Farewell, U-Verse and Hello, HD Antenna

You might remember my spring post on AT&T’s U-Verse service, which we ordered for Internet access and TV service. After some debate and foot-dragging, we finally disconnected the TV service this week to save some cash. Receiving all those channels in HD was a blast, the DVR worked well, and the digital music channels offered a nice mix of styles. But as much as we liked the service, it just wasn’t worth the money we were paying. So we pulled the plug. I dropped off the DVR at the local UPS store as instructed, which I thought was a cool way to handle equipment returns.

In the past we’ve made futile attempts to watch TV using a rabbit-ears antenna. I don’t know whether it was the antenna, our distance from the broadcast towers, the construction materials for our houses and apartments, or some combination, but they NEVER worked well for us. But after hearing about a friend’s success with an HD antenna, we gave it a try. Naturally, I ordered ours from Amazon: the Clearstream4 by Antennas Direct. Although it’s designed for outdoor use, I currently have it set up inside behind the TV, and it actually works! The picture is nice and sharp, the sound clear. I’m still experimenting with the placement and might break down and mount it outside to pick up more channels. We already get some of the locals in HD plus a couple of nice weather channels. Our TV already had a built-in digital tuner (just like pretty much any TV made after 2007), so we don’t need a converter box. So if you don’t want to pay for cable/satellite but want HD (Lisa, this means you!), an HD antenna might be your answer.

It’s Electric!

When we first moved into our new house, we discovered something weird in the electrical system. Most of the time, everything worked great. But in the few times we got prolonged periods of rain, the garage door opener quit working. Since we use our garage to store a car rather than filling it with junk, this was a major problem.

Through some experimentation we discovered two things: 1) the garage door opener was on the same circuit as the part of the master bathroom, and 2) the GFCI outlet in the master bath was tripping upline of the garage door opener. Resetting the GFCI outlet, sometimes only after multiple attempts, restored power to the garage door opener, at least for a time. Until a couple days passed with no rain, the GFCI kept tripping. Once everything dried out, the problem went away, so we ignored it over the summer. This kind of problem, whatever it was, lay well beyond my expertise or willingness to learn, lest I receive a painful and possibly deadly lesson. The past weekend’s rains made the problem worse than I’ver ever seen, so I finally contacted an electrician.

The one I contacted was Milestone Electric. Overall I was impressed. Overnight I submitted my request online, of course, and an employee called me the minute the office opened on Tuesday and scheduled an appointment for lunchtime the same day. Two more phone calls kept me informed regarding the electrician’s arrival time, and he arrived within the specified two-hour window and got to work. He suspected bad and possibly conflicting GFCI outlets and possibly a leak on an exterior outlet, so he replaced all three. So far everything seems to work great. The price was higher than expected, but at least it’s done, and I didn’t burn off my eyebrows trying unsuccessfully to fix it myself.

Radiant Barrier Test

As you might recall, right after we bought our house, we hired a company to add insulation and radiant barrier to our attic. Insulation is self-explanatory. Radiant barrier is a special kind of foil (or paint, but the foil is more effective) that reflects attic heat away from the living area. With most installations, the foil creates a very hot area just under the roof and a significantly cooler area between the foil and the attic floor, the area where you might store your Christmas decorations. By making this area cooler, it reduces the amount of work that the AC units have to perform, saving power and money. Today, one on of the hottest days of the summer, I used my wireless temperature sensor to test our RB’s effectiveness.

First, I set the sensor in the cooler section of the attic, on the floor beneath the foil. The temperature stablized around 106 F. Then I set it on the bottom of the foil (there’s a small hole for access/testing). Above the foil the temperature was 136.8 F, a difference of nearly 31 degrees.

I don’t have any way to accurately measure how much money we saved with the insulation and radiant barrier, but I have no doubt that it’s significant. We also have no problem keeping the second story cool in all rooms. I sleep like a baby up there. So if you’re looking for ways to save money, seriously consider insulation and radiant barrier.

