Posts Tagged ‘Bratenahl’

Kingsville Heat Pump Tip: Ice and Snow Covered Heat Pump

Wednesday, January 18th, 2012

It’s very common for heat pumps in Kingsville to ice over in the winter time. It can be due to freezing temperatures and icing outside or it could be due to constant running of the heat pump or excess moisture on the coils. However, while a bit of ice on the heat pump is relatively normal, the entire unit should never be covered in ice – such a thing is not only hard on the machinery; it can result in no heat for your home.

How to Handle Ice and Snow on the Heat Pump

Should your heat pump become covered in ice or snow in the winter time, there are a few things you can do and some things you should not do. First, check to make sure the problem isn’t related to a broken defrost cycle timer. The heat pump should go into a defrost cycle every 30-90 minutes to keep excess ice from building up. If this doesn’t happen, it should be inspected for a thermostat or sensor problem.

To actually remove the ice from the unit, never use a sharp object to pick the ice clear. You can easily damage the coils or another part of the unit and leave it permanently broken. The best way to remove ice from your heat pump is to rinse it off with a hose – even cold water will remove ice. Just be sure the defrost cycle is ready to come back on so the water used to rinse away the ice doesn’t freeze.

Remember to check your emergency heating source and make sure it is switched on while this is happening. Your heat pump likely won’t work properly while iced over and if it is left in the on position, excess stress on the device will cause damage.

To avoid this kind of damage, turn off the heat pump and turn on your emergency heating source, then clear away the ice and check the defrost timer. If everything works properly, turn the heat pump back on, but if you find any problems, call a professional to do a more thorough inspection of the device before you use it again.

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Bratenahl Heating Tip: Geothermal vs. Solar

Friday, January 6th, 2012

If you are looking for a more environmentally friendly alternative to the traditional methods for home heating in Bratenahl, you will probably consider both solar and geothermal options. Each of these relies on a great renewable resource to function and can be an excellent option depending on your specific circumstances. Of course, both geothermal and solar heating have limitations as well, so it is important to take these into account when you are evaluating your options.

A geothermal heating system works by extracting heat from the ground and transferring that to the air in your Bratenahl house. This occurs when heat is absorbed by a fluid flowing through a closed loop of pipes beneath or next to your home. The fluid then returns to your home, where the heat is extracted by a compressor and distributed throughout the house by an air handler.

This uses very little energy relative to a conventional heating system, as you only have to power the condenser and the air handler. The heat is not generated by the system but merely harvested, so total energy costs are quite low. However, the installation cost of a geothermal heating system can be many times what a conventional heating system would cost.

Solar heating relies on solar collectors to gather the heat from the sun. This heat is then passed into a system of heat pumps and heat exchangers so that it can be adequately distributed throughout your house. The installation of heat collectors, of course, is quite expensive as well, while the cost of running the system is generally low just as with the geothermal heat pump.

One advantage to opting for a solar heating system is that you can lease the equipment rather than buying it in some areas. This means that you do not have to pay the high installation costs and only pay a monthly fee to use the equipment which is usually comparable to what an average heating bill would be if you had a furnace.

But you also have to keep in mind that you need to have enough space to put up an adequate number of solar collectors to keep your house warm all winter. This often means giving up a lot of land, and if you have a lot, that is fine. But it is still something you need to take into consideration. Also, you need to make sure that the area you live in gets enough direct sunlight to make solar heating a viable option. Otherwise, you will be paying to run a backup system much of the time anyway.

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Maintenance the Whole Family Should Know: A Guide from a South Russell Furnace Contractor

Wednesday, November 30th, 2011

If you think the most important thing a heating and cooling (HVAC) system can do in your South Russell home is to provide indoor comfort, you are right. But there is another thing an HVAC system does that is very important and it affects your entire family. It provides a safe indoor environment, too.

Besides warmth in the winter, a finely-tuned HVAC system can clean and filter the air you breathe. That’s important to people who suffer from allergies and is especially important for minimizing the spread of germs that cause colds and the flu. The key phrase in this paragraph is finely-tuned. If your HVAC system is not working correctly – out of tune – it can cost you a great deal in monthly utility bills and can be harmful to your health.

It is important for you and your family members to understand the basics of HVAC system maintenance so you can all understand the symptoms of improper maintenance and its consequences. For example, if anyone in your home is suffering from flu-like symptoms or are constantly drowsy or listless, they may be suffering from the a silent killer: poisonous carbon monoxide gas. This gas is formed during incomplete combustion of fossil oils like natural or propane gas. A malfunctioning furnace can emit carbon monoxide gases and you may never even realize it, until it is too late. Long-term exposure to the gas can cause brain damage and/or chronic sleepiness. It some cases, it can even cause death.

