ACI Northwest Blog: Posts Tagged ‘Elk’

Hope Air Conditioning FAQs: How Do I Determine the Cooling Capacity of My Central AC or Heat Pump System?

Monday, July 2nd, 2012

For any type of air conditioning system in Hope, the cooling capacity is measured in BTU’s. This is important to know if the system doesn’t seem to be adequately cooking your home, and there are many different ways to check the cooling capacity of your AC system.

1. Air Conditioning System’s Age and Serial Numbers

An air conditioner’s age will usually give you a general idea for its cooling capacity, and if you aren’t sure, you can always check the serial number. Because serial number formats vary by the year the equipment was made, you can check to see how old an air conditioner is from looking at the serial number.

The first four digits of every serial number is the week and year the unit was manufactured.  For example, the serial# 1188E53294 on a compressor unit tells us that it was made between 1980 and 1990, and to be more exact, week 11 in 1988.

2. Air Conditioner’s Model Number

You should also look at the model number for your specific model because some manufacturers also vary how they assign each number in the serial number; however, they usually stand for tonnage or MBTUH. You can always call us if you aren’t sure how to read the serial number or model number.

3. AC Equipment’s RLA Numbers

RLA stands for “Rated Load Amps,” which means that it’s the manufacturer’s rate of the cooling capacity (also known as the draw) or load while it’s operating (minus the draw when you start the system). Most air conditioning compressor or condenser units will draw 5 to 6 RLA per ton of cooling capacity. You can check the data tag on the compressor for the RLA rating; however, this will need to be translated into BTUH for the total cooling capacity.

Feel free to call one of the Hope air conditioning experts at ACI Northwest if you have any questions how to calculate your AC system’s cooling capacity.

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How to Tell if Your Air Ducts are Leaking in Spokane

Monday, June 4th, 2012

There are lots of ways for your home to lose energy in Spokane – through leaky door frames, cracks in window trim, loose or missing insulation, etc. A lot of your indoor heating and cooling winds up outdoors and drives up your utility bills.

One part of your home that is susceptible to leaks and energy loss is your ventilation system, typically metal or flexible ductwork. Older homes generally experience more duct leakage because seals and joints may have loosened over the years or may have not been properly connected when they were installed. There are some ways to check and see – or hear – if the air ducts in your home are leaking.

The most obvious way to check is by listening. Stand, sit, or kneel close to your ductwork. Listen for any hissing noises when the furnace, air conditioner, or blower motor is in operation. A hissing noise is usually an indication of a leak in a seal or joint. Since ductwork comes in a variety of lengths and contains a number of different connectors, there are likely many joints where pieces have been connected. Some joints are sealed with small sheet metal screws while other joints are sealed with duct tape or mastic. Whatever the connection is, the joints may have come loose over time from vibrations, settling of the home’s foundation, previous repairs, or by someone simply bumping into the ductwork.

Another way to check for a leaking air duct is by looking at insulation which may be wrapped around the ductwork. If an air duct is leaking it will leave dark stains on the insulation over time – giving an exact location of the leak.

Leaks in your air ducts can cause areas like your crawlspace, attic, or garage to be abnormally cold or hot. If you are conditioning unused parts of your home inadvertently, it may be because your ductwork is leaking in those areas.

Finally, a not so easy way to check for leaking ducts is to compare utility bills. If there is a big spike in your heating or cooling costs, it may be because of temperature extremes – but it also may be because your ductwork is leaking. You may not be able to see a big difference in your bills unless there are large leaks or breaks in your ductwork, but keep an eye on your energy costs anyway.

Once you have located any leaks, there are some easy fixes. But you also may want to call ACI Northwest to perform a whole house energy audit, using leak detection instrumentation to check for leaks.

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Home Inspection 101 for Shoshone County

Wednesday, March 28th, 2012

When purchasing a home in Shoshone County, it is very important to analyze precisely what kind of investment you are about to make. This type of investigation might be best for a professional home inspector to perform.  They are accustomed to advising potential homeowners on what type of heating repairs or electrical maintenance needs to be done. Remember though, employing an inspector could be pricey, depending on the time and expert level they might require.  But it could be worth the investment since a home is undoubtably going to be worth more than a home inspector’s fees.

