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Jyll Kata

Appliance Maintenance: HVAC

08-20-10
Jyll Kata

Keep your HVAC systems running efficiently and reliably with this simple maintenance routine.

“We recommend annual visits from an HVAC contractor each fall and spring,” says Richard Ciresi, owner of the Louisville Aire Serv franchise. In fall, the technician will clean and inspect the furnace blower, burners, and heat exchanger. In spring, he or she will clean indoor and outdoor condenser coils, verify refrigerant charge, and inspect wiring.

Here’s a list of maintenance tips to keep your heating and cooling system running efficiently and reliably:

  • Every 90 days, install a new one-inch pleated furnace filter. Families with shedding pets should replace the filter every month. Expect to pay $10 to $25 per filter.
  • Always maintain at least two feet of clearance around outdoor air conditioning units and heat pumps.
  • Weekly in summer, brush or blow off fallen debris from top and sides of outdoor air conditioning units and heat pumps. Do not allow the lawn mower to discharge grass clippings onto the unit.
  • Monthly, inspect insulation on refrigerant lines leading into house. Replace if missing or damaged.
  • Annually, ensure that outdoor air conditioning units and heat pumps are on firm and level ground or pads.
  • Annually in spring, pour a cup of bleach down the air conditioner condensate drain to prevent buildup of mold and algae, which can cause a clog.
  • In summer, shut off the water supply to the furnace humidifier. In fall, replace the humidifier wick filter, set the humidistat to between 35% and 40% relative humidity, and turn on the water supply.
  • Never close more than 20% of a home’s registers to avoid placing unnecessary strain on the HVAC system.
  • Each spring, wash and dry filters and vacuum condenser coils on all window air conditioning units placed into service.
  • Annually, replace the battery in your home’s carbon monoxide detector.

Douglas Trattner has covered household appliances and home improvement for HGTV.com, DIYNetworks, and the Cleveland Plain Dealer. During the 10-year stewardship of his 1925 Colonial, he’s upgraded almost every household appliance. After lengthy deliberation, he recently replaced an aging top-load washing machine with an energy-efficient front-load unit.

Foreclosure Couselors: What they can and can't do

08-20-10
Jyll Kata

Foreclosure counselors can make the difference between losing your home and keeping it. Here’s how they work and how to choose one.

If you’re facing foreclosure, your foreclosure counselor will be a key part of your foreclosure team. As you start looking for one, however, you need to know what exactly they do, what they don’t do, and how to choose one who’s legitimate and qualified.

What a foreclosure counselor does

  • Reviews your finances
  • Helps you establish a budget
  • Advocates on your behalf with lenders and loan servicers

Counselors should also be upfront about discussing their own track records as well as the track records of the agency they work for.

Expect to spend two to 24 hours with a counselor, depending on the complexity of your foreclosure situation, including how many lenders you have to provide documentation to and negotiate with.

“Be sure the counselor is looking at your entire situation,” and not just your foreclosure, adds Martha Viramontes, director of housing at ClearPoint Credit Counseling Solutions in Los Angeles. “When counselors focus only on your mortgage, they’re fixing only one aspect of your financial situation.” They should give you an action plan containing the tasks you are going to perform to change your financial situation.

What a foreclosure counselor doesn’t do

  • Give tax advice
  • Give legal advice
  • Give guarantees regarding a particular outcome
  • Create miracles

For additional advice, add a tax adviser and attorney to your team.

Finally, “don’t expect a counselor to be a genie,” says Douglas Robinson, a spokesperson for NeighborWorks America, a nonprofit community development corporation in Washington, D.C., that provides foreclosure counseling. “If you’re in a home that under the most aggressive scenario you can’t afford, but maybe you got into it because of some toxic loan that should never have been available in the first place, you’re probably going to have to move. It’s best you get out smoothly.”

How to choose an agency

Seek only HUD-approved agencies. HUD makes it easy:

Type in your state or ZIP code at www.findaforeclosurecounselor.org or call HUD’s foreclosure counseling hotline at 800-569-4287 or its foreclosure prevention hotline at 888-995-HOPE (4673). HUD-approved agencies are all nonprofit, community-based organizations that have administered a housing counseling program for at least a year.

