Posts Tagged ‘Haverford’

Springfield HVAC Tip: SEER vs. HSPF

Monday, April 30th, 2012

When it comes to heat pumps, there are two different ratings you’ll often see – the SEER and the HSPF. So, what does each of them mean and which rating is more important when purchasing your new heat pump in Springfield? Here are a few things to consider:

SEER

The acronym SEER is short for “seasonal energy efficiency rating” and is used most commonly to measure air conditioner efficiency or in this case, the cooling capacity of your heat pump.

 HSPF

The HSPF is short for “heating seasonal performance factor” and is a measurement of how efficient the heat pump is in producing heat during the cooler months of the year.

 The Difference Between the Two

Every heat pump will have both of these ratings, allowing you to see how efficient each is. This is important because you need to know for certain how well your heat pump will perform under certain situations – both in the winter and summer.

However, if you live in a colder climate where the summer rarely calls for air conditioner, your focus should be on the HSPF first. And if you live in a warmer climate where your heating needs are minimal, the SEER is most important. Another thing to consider is your supplemental heat. If the cost of your supplemental heating system is high, you’ll want an HSPF that is as low as possible to balance it out.

 Choosing an Efficient Heat Pump

Heat pump efficiency directly impacts the price of the device you purchase but is almost always worth the difference. The key is to find a device that provides what you need based on where you live. Keep in mind as well that, like most HVAC upgrades, you won’t immediately recoup the cost of the device in your energy savings, so if you plan on moving soon, you should purchase a more affordable device now and upgrade later.

Purchasing a heat pump is an important step in making your home more energy efficient. If you are unsure which rating you need or how to analyze their meanings, contact a Springfield heat pump professional, like Cool It Heating & Air Conditioning, to learn more.

What to Do Before Turning on Your Media AC for First Time

Monday, April 9th, 2012

The weather is starting to heat up and you are eager to flip the switch on your Media air conditioning system for the first time. It’s been sitting there since spring, waiting to be used, but now you wonder if there are any tasks that should be completed before its first use. Depending on the type of system you had installed there are a few things you should keep in mind before you cool down your house. They include:

  • Media Air Conditioning MaintenanceOutdoor Cleaning – You need to make sure that your outdoor unit is clean and clear of debris before you turn on your AC. Brush off any leaves and check under the cover to clear out anything that might have gotten beneath it. You should also take a look at the supply registers to make sure they are clear.  It is also a good idea to replace your air filters.
  • Check Your Thermostat – You should make sure that your thermostat is functioning before you start using your air conditioning system. A simple way to check is to set your system to auto-cool and lower your thermostat to a few degrees below the current room temperature. Your air conditioner should turn on to cool the room; if it doesn’t, have a professional come out and take a look at your system.
  • Clear Away Winter and Spring Dust – Now that your system is running, make sure you check the filters for any buildup of dust that was in the ductwork. Over the off season, your ducts might develop a layer of dust and debris, especially if your heating system doesn’t make use of them. The filters might clog quickly as a result.
  • Check for Water Leaks – Your condensate overflow drain should work properly as well – check for any potential leaks during the first 48 hours of operation. Even a small leak should be checked immediately to avoid potential problems as summer cooling season kicks in.

If you notice any problems other than those listed above, you should call a service professional immediately. Ideally you will have your system inspected in early-mid spring to ensure it is ready for the summer, but even so problems can develop between inspection and first running. Electrical issues especially should be checked immediately.

 

How to Make Your Thornton Heating System More Effective

Monday, December 12th, 2011

Everyone wants an effective heating system in Thornton – one that will provide steady, reliable heat without you having to spend hundreds of dollars each month on gas, oil or electricity. And while the best way to improve the efficiency of your heating system in most cases is to upgrade it, there are some simple things you can do around the house to boost its effectiveness. Here are some of the best:

  • Rearrange Furniture – Just having the heat on doesn’t necessarily ensure the heat entering your room is being distributed evenly. Move your furniture in such a way that there is a clear, unimpeded path from the registers and radiators to the rest of the room. Done properly, this will make it much easier to and faster to heat every room of your house.
  • Maximize Air Flow – Air flow can be maximized in a number of ways. Make sure you close any windows near a register or radiator and that you remove any large objects that might block air flow. You should also install things that can help move air like fans and always call someone in for changes to the arrangement of your vents or radiators.
  • Clean Registers or Radiators – The cleaner your radiators or dust registers are, the more efficiently they release their heat. Not only have that, but clean radiators and registers resulted in better indoor air quality. Weekly cleaning of each room’s heating source is highly recommended.
  • Install Ceiling Fans – Ceiling fans switched to blow down are incredibly effective for distributing air throughout the room. This will keep push warm air down and keeps cold air up – in effect, reducing the need for constant running of your furnace or boiler.