You may be able to diagnose the problem, but you aren’t qualified to test and repair a furnace that is creating deadly carbon monoxide gas. Your best bet is to call a qualified HVAC contractor who can diagnose the furnace and offer repair or replacement suggestions. But there are things you can do to prevent the build-up of carbon monoxide gas.

Check all exhaust vents, like chimneys and flues for any blockages. A blocked or partially blocked vent can cause the build-up of carbon monoxide gas. And never, EVER, use a gas or propane powered heater in an unvented area of your home. These types of heaters create various levels of carbon monoxide gas that needs to be circulated out of each room and replaced with clean, fresh air. So, your family can actively ensure that there is no debris, bird’s nests, animals, leaves, or snow in the ventilation system.

You can also “help” your HVAC system by keeping vents clean by vacuuming dirty vent grilles and, in general, keeping the home clean. The cleaner the home, the easier it is for your furnace to do its job and the easier it will be for you and your family will breathe. These are a few easy maintenance tips will keep you and your family warm – and safe – this winter.

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What Is AFUE and Why Should I Care? A Question From Bratenahl

Friday, September 30th, 2011

If you’ve been shopping for a furnace in Bratenahl, chances are you’ve noticed that each furnace has its own annual fuel utilization efficiency (AFUE) rating. These generally range from 80% to the high 90% s and the higher the number, the more fuel efficient that particular furnace is.

But what does this number really mean and just how much should you care? Well, the AFUE rating should actually have a significant impact on your furnace purchasing decision, but that doesn’t mean that you’ll always choose the furnace with the highest efficiency rating either.

For one thing, you’ll have to recognize that not every type of furnace is capable of running at the highest efficiency levels. Oil furnaces, for instance, can’t compete with the super high efficiency gas furnaces on the market today. That’s not to say that an oil furnace might not be the best choice for you under certain circumstances, but it does mean that you should take a close look at your furnace usage before you make a decision.

If you do choose a gas furnace, you will of course have the option of getting one that can reach up to 97% or so efficiency. However, that may not always be the best choice either. If you live in a place where with very harsh, long winters and you’re going to be using your furnace heavily, then it’s definitely worth investing in a higher AFUE furnace that can save you considerable amounts on your monthly heating bills.

But if you don’t use your furnace too often as your area has more mild winters it’s probably not worth it for you to invest in such a high efficiency product. That’s because the higher the AFUE of the furnace, the more expensive it is to purchase and install. Certainly you’ll save money every month because you’ll be getting more heat out of the fuel you’re paying for. But if you don’t use your furnace all that much, the savings really won’t be that substantial.

Don’t forget that a furnace with an 80% AFUE rating is still quite energy efficient. And once you get up that high, you have to use your furnace a lot for the difference between 80% and 90% to really become apparent. So if you don’t use your furnace heavily during the winter, it will take you many, many years to make up for the higher purchase price of the 90+% AFUE models.

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Top 4 Upgrades For Your HVAC System: Some Suggestions From Lyndhurst

Friday, August 26th, 2011

Your HVAC system is a trusted part of your Lyndhurst home’s comfort system. Without it you would be cold in the winter, hot in the summer, and breathing in contaminant laden air year round. So, it’s important that you install the best systems and subsystems available for your HVAC system. Here are some options to keep in mind when looking for ways to get the most from your heating and cooling.

  • Humidity Control – Don’t rely on your air conditioner to remove humidity in the summer. A dehumidifier is more energy efficient and reduces stress on your air conditioning system when the humidity gets high. In the winter, humidification allows your home to hold more heat, effectively increasing the efficiency of your heating system.
  • Air Filtration – Every air conditioning system and furnace comes with some form of air filtration, but is it enough? Standard filters are effective, but they are not always comprehensive. A good HEPA quality filter for your air handler and duct system will severely reduce the number of contaminants in your air supply and ensure that you and your family feel much better year round.
  • Ductwork Upgrades – If your ductwork is old, battered or starting to show its years, an upgrade may be in order. If nothing else, having your ductwork cleaned on a regular basis removes excess mold, dusty, pollen, debris and other pollutants that can affect your health and the quality of the air you breathe. Schedule annual cleanings of your ductwork and a biannual inspection to check for cracks and leaks.
  • Air Quality Controls – Beyond air filtration, you can upgrade your air handler’s ability to remove pollutants with a dedicated air cleaner and UV lights. These systems are installed in your air handler and/or ductwork to remove advanced pollutants like bacteria and mold and remove smaller particles including smoke, gas, and exhaust. Which system you need will depend on the level of contaminants in your home, so make sure you check with a contractor before choosing anything.