HUD-approved agencies also are required to:

  • Employ counselors who are knowledgeable about federal housing programs
  • Have a staff of counselors of which at least half must have two or more years of counseling experience. At least half must also have received housing counseling training in the past two years
  • Provide you with certain documents, such as a privacy agreement explaining how your personal information will be handled

In addition, at the agency you work with, see if you can find a foreclosure counselor who has certification through the NeighborWorks Center for Homeownership Education and Counseling Look (NCHEC), which has a Foreclosure Intervention and Default Certification Program. Certified counselors must follow NeighborWorks counseling standards and code of ethics and conduct. They also are required to:

  • Have at least one year of experience in foreclosure counseling
  • Attend three foreclosure prevention courses

G.M. Filisko is an attorney and award-winning writer who has seen the sad effects of foreclosure on friends and neighbors. A frequent contributor to many national publications including Bankrate.com, REALTOR® Magazine, and the American Bar Association Journal, she specializes in real estate, business, personal finance, and legal topics.

Appliance Maintenance: Water Heaters

08-20-10
Jyll Kata

Keep your water heater running efficiently and reliably with this simple maintenance routine.

Depending on a homeowner’s water quality, a hot water heater can be expected to last eight to 12 years, says Frank Czeronka, a licensed master plumber and Mr. Rooter franchise owner. Completing the following routine maintenance schedule, however, can greatly extend the unit’s lifespan.

Here’s a list of maintenance tips to keep your water heater running efficiently and reliably:

  • Always adjust the thermostat to 120 degrees to avoid the risk of scalding.
  • Always maintain 2 feet of clearance around the appliance unless the manual specifically states otherwise.
  • Annually, flush the heater to remove the sediment and debris in the bottom of the tank. Hook up a garden hose to the drain valve and run until the water is clear. This also makes the unit operate more quietly.
  • Annually, test the temperature-pressure relief valve by quickly discharging it two or three times. Following the testing, keep an eye out for small leaks from the valve.
  • Every three to five years, examine the sacrificial anode rod by loosening the hex head screw and removing it. If more than six inches of the core steel wire is exposed, replace the rod for abut $20.
  • Insulate older units with a fiberglass jacket to improve efficiency, being careful to avoid contact with the flue. Newer units already are optimized for peak energy efficiency.
  • When leaving town, adjust the thermostat on gas heaters to “Vacation” setting, which maintains the pilot light without heating the water.

Douglas Trattner has covered household appliances and home improvement for HGTV.com, DIYNetworks, and the Cleveland Plain Dealer. During the 10-year stewardship of his 1925 Colonial, he’s upgraded almost every household appliance. After lengthy deliberation, he recently replaced an aging top-load washing machine with an energy-efficient front-load unit.

Outdoor Appliance Buying Guide: Specialty Items

08-20-10
Jyll Kata

Specialty appliances for outdoor kitchens are hot items, but you’ll spend thousands of dollars for the added convenience.

“There is a trend away from simple barbecue islands and to elaborate outdoor kitchens,” explains Mitch Slater, president of Danver, a manufacturer of outdoor kitchen cabinetry. “Homeowners want to be able to do outdoors all the food preparation that they normally have to do indoors.” For that reason, appliances like ice makers, pizza ovens, and beer fridges are all finding their way to the backyard. However, you should carefully consider your needs and lifestyle to ensure that you’ll get your money’s worth of use and convenience from specialty appliances that may cost thousands of dollars.

Note that with outdoor appliances, you will likely encounter the following additional costs for installation:

  • $125 to $300 to add an outdoor electrical outlet.
  • $400 to $800 to run a cold water supply line, or a combination hot-and-cold water supply.
  • $1,500 to $3,000 to install hot-and-cold water supply lines plus a drain system.

Ice makers

Cost range: $180-$2,000
Likely additional costs: 110 outlet, water line hook-up, cover
Average life span: 3-10 years

With a built-in ice maker, there will be no more trips to the corner store for 25-pound bags of ice. These sleek, stainless steel-clad units blend seamlessly with outdoor kitchen cabinetry and produce about 25 pounds of ice per day.

Because these models get tied into the home’s water line, they require a plumber for installation. They also require an electrical outlet. Expect to pay $900 to $2,000 for an outdoor-approved appliance with a warranty that covers parts and labor for one year and the compressor for five. Homeowners in cold climes must shut off the water supply and drain the lines before winter to prevent the freezing and bursting of pipes.