Effective heating is important to keep your home comfortable, reduce the cost of heating and prolong the lifespan of your furnace or boiler. You should also make sure your heating system is properly maintained throughout the year. Skipping maintenance visits (which are highly recommended annually) will put unnecessary stress on your system and shorten its lifespan substantially, not to mention the decrease in efficiency when heating your home.

Heat Pump Maintenance: A Guide from Folsom

Friday, November 18th, 2011

Heating and cooling your Folsom home is a priority. You need your home and family to be comfortable all year round, so you either got or are considering a heat pump. These machines are great because under the right circumstances, they are essentially all-inclusive and incredibly efficient solutions for all your home heating and cooling needs.

Notice the “under the right circumstances” part. A number of things have to be considered when choosing a heat pump, such as the climate and the size of your home. But these are not the only circumstances that influence how well your heat pump works for you. Proper maintenance is a vital component of heat pump ownership, ensuring that you get the best performance out of your heat pump for the longest time possible.

A major part of properly maintaining any machine is to keep it clean. A heat pump is no exception. Dirt and dust can affect the efficiency of your heat pump, as well as speed up corrosion problems. Keep the compressor and coils clean. Check them monthly or so and remove any accumulated dirt. Also, consistently check and change filters according to the manufacturer’s recommendations.

Simple cleaning is an easy and effective first step to heat pump maintenance, but there are some things that you just won’t be able to do on your own. For more intensive maintenance, it is best to call in a professional for an annual inspection.

During a routine maintenance check of your heat pump, a technician will inspect the whole heat pump system for problems. He will clean the compressor and coils, tighten any connections that may have loosened up and change the filters as needed. In addition, a skilled technician will be able to detect any early signs of trouble and make necessary repairs to prevent break downs. These small repairs can prevent big problems later on, thereby preventing some serious discomfort and a possible big expense.

If you are considering a heat pump as a heating and cooling solution for your home, great. If you have already decided on one and had it installed, congratulations on making a smart decision. Now, make another smart decision to protect that investment by keeping your new heat pump properly maintained.

HVAC Safety the Whole Family Should Know: Some Pointers from Haverford

Wednesday, November 16th, 2011

If you think the most important thing a heating and cooling (HVAC) system can do is to provide an comfortable environment in your Haverford home, 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 fall and winter.

Worst Rooms in Your Home to Collect Allergens

Monday, June 20th, 2011

Your home is a haven for allergens, but some rooms in particular are much worse than others. They are damp. They are warm. They often have garbage in them. These are the rooms that need especially close attention when trying to maintain air quality in your home.

Basement

First on the list is your basement. A basement is the biggest problem when it’s either unfinished or not used very often. If you have water leaks in your basement or poor insulation, it’s important to have a moisture barrier put in and have your pipes checked. If the water comes from a drainage pipe or your sewer line, repairs can be made. If it comes from excess ground water or leaks in the foundation, a sump pump or drain tile system will help remove the excess water. Either way, the wetter your basement gets, the higher the risk of mold and other contaminants becomes.

Beyond moisture, a basement tends to collect a lot of dust. After all, it is where we put many of our old and unwanted possessions, and because the furnace is often in your basement, all that damp, allergen filled air gets cycled back into your home.

Bathroom

Bathrooms are allergen havens for two reasons. They are filled with moisture, and without proper ventilation they will soon be filled with mold and mildew. Additionally, when not cleaned regularly they can house buildups of hair, skin, and other dust building residue that tend to trigger allergies.

The easiest way to handle this problem is to clean your bathroom regularly and make sure it is properly ventilated. Short of an exhaust fan in your bathroom, keep the door and windows open to help it dry faster.