Here are a couple of pictures of the new attic.

Plumbering is Hard Work

Our latest project, moved up due to leaks and other problems in the old ones, is replacing the master bathroom faucets. After reading online about how it works, I decided to buy them and install them myself. Sounds like famous last words, right? Well, it actually wasn’t terrible and would have been fairly easy if not for a couple of problems. I finished up Wednesday night with a sense of satisfaction, great relief, and a new appreciation for the plumbing profession. I learned a few things in the process:

  1. Most sinks have shut-off valves between the water pipe in the wall and the supply line that leads to the faucet. They allow you to turn off the water just for that part of the faucet instead of shutting it off to the whole house. The old style has an oval-shaped handle and are often hard to turn. I learned that old style faucets, since they often doesn’t get used for decades at a time (ours probably hadn’t been touched since 1983), tend to develop internal problems. Once you close and open them for the first time in 25 years (to replace the faucet, for example), they often develop leaks on top of being very hard to turn. I needed a big wrench and lots of grunting.
  2. Supply lines have two different types of connections. If you buy a line with the wrong kind of connection, like I unknowingly did, it won’t fit. Spending 30 minutes at 2:00am trying to screw the wrong connector onto your supply nipple doesn’t work. Neither does using a metal file in a futile attempt to file down the nipple to make them fit together. Asking the guy at Lowe’s instead can save you hours of frustration.
  3. There’s a reason plumbers are expensive. Plumbers combine two different disciplines: uncomfortable physical labor and intelligent problem solving. Car and aircraft mechanics share this combination. I can’t tell you how many times I crawled under the sinks, squirmed my way out to check something, and wiggled back underneath. Or how many times I banged my head on the cabinets or sinks. Or how many times I had to turn wrenches at awkward angles. Or what was in the mysterious gray gunk I pulled out of the drains. I also can’t tell you how long I spent on Google reading DIY articles and looking at pictures to figure how what was wrong. Or what kind of shutoff valve I have, which is one of the main reasons I am hiring a professional to replace them instead of trying the job myself.

I am forever grateful that there are people out there who know more and can do the job better than I can. But I must say it feels good to look at those pretty brushed-nickel faucets and realize that with some help, I got this particular job done.

…And There Was (Efficient) Light

Some of our house projects aim to make our 1983 house more green. Energy efficiency wasn’t a huge concern among homebuilders or homeowners back then. Now that we are in charge, we are making some changes both to save money and to conserve our resources. I’ve already talked about our new insulation and radiant barrier, which will save a lot of money but also cost a lot upfront. Our next green project was much cheaper and was easy to do ourselves: replacing our inefficient light bulbs.

In your house or apartment, most of your light bulbs are probably the traditional type, known as incandescent. They run electricity through a wire in the middle that resists the flow and glows. This resistance produces a lot of heat and a little bit of light, which is what makes them so wasteful. A newish type of bulb called a compact flourescent blub (CFL) uses electricity to make trapped gases glow instead, producing lots of light and a little bit of heat. For the same light output, they might use a quarter of the electricity of an incandescent bulb. They also last 4-5 times as long, 8000+ hours or more versus 1500-2000 hours. You’ve probably seen them before; they’re swirly white tubes.

CFLs entered the market several years ago. At first they were very expensive and had some quality issues. Today’s CFLs have dropped in price significantly with better quality. At Sam’s Club you can pick up an 8-pack of 60w-equivalent bulbs for less than $1.50 per bulb, not much more than you’d pay for an old-style bulb. In return, you save money in electricity, add much less heat to your home, saving on cooling costs, and won’t have to replace them for a long, long time.

We counted over 60 light bulbs in our new house and are replacing almost all of them with CFLs. There is also a new type of efficient light bulb called an LED bulb, which is much more efficient but also much more expensive and only available for certain applications. I encourage you to check out your lighting options and look for opportunities to green up!