Portable or countertop ice makers are less expensive—ranging from $180 to $300—and don’t require a connection to a water line. An interior reservoir is filled with tap or bottled water, allowing the units to produce about 35 cubes per hour. Refilling the tank may be necessary for large amounts of ice, and the appliance requires an electrical outlet.

Because most less-expensive machines are not UL rated for outdoor use, they should not be left out in the weather. Expect shorter warranties (90-day to one year) as well.

Pizza ovens

Cost range: $700-$6,000 and up
Likely additional costs: gas line hook-up, sturdy base, firewood
Average life span: 5-20 years

“Gas or wood-fired pizza ovens are getting very popular,” explains Danver’s Mitch Slater. Attracted by the romance of a Tuscan-style pizza-making experience, more and more homeowners are installing these hefty gourmet appliances. Constructed of masonry or thick steel, these units all feature a stone hearth floor and gently sloping domed roof.

Wood-fired stoves, the purist’s choice, come in two basic models: those heated from a fire built inside the firebox and those heated from a separate firebox below the oven. Both require a sizeable time commitment to reach desired temps, not to mention a steady supply of hardwood. A word of caution, notes Slater: “These units are heavy, 500 pounds or more, and require a sturdy base that can be very expensive to build.”

Countertop pizza ovens are fueled by propane or a home’s natural gas supply and can reach cooking temps in as little as 30 minutes. Prices range from $700 for a freestanding wood-fired oven to $6,000 for elaborate wood- or gas-fired units. Expect warranties ranging from five years to limited lifetime.

Beer dispenser

Cost range: $400 to $1,500
Likely additional costs: 110 outlet, CO2, cover
Average life span: 5-10 years

For serious entertainers, there may be no greater luxury than an endless supply of ice-cold draft beer. Often referred to as kegerators, beer dispensers simultaneously chill and dispense beer from a keg.

Though models are available for as little as $400, the less-costly versions typically are not designed for outdoor use and must be protected from the weather. Expect to pay between $900 and $1,500 for an outdoor-approved model with a warranty that covers parts and labor for one year and the compressor for five.

Before investing in one of these appliances, it’s wise to know that kegs are heavy and not readily available in all areas. A full-size keg holds approximately 160 pints of beer, or roughly seven cases. And once the keg is tapped, the beer will remain fresh only for about three weeks under consistent refrigeration.

In addition to an electrical source, kegerators also require a CO2 supply. Each five-pound cylinder of gas will dispense about six kegs of beer before it needs refilling from a local gas supplier ($10).

Patio heaters

Cost range: $150-$800
Likely additional costs: 110 outlet, natural gas hook-up or propane tank, cover for freestanding units
Average life span: 5-10 years

Patio heaters don’t cook the food or chill the beer, but they do increase the amount of time a family gets to enjoy the outdoors. There are three main categories of outdoor heaters, each with its own benefits and drawbacks. None, however, will transform an arctic evening into a tropical oasis: most work best when the thermometer reads between 50 and 60 degrees. Patio heaters add approximately 10 degrees to the ambient outdoor temperature.

Tabletop models stand just 3 feet tall, making them easy to move from site to site. Putting out about 10,000 BTUs, these units heat a 10-foot-diameter circle, or about 80 square feet. They will run approximately two hours on a one-pound propane tank. At about $5 per tank, the operating cost is $2.50 per hour. Prices for tabletop propane heaters range from $150 to $250, including a one-year manufacturer’s warranty.

Freestanding—or post-style—heaters stand about 8 feet tall and heat an area more than four times the size of tabletop varieties. Producing over 40,000 BTUs, these models warm a 20-foot-diameter circle, or 314 square feet.

Fuel choices for post-style heaters include propane or natural gas. Using natural gas eliminates the need to refill propane tanks and costs less than half to run, but requires a gas line hook-up and a stationary location. Post-style heaters range from $200 to $500 and come with a one-year manufacturer’s warranty.

Electric heaters simply plug into a standard outlet, making them the greenest and cheapest options when it comes to operating costs. Powerful bulbs emit steady infrared heat that is unaffected by wind like models that utilize flames.