Kitchen

Your kitchen produces allergens like mold and mildew due to the presence of garbage and fruit. It can also attract bugs and the dirt that accrues from people passing through constantly. Pets tend to eat in the kitchen, leaving behind dander. Additionally, plants and vegetables in the kitchen release pollen that circulates through your home to trigger additional allergies. Exhaust from cooking and smoke can also be a harmful allergen trigger.

The kitchen should be kept well ventilated and clean at all times. Check for any gaps in your insulation and have your exhaust fan and hood cleaned regularly to avoid backups of smoke or gas.

Allergens are everywhere in your home – with careful attention, however, you can stop them from affecting your family negatively.

Radiant vs. Air Based Parallel Cooling System

Wednesday, May 25th, 2011

When you incorporate a dedicated outdoor air system (DOAS) into the cooling system for your building, you’ll need to supplement it with another parallel cooling system. DOAS systems are important because they ensure a proper and consistent influx of fresh air, but they can’t typically handle the entire cooling load of a building on their own. Luckily, there are a number of options for a supplemental system. Specifically, when you want the right system to supplement a DOAS, you have two choices – air based or radiant cooling.

Air Based Parallel Cooling

In an air based parallel cooling system, reconditioned air from the building is used to compliment the fresh air supplied by the DOAS. This reconditioned air can be mixed with the DOAS and then circulated throughout the building, or the two types of air can be circulated separately through their own ductwork systems.

It’s easy to see how putting in two systems of ducts could increase your initial installation costs if you go that route. But by keeping the two types of air separate, you’ll always have the right combination of fresh and recirculated air in each area of your building.

Combining these two air sources prior to building-wide circulation, on the other hand, can both save you on initial installation costs and on operating costs, as the fan power needed to circulate air from a single supply is much less than what you would need for two separate supplies.

Radiant Parallel Cooling

However, there is another option entirely when you’re trying to supplement your DOAS – radiant parallel cooling. This involves installing a system of radiant cooling panels throughout the building. These panels are cooled continuously so they absorb heat from people and objects in each room.

As the panels absorb heat and carry it away, the change in air temperature near the panels leads to the development of natural convection currents that gradually spread the cool air throughout the room. Radiant cooling is ideal for use with a DOAS because it requires very little additional energy usage and no fan or ductwork.

Particularly if you are installing a system in a building for the first time and have no ducts or other features in place yet, radiant ceiling panels can be the ideal choice from both a functional and budgetary standpoint.

The system that works best for you will depend largely on the current layout of your building, the specific cooling needs of tenants or employees, and your target installation costs. Make sure to do your research well in advance before choosing your cooling method and you’ll be set for years to come.

What Is a Cast Iron Radiator?

Friday, April 8th, 2011

Cast iron radiators are part of a type of home heating system that has been around for generations. While these types of systems have been largely displaced by newer forced air heating, they do still hold some distinct advantages over their more modern counterparts.

Cast iron radiators are heated as either hot water or steam is circulated through them from a furnace or boiler. As the cast iron heats up, it radiates the heat outward into the air and can thoroughly heat your home evenly and efficiently.

In fact, heating systems that use cast iron radiators are quite a bit more efficient at heating homes. They also don’t typically have the types of problems associated with certain types of forced air heating like hot spots, cold spots or generally uneven heat distribution throughout the house.

Cast iron radiator heating systems are also typically cheaper to install than forced air systems because they don’t require ductwork. Instead, a closed system of pipes links the radiators to the boiler, and those are much easier to put in place and generally take up much less space than ductwork does.

While radiators can also be made out of some other metals, nothing holds the heat as well as cast iron radiators do. It is also safer to heat cast iron to higher temperatures, so you don’t have to worry about keeping them on too long or running them in extreme circumstances. They also hold the heat extremely well, so they can continue to heat a room even after the heat has been shut off.

Of course, cast iron radiators are not a solution for keeping your home cool in the winter as some of the newer heat pumps and other central forced air heating and cooling systems are. If you have cast iron radiators in place, you’ll still have to invest in some type of air conditioning system if you want to keep your home cool enough in the summer.

Also, because they do get very hot, cast iron radiators can present a potential burn hazard, particularly to small children. However, there are many different types of radiator covers available that can both mitigate that risk and add a nice touch of style to any room in your home.