These upgrades are a great way to get more out of your HVAC system – in terms of both comfort and safety. Discuss your options with a contractor today to learn more.

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How Does Central AC Work? A Question From Grand River

Monday, August 8th, 2011

We pretty much just take the fact of central air conditioning in Grand River for granted these days. It is present almost everywhere and it is hard to imagine getting through a long hot summer without it. But if you are like most people, you probably do not actually know how central air conditioning works. While you can certainly take advantage of it without understanding it, the basic concept is pretty simple.

Basically, central air conditioning systems are composed of an outdoor unit that typically houses the compressor and condenser and an indoor unit that manages the flow of air throughout your house or other building. This indoor unit is typically either an air handler or a furnace, and it directs the flow of air through a series of ducts that feed into the various rooms of the house.

The cool air originates in the outdoor unit and is blown into the house, gradually absorbing heat as it goes, and that air is then returned to the outdoor unit to be re-cooled. What actually happens in the outdoor unit involves the cycle of a type of refrigerant from a gas to a liquid and back. In the condenser area of the outdoor unit, the pressure on the refrigerant is lessened and it is able to absorb heat from the air returning from the house.

This gas, while warmer than the liquid refrigerant, is still quite cold and acts to cool the air being passed back into the house. As that refrigerant moves along to the compressor area, the gas is converted to a liquid and is forced to release the heat it had been holding. In that way, the air conditioner is able to remove heat from the inside of your house and release it outside.

Your air conditioning system is also generally hooked up to a thermostat, which is what controls when the unit switches on and off. You can set the thermostat at the temperature you would like to maintain inside your house and the thermostat will signal the air conditioner to switch on when the indoor temperature rises above that level. And once the indoor temperature is again below the preset level on the thermostat, the air conditioner will switch off again.

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How to Improve Your Indoor Air Quality

Friday, July 29th, 2011

When we think of air pollution we often think of outdoor “smog”, but the air in your home or office may also be polluted, even if it looks clean. Sources of indoor pollution include

  • Mold
  • Pollen
  • Cigarette smoke
  • Household cleaners
  • Household décor and furnishings (like rugs and paint)
  • Household pesticides (like rodent or ant-killers, or plant sprays)
  • Radon
  • Carbon monoxide
  • Building materials (like asbestos and lead)

Indoor air quality is of particular concern in newer, better-insulated homes, or in older homes that have been recently weatherized. The “tightness” of modern houses means that any pollutants that get into the home stay there – and perhaps even increase in concentration over time if the source of the pollution is inside the house.

Indoor air quality problems can cause discomfort and even serious disease, especially in children. The good news, though, is that there are many effective ways to improve indoor air quality.

There are three basic strategies for improving indoor air quality:

  • Air purification. Air cleaners range from small tabletop models to full-house models that are part of the central heating and cooling system. Small air purifiers are typically not very useful, but central air filters can be very effective at removing airborne contaminants. If your heating and cooling system does not include central air filtration, you should consider an upgrade to a new system.

    It is important to note that air purification will not remove gases like carbon monoxide or radon from your home. Gas pollution must be remedied by professionals.

  • Ventilation. Many forced-air heating and cooling systems do not bring outdoor air into the home. Kitchen and bathroom exhaust fans and attic ventilation fans (when weather permits) can be very important in promoting the circulation of air. Also, opening windows is very important, especially when doing short-term activities such as painting that increase the number of pollutants in the air.

    You should also consider upgrading to one of the newer central heating and cooling systems that bring outdoor air into the home.

  • Source control. This is the most important indoor air quality strategy, and in many cases, the simplest one. Source control is definitely the most cost-effective strategy for improving indoor air quality, because purification and ventilation both require a constant use of energy.

    Switch to all-natural household cleaners, buy household furnishings made of natural fibers (instead of synthetic fibers that can “off-gas” volatile organic compounds). When painting, use VOC-free paint. Quit smoking, if you haven’t already.

    In some cases, source control must be done by a certified contractor. Asbestos should be sealed or enclosed (asbestos is not a hazard unless it is disturbed, at which point it can release a dangerous dust). Radon gas should be mitigated whenever possible by sealing cracks in the foundation where the gas enters, or by filtering the water supply if water is the source. Gas stoves can be adjusted to decrease the amount of emissions. Lead paint can be scraped off or covered with modern, lead-free paint (this is not a DIY job and requires EPA training).

    And, don’t forget to install a carbon monoxide detector in your home, ideally next to the sleeping areas.

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Ductless vs. Duct Air Conditioning Systems

Friday, June 17th, 2011

When it comes time to pick out a new air conditioning system for your home, you will have to make the choice between ductless and duct models. While both of these types of systems have their advantages, the specifics of your situation will go a long way to determining which one is right for you.