Units costing $300 will heat 75 to 100 square feet and cost as little as $0.15 per hour to run. Models that heat 300 square feet cost upwards of $800 and consume about three times the energy.

Some electric heaters are rated for outdoor use and may be exposed to the elements, as long as the outlet itself is weatherproof. Some electric heating units are designated for outside use but must be covered, meaning they can be used only under a roof structure, awning, or eave, limiting their applications. Also, heating elements last only two to four years depending on use and cost $100 to replace. One-year manufacturer’s warranties are standard.

Douglas Trattner has covered household appliances and home improvement for HGTV.com, DIYNetworks, and the Cleveland Plain Dealer. Until he can spring for an elaborate outdoor kitchen, he will have to make do with a cooler filled with ice. 

Evaluate Your House for Basement Finishing

08-20-10
Jyll Kata

Converting your basement into living space requires being aware of building codes and understanding special requirements.

Finishing your basement into a family room, game room, or spare bedroom is a financially sound decision. In addition to increasing the usable (and enjoyable) living space of your home, a finished basement pays back a high percentage of your investment at resale. According to Remodeling Magazine’s annual Cost vs. Value Report, a basement remodeling project returns more than 75% of its original cost.

The cost of finishing your basement into usable living space is about $100 per square foot—generally less expensive than building up or out from your existing footprint. That’s because the basic structure—your home’s foundation—is already in place. Placing occasional-use areas, such as a laundry room, a spare bedroom, or a home theater below grade means that square footage above can remain dedicated to daily uses.

Code considerations

The first step is to determine if your existing basement meets building codes for habitable space. As defined by the International Residential Code (IRC), a basement living space must have a clear, floor-to-ceiling height of at least 7 feet (6 feet for bathrooms). There are some exceptions for the presence of exposed structural beams, girders, or mechanical system components along the ceiling, but only if they’re spaced at least 4 feet apart and extend no more than 6 inches from the ceiling. Note that local and regional building codes may vary—always check the specific codes in your area.

If your existing basement ceiling height doesn’t meet those specifications, you have two options: The first is to raise your house and build up the foundation around it to gain the ceiling height you need. The other is to lower the floor, which entails removing the existing concrete slab floor, excavating to the desired level, and pouring new concrete footings and a floor slab. Both options require professional and precise engineering, excavation, and structural work that will cost at least $20,000.

Emergency egress

Assuming, though, that your existing basement meets the IRC definition of “full height,” your next code challenge is to accommodate egress. The IRC dictates that at least one of a habitable basement’s windows or doors to the outside must be large enough to serve as an emergency point of egress (or exit, as well as an emergency rescue access) in addition to the staircase to and from the home’s main level.

If you’re planning a basement retreat to include a bedroom (what code calls a “sleeping” room), that room and all other sleeping rooms also must have their own point of egress, in addition to the one required for a general “living” space, such as a rec room or home office.

Each egress opening must be at least 5.7 sq. ft. with the windowsill no more than 44 inches above the floor, among other requirements that allow safe passage to the outside in the case of an emergency.

If you have a walkout basement, egress shouldn’t be an issue. Otherwise, you’ll have to build an egress. Most basement walls are built using poured concrete or masonry blocks, which can be cut (although not as easily as wood-framed walls) to create openings for egress windows or doors.

A proper staircase

In addition, the IRC regulates the specifications of the staircase from your home’s main level to the basement. Requirements include a handrail and stairs with proper width, tread, and riser dimensions. Also, there must be at least 6 ft. 8 inches of headroom at every point along the staircase.

It may be that you simply need to add a handrail—perhaps with a balustrade if the staircase is open to the basement instead of encased in a wall structure. If the stairway isn’t wide enough (at least 36 inches) or the steps aren’t to code, you may have to rebuild them, an extra cost of about $2,000.

Make sure your contractor confirms or considers code compliance for ceiling height, egress, and the staircase in your project budget to avoid potential conflicts, delays, and additional costs.

Checking for moisture problems

Arguably the biggest problem with basements is moisture and water infiltration. If you have seen water or moisture on your basement walls or floor, or signs of efflorescence or mold as a result of long-term dampness, you’ll need to solve that problem before you go any further. In addition to damaging finishes and eroding your home’s structure, unchecked moisture and water may cause mold and mildew growth that can adversely affect your health.