For that reason, it can be very helpful if you can take a look at a place on your own first to see if it is even worth making an offer on. Of course, you cannot complete the type of inspection that a professional would be able to do, but you can take a look for some important and easy to spot problems that will give you a good idea whether or not it is even worth taking the process on this house any further.

For instance, you should start by taking a look at the house from a good distance away. Make sure the house actually looks like it is standing upright and that it is even. Sometimes from a distance you can see that a house is actually leaning to one side when that is not obvious up close.

Also, this will give you a chance to check out the lay of the land around the house. Remember, you want water to flow naturally away from your house so that it does not get into the basement and cause a problem on a regular basis. That means that you want the ground to slope away from the house rather than be flat or slope towards it.

Check out all of the plumbing and be sure to run water, flush toilets and thoroughly inspect all bathrooms and the kitchen. You want to see high quality fixtures and good water pressure. Also, check to see how long you have to wait to get hot water at various locations to test the water heater.

Be sure to find out what type of heating system the house has in place as well and how old it is. Even a system that works well will need to be replaced soon if it is more than 10 years old. While this may not necessarily stop you from purchasing the house, the cost of replacing that system can certainly impact the amount you are willing to offer.

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Things Your Air Filter Can’t Filter in Mead

Friday, February 3rd, 2012

Air filters are great to have in your Mead home. Many people who own air filters, especially those who suffer from allergies or asthma, swear by them as being very beneficial to their health and general well-being. They help you feel comfortable knowing that your air is clean and fresh.

But how confident should you be in your air filter? Is there anything your air filter is missing? Can you be sure that your air is as clean as can be?

Well, all air filters have limitations, and many do particularly well at trapping and removing certain types of air pollutants, but at the expense of letting others pass. What your air filter can and cannot do depends on what kind of equipment you have.

A conventional air filter, like the pleated kind you may have in your air conditioner, is designed to trap particles in the air. Pollen, dust, dander and other small but solid pollutants and irritants get trapped in their close-knit fibers. The thing to pay attention here is the filter’s HEPA rating—the higher it is, the smaller the particles it can trap. So, if you are using a lower rated filter, you may be trapping pollen but still breathing in smoke particles. Also, sometimes large, heavy particles settle before reaching the filter and can’t be trapped.

A less common option is the gas-phase air filter. As you may guess from the name, these filters are meant to filter out harmful gases in the air. They do not trap particles and usually have a short life, so they need to be replaced frequently.

In addition to filters, there are other air cleaning options like ultraviolet germicidal (UVG) lights and photocatalytic oxidation (PCO) cleaners. PCOs are meant to filter out harmful gases, but have limited use in homes. UVG lights use radiation that is harmless to people but deadly to microorganisms to pure air of bacteria and other pathogens.

In sum, if you are concerned about the quality of the air in your home, the best strategy is probably to use multiple solutions, such as a combination of an air filter and UVG lights, in order to get rid of as many pollutants as possible. Keep in mind, though, that no system is perfect in keeping everything out of your air.

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Furnace Fan Doesn’t Run? Why Is That? What Should You Do? A Guide from an Elk Contactor

Wednesday, November 23rd, 2011

There are several reasons that a furnace fan might stop working at one point or another. While many of these do require an Elk professional’s attention, there are probably some things you can check on your own before you go and call in the pros. After all, if you can address the problem on your own, it will at least save you from having to pay a technician to come out.

The first thing to check when your furnace is running but the fan isn’t turning is whether or not the fan is actually switched on. Certain models of furnaces have a separate switch to turn the fan on and off. While there is probably no reason that you would want to turn off the fan by itself, it’s worth taking a look just in case. If that really is the problem, you’ll be up and running and back to dealing with better things in no time.

If that’s not the problem, you might try looking to see if any wires leading to the fan are loose or the fuse is blown. If the fan has no power, of course, it won’t be able to work but the rest of the furnace likely would work just fine as long as it doesn’t run on electricity as well.