Ductless air conditioning systems are becoming more and more popular these days for a number of reasons. For one, they are generally considered more energy efficient than their ducted counterparts. Also, ductless systems are often cheaper and simpler to install, particularly in a house that does not already contain ductwork.

These types of air conditioners use refrigerant lines to connect the indoor unit or units to the outdoor compressor. The refrigerant lines take up much less space than ducts do and they also are much easier to install. Refrigerant lines can also reach into areas of your house that ducts may not be able to, making it possible for you to bring the benefits of air conditioning to places that did not have access to it before.

The indoor unit of a ductless air conditioning system can generally handle the cooling load of one or two rooms, but if you want to cool a larger space, it will be necessary to install multiple indoor units throughout the house. All of these units can connect to the same outdoor compressor and they can also be controlled individually. That means that you can set different temperatures in different parts of your house and you do not have to pay to cool the entire space if no one is occupying certain parts at the moment.

A duct air conditioning system also involves indoor and outdoor components. However, these elements are connected to each other by a system of ducts rather than by refrigerant lines. In a duct system, cooled air is brought inside from the compressor and then circulated through various ducts by the air handler.

The latest duct systems are quite energy efficient as well, and they can also be coupled with zone control systems to create different climate zones within your house. Particularly if you already have some ducts in place, a duct air conditioning system can be a great option for you.

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Allergies – Different Products that Can Help with Different Problems

Monday, May 23rd, 2011

One of the biggest problems related to indoor air quality is allergies. When not treated properly, excess dust, humidity, bacteria, mold, and other contaminants can cause a number of allergy problems, especially if anyone in your home has asthma and is particular sensitive to a contaminant.

Luckily, there are quite a few products on the market designed to reduce the effect of indoor allergens and help you feel comfortable all year long.

Filters

HEPA air filters are designed to capture incredibly small bits of debris in your home. They remove things like dust, mold, debris, pollen, and pet dander before they can trigger an allergic reaction. The best filters are all HEPA certified and are available either for a single room or for your entire home. The size of your home and the amount of contaminants you have will ultimately determine which filter is best for you.

Purifiers

For those with allergens beyond dust and pollen, purifiers are a good next step. Air purification is done electronically, utilizing ionization technology to remove things like gas and smoke as well as bacteria and viruses that get into your indoor air. Anyone suffering from even a mild bout of seasonal allergies can be made very uncomfortable by these types of contaminants. Advanced purification systems also come with UV germicidal lights to kill bacteria and viruses.

Ventilation

While capturing the bad stuff in your air is important, so too is getting new air into your home. Allergies are triggered as much by stale air as by the allergens in it. So, a good ventilation system is important. Simple fan units work very well for many families, but if you want to avoid the loss of heated and cooled air during the most extreme weather in your area, an energy recovery ventilator is a good alternative to straight fan ventilation.

Humidity

Finally, humidity is a big issue for many families. Dryness in the winter can make colds and flus worse and excessive humidity in the summer is a haven for things like mold. A good humidifier removes humidity when it gets too high and adds moisture to the air during the winter when it gets too dry.

Always do your research before choosing an air quality system for your home. It’s important to choose components that will help you overcome whatever allergies you face, throughout the year.

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When to Replace Your Air Conditioning System

Friday, April 22nd, 2011

One of the last things you probably want to think about is replacing your current air conditioning system. However, the time will come when you can no longer ignore the fact that your air conditioning system is not getting the job done like it used to. And considering your replacement options early can help save you a lot of money and aggravation in the long run.

Before you can start looking at replacement options, though, you need to be aware that the time has come to replace your current model. But how can you tell that your air conditioner is on its way out? Well, there are actually quite a few warning signs that, if you are attuned to them, will help you determine whether or not it is the right time to replace.

First of all, if you have to call for repairs, even minor ones, on a regular basis, chances are that you would be better off replacing rather than continuing to patch up the air conditioning system you already have. This is true for several reasons including the fact that a system that requires repairs so often is probably not going to last you much longer anyway.

By replacing now rather than continuing to pay for repairs, you will save a lot of money in the long run. After all, you are going have to pay for the new system sooner or later, so you might as well skip the shelling out of extra cash to repair a system you are just going to get rid of anyway.

Problems like inadequate or uneven cooling or mismanaged humidity levels in your home are a good sign that something is not working right in your air conditioning system and that it may be time to replace. At the very least, you should call someone out to take a look and let you know what type of repairs you are looking at.

You should also think about replacing an older system even if it is still working fine because the newer systems available are much more energy efficient than even the top of the line models available ten years ago. While you will have to pay the purchase and installation cost up front, you will immediately begin to save substantial amounts on your monthly cooling bills.

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