Depending on the severity of the water infiltration, and your available budget for a basement retreat, you have several options for addressing moisture problems. The best solution is to determine and solve the root cause, which is usually hydrostatic pressure from water in the surrounding soil pushing moisture through the basement walls or floor.

In that case, it’s best to excavate around the perimeter of your home’s foundation and install a drainage system and waterproofing membrane to relieve hydrostatic pressure against the structure and effectively block water from getting through the walls—a professional job that can cost $5,000 or more.

If that’s too far out of your budget, and the moisture issue is relatively minor, you can cover all cracks and joints with a 100% acrylic elastomeric sealant and apply brush-on coatings to the inside poured concrete or masonry walls and floor surfaces, a DIY project that might cost about $1,700 for a full-size basement.

If there’s a potential for flooding in your basement, think twice about turning the space into a living area. Even a minor flood can ruin flooring and finishes, leading to expensive repairs.

Your best defense against minor flooding is a sump pump. A sump pump automatically engages in the event of a flood and is about a $1,400 investment with professional installation. Because sump pumps run on a dedicate electrical circuit from the service panel, you might also consider a battery-operated backup pump (around $300) to engage in the event of a power outage, such as during a severe storm.

Heating and cooling your remodeled basement

Your next task is to extend or supplement your home’s heating, cooling, and ventilation systems to serve the below-grade spaces. Those systems also requires code compliance for occupant health and safety (such as adequate venting of furnace combustion gasses), though typically nothing out of the ordinary or restricted by most jurisdictions.

With your contractor, make sure that your existing HVAC system can adequately keep your additional living space comfortable and properly ventilated. Sizing a furnace and air conditioner is a calculation generally based on square footage per ton of capacity. However, contractors should consider the home’s insulation values and other high-performance building practices to “right-size” the equipment and balance its performance and cost.

If your existing HVAC setup is not up to the task, you may have to add a secondary system dedicated to your finished basement or replace your existing system with larger-capacity equipment. Installing a vented room air conditioner and heater may add a few thousand dollars to your budget, while a complete HVAC system upgrade can run $10,000 or more.

A usable basement will also need electricity for lighting and other fixtures or finishes, such as an entertainment system or small appliances. Most homes will have adequate capacity in their existing electrical service box for basic needs; if not, a subpanel may be required to bring power to your retreat at a cost of a few hundred dollars.

Adding a bathroom

The last big (and also potentially expensive) consideration is whether to add a bathroom to your basement retreat. The main issue here is draining wastewater to the existing city sewer or on-site septic system, and venting sewer gasses directly to the outside—just as your other bathrooms do—in compliance with building codes. That’s why a bathroom alone might be a $10,000 line item in your basement retreat budget.

Wastewater drainage typically relies on gravity, so you have to make sure that the waste pipes from your basement bathroom sink, shower or tub, and toilet are designed with enough of a slope (or “fall”) to drain properly and effectively. Achieving proper fall will require the removal and rebuilding of a small section of the basement slab and excavation of the ground underneath. The process involves digging a trench for the drainage pipe to connect the new bathroom to your home’s existing drainage system.

For the toilet, you might also consider a pressure-assisted toilet. A toilet equipped with a pressure valve forces waste through the pipes, rather than relying only on gravity to do the job. Such a unit may allow you to avoid digging into the foundation—consult with a licensed plumber about the feasibility. Expect to pay $150-$800 for a pressurized toilet.

If possible, locate the toilet (and any water-using appliance, such as a clothes washer) against an outside wall. This location will reduce the costs required to drain away waste and vent sewer gasses. Vents typically are required to extend up the wall (either through the structure or along the outside) to a height of at least 8 feet and at least 4 feet from any operable windows.

Converting your basement into finished living area calls for a contractor familiar with the special requirements of basement remodeling. When looking for a contractor, be sure to find one who has experience as a basement remodeler.

Rich Binsacca has been writing about housing and home improvement since 1987. He’s the author of 12 books on various home-related topics, is currently a contributing editor for Builder and EcoHome magazines, and has written articles for such magazines as Remodeling, Home, and Architectural Record. He still has the plans and cost estimate for the addition of a finished basement to a previous house, which required digging out the crawl space to create a full-height room.