Of course, the problem very well may be beyond your power to solve on your own. Don’t despair though. Even though you need to call in a professional, that doesn’t mean that the problem will be expensive to fix. In fact, it may be as simple as replacing your thermostat or the motor for the fan itself.

Just because a fan isn’t working doesn’t mean that you’re going to be paying an arm and a leg to have work done on your furnace. If you can’t easily discover the problem on your own, however, or if you’re not comfortable inspecting this type of equipment at all, you’re generally better off just calling in an expert and letting them do the dirty work for you. Paying for simple furnace fan repairs is definitely preferable to having to pay someone to fix the fan and the stuff you broke yourself while trying to fix the fan on your own.

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Air Conditioners and Energy Use by Percentage: A Tip From ACI Northwest

Wednesday, August 10th, 2011

It’s no secret that air conditioners use up a lot of electricity and can add substantially to your energy bills during those warm summer months in Rathdrum. But did you know that they actually account for an estimated 11% of the total energy used in all buildings in the US each year? This is a staggering figure and makes it easy to see why it’s best to invest in the most energy efficient system possible.

Keeping Your Consumption Down

There are plenty of reasons to try and keep your energy consumption down. You want to save on your energy bills, and the less energy you use, the better it is for the environment. The best and most straightforward way to go about this is to purchase only highly energy efficient appliances and equipment, and that includes air conditioners.

Because air conditioner usage accounts for such a substantial part of the total energy used in this country, putting more energy efficiency models into use is the best way to cut that usage down.

Supplementary Cooling

However, there are other ways to reduce the workload of your air conditioner. For instance, you can use a ceiling fan to maintain good air circulation and keep your home cool. Using a ceiling fan with an air conditioner, even on the hottest days of the year, allows you to turn up your thermostat a bit to conserve energy while still enjoying a comfortable indoor environment. And because ceiling fans use so little energy to operate, you’ll come out ahead on your energy bill.

Passive Cooling

There are also several passive cooling methods you can employ to keep the temperature in your home down. Blocking out sunlight is the most important of these, so keep your blinds closed on any windows that receive direct sunlight, particularly in the early afternoon. Alternately, you can have awnings put up, which allow you to block the direct sun while still keeping the blinds open.

Shade is another effective passive cooling device. Planting trees around your home to block out the sun at the hottest times of day is a totally energy-free way of keeping your home cool and reducing the workload on your air conditioning system. The less your air conditioner has to work, the less energy it consumes and the lower your energy bills will be.

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The Advantages of an Air Conditioning System

Wednesday, July 27th, 2011

Just about everyone knows that air conditioning systems keep your indoor environment cool and comfortable during the hot summer months. While this may be enough of a benefit for you, there are also some other benefits to having a central air conditioning system installed in your house as well.

For instance, if you have someone in your household who is more susceptible to extreme temperatures than most people, an air conditioning system can actually help improve their overall health. Babies certainly fall into this category, as they have more difficulty than older children or adults do controlling their body temperature.

Also, many elderly people or people suffering from certain medical conditions, particularly heart conditions, are especially sensitive to the heat. If they are unable to stay cool, it can be very dangerous and damaging to their health, and an air conditioning system helps to guarantee that they will be able to stay cool and comfortable even on the hottest days of the year.

Aside from direct health concerns, air conditioning systems can also help to alleviate the symptoms of colds and allergies. They do this by controlling the level of humidity inside your home. If the air in your house is too moist or too dry, it can exacerbate cold and allergy symptoms, as well as dry out skin and make the indoor environment generally uncomfortable.

Proper humidity control is also important because it helps to ensure that any air filtration or purification system you have in place is able to operate at peak efficiency. Many of these units have a hard time extracting particulate contaminants from the indoor air that circulates through them if that air is too humid or too dry. With a state of the art air conditioning system in place, however, you will not have to worry about whether or not the humidity level in your home is out of balance.

It is also worth noting that a central air conditioning system can be preferable to a window mounted unit because it provides for a more even distribution of cool air throughout the house. Also, when you have a central air conditioning system, the condenser which is the source of most of the noise and vibrations that air conditioners make will be located outside and out of earshot. With window mounted units, on the other hand, there is really no way to block out or diminish the noise.

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