for watching movies and sports.

The first phase is to some additional framing to close the theater area in a bit. In general, we want to keep the house as open and multi-purpose as possible, but this area is currently too open. Here is the before layout:



The after layout shows the change to the walls (in orange). These two "boxes" create a doorway to the theater room and allow for a lot storage. They will also block a lot of the sound that travels up the stairs when the TV volume is loud, some of the light that comes from the back of the house.



This floor plan gives a 19 x 28 foot space, allowing for a full three rows of seating if we want.

Hallway Remodel #1

The most unfortunate feature of our house is (now was) the long, dark hallways. The one in the basement is 3 feet wide, 27 feet long, with a 7' 4" ceiling height. The main air ducts run right above the ceiling, and the outer wall is a central load-bearing one - so there is no changing this.


As the diagram shows, we are getting rid of as much of the hallway as possible and turning it into storage closets.

Here is a picture of the hall before the remodeling started. Its about as claustrophobic as you can get as still meet code (at least in the 1970's)


Before doing any drywall removal, I like to draw the full layout on the wall with a sharpie. I mark all the existing studs, as well as the new positions. This gives me the chance to make sure everything is going to land where it should. In this case, I moved the closet door 2 inches toward the bedroom door to maximize the room for the bed. A little extra time saves a lot of work later...


I have learned the hard way, do not just start cutting into the wall. I like the reciprocating saw as much as the next guy, but there is pain involved in cutting things you don't want cut. I took my hammer and knocked a channel on the sheetrock, so I could inspect what's in there.


If everything was perfect, there would be no electical wires where I want to put the door (fat chance). In this case, there were two wires, both part of the same circuit. All I had to do was move it over one stud bay. Anything more than this, and I would have had to peel a good deal of the wall back to reroute the circuit correctly.



Here is the framing in place - not a lot of work.