Benefits of Getting a Home Energy Audit in Manhattan Kansas

February 22nd, 2012

As a resident of Manhattan you may have heard of home energy audits, in which a professional inspects your home and tells you how “good” the insulation is. But you may also be wondering what the point of such an audit is. To answer that, here are four benefits of getting a home energy audit.

Learn About Loss

The main idea behind getting a home energy audit is to figure out the heat loss (or gain) of your home. That is, how much heat are you losing to the outside world? Heat that doesn’t stay in your home obviously does little to benefit you in terms of keeping your house warm, and can be costly in terms of increased utility bills and repair costs over time.

Identify Weak Spots

Aside from determining how much heat your home is losing, a home audit can also point you in the direction of weak or thin spots in your home’s insulation. By identifying areas that are letting out the most heat, you can prioritize your strategy to prevent heat loss. Most often, this starts with doors and windows.

Opportunity to Upgrade

A good home energy auditor will present you with solutions for your heat loss problems, like heating installation options or materials in your home. This can solve your heat loss problems in one fell swoop. Such solutions include energy efficient glass, new sealant around doors and windows or upgraded insulation, especially in upper floors.

Save Money

Preventing heat loss increases the efficiency of your heating system, which saves you money. Your heating bills are reduced, and your furnace has to run less, which means fewer repairs and a longer life for an expensive piece of equipment. In short, spending money on a home energy audit and heat loss solutions are sound investments.

The benefits of a home energy audit are numerous, which is all the more reason to take advantage of having one done in your home. Plus, it is also a good thing to do for the environment, which is part of being a responsible homeowner.  If you would like to schedule one please call Standard Plumbing, Heating and Air.

The Top Air Conditioning Brands on the Market in Manhattan

February 17th, 2012

So, it’s time to buy a new air conditioner. The first step is to determine which brand is right for you, but where do you start? There are dozens of brands out there and each has its own specific benefits to offer. Which selection will serve your family best? Let’s take a closer look.

What Type of Air Conditioning

The first question to ask is what type of air conditioning you want for your home. If you plan on installing a central system, your best bet is to go with a model from one of the traditional air conditioning manufacturers. Trane and Carrier in particular have been mainstays in the AC industry for decades.

Carrier and Trane provide some of the best products on the market and they both offer a wide variety of air conditioners ranging from low BTU split systems to full sized packaged systems for multi-room cooling (and sometimes heating too).

On the other hand if you want a mini splits air conditioner, the brand names you’re considering may be a little different. Since the mini splits technology is new to the United States, the most advanced systems come out of Japan. Mitsubishi and Sanyo in particular offer some of the best quality devices, complete with DC inverter technology allowing multi-zone cooling. Klimaire is another popular brand, though their systems are not as efficient for multi-room cooling with a single condenser.

Cost

While Trane and Carrier are among the best manufacturers, the cost of their systems tends to reflect this high standing. Goodman is a top choice for quality to cost ratio. Their systems are among the least expensive to buy through a distributor and they are less selective about installation so it is easier to find a contractor to install your unit. A lot of installers feel that the technology today makes the top brands hard to distinguish from each other – the real key is having the system properly sized and installed.

Top of the Line Systems

If you are interested in a high capacity system with expert installation, consider a Trane or Carrier system. If cost is an issue, look for a contractor who installs Trane, Carrier and Goodman products as Goodman offers some very good air conditioners without the premium price tag. For ductless mini-splits Mitsubishi offers the highest quality systems, though beware that you will pay a premium for that quality as well.  If you have any questions about this topic please call Standard Plumbing, Heating and Air.

Happy Valentine’s Day From Manhattan’s Oldest Plumbing, Heating & Air Conditioning Company

February 14th, 2012

Everyone at Standard Plumbing and Heating wishes you a Happy Valentine’s Day! Valentine ’s Day is all about showing your appreciation for your loved ones. Whether it is your significant other, your family, or your friends, today is a great day to let them know how special they are to you. A handmade card, a bouquet of flowers, or even a simple phone call can make someone’s whole day.

If you are thinking about a big gift for your family, an upgrade to your HVAC system might not be the most romantic gift, but it is a gift that keeps on giving! An air filter will keep you indoor air clean, and a new furnace or heat pump will make your home more comfortable and lower your utility bills. Making your home cozier is something your whole family will appreciate!

Call Standard Plumbing and Heating to learn more about how some HVAC system upgrades improve the comfort level in your home. And to make your Valentine’s Day a little sweeter, here is a recipe for Chocolate Covered Strawberries

INGREDIENTS:

16 ounces milk chocolate chips

2 tablespoons shortening

1 pound fresh strawberries with leaves

DIRECTIONS:

  1. Insert toothpicks into the tops of the strawberries.
  2. In a double boiler, melt the chocolate and shortening, stirring occasionally until smooth. Holding them by the toothpicks, dip the strawberries into the chocolate mixture.
  3. Turn the strawberries upside down and insert the toothpick into styrofoam for the chocolate to cool.

For more details, visit allrecipes.com.

Manhattan Heat Pump Tip: Outdoor Maintenance

February 13th, 2012

Sometimes, the trickiest part about owning a heat pump in Manhattan is keeping the outdoor components maintained. Because they are outside and generally out of sight, it can be easy to forget or neglect them. But because they are outside and exposed to the elements, heat pump maintenance is required to keep them running properly.

The two most important routine maintenance functions you can do as an owner of an outdoor heat pump are keeping it free of debris and keeping it level.

Every month or so, inspect and clean your outdoor heat pump to make sure it is free of leaves, dirt and other debris. These can easily be sucked in by the fan and reduce the efficiency of the whole system. Turn the power off to the unit and use a vacuum or broom to remove any accumulated debris.

Once or twice a year, use a carpenter’s level to make sure the whole thing is sitting level on the pad. Use the level to gauge both side to side and front to back. While you are doing this, check the insulation for erosion or gaps. If you see that it is not level or the insulation is wearing thin, have a contractor come out reset the unit on the concrete pad or patch up the insulation.

These are two small maintenance tasks that you don’t have to do very often, but they can make a big difference in the performance and life of your heat pump.

In addition, you should always have your whole heating, ventilation and cooling system inspected by a professional annually in order to keep everything maintained and in good repair.  If you have any questions about maintaining your heat pump please call Standard Plumbing and Heating.

Specs of EnergyStar Rated Heat Pumps for Manhattan Homes

February 10th, 2012

As a Manhattan resident you are almost certainly familiar with EnergyStar ratings. They are those little stars you see on a lot of common household appliances, like heat pumps. EnergyStar is a government program run by the Environmental Protection Agency and the Department of Energy to identify and clearly label products that meet strict efficiency guidelines. Products that carry the EnergyStar logo have been shown to be among the most highly efficient out there.

This labeling is important and arguably becoming more so every day. Homeowners want the peace of mind that comes with knowing that the appliances in their homes are running efficiently, helping the environment and saving them money.

But have you ever wondered how a product gets to wear that EnergyStar logo? What are the guidelines it has to meet or exceed in order to be approved?

The short answer is that it varies across product lines, as you might expect. An air conditioner is very different from a personal computer. For heat pumps, though, there are some pretty simple and consistent specifications to meet.

Heat pump ratings are based on two numbers—one for cooling and one for heating. Cooling efficiency is rated on a scale called the seasonal energy efficiency ratio, or SEER. This number simply describes in a nutshell how efficiently a unit can cool the area it’s installed in. Most heat pumps these days have a SEER of at least 10, and the most efficient ones carry a SEER of around 18. To meet EnergyStar requirements, a heat pump must carry a SEER of at least 14.

The second number involved in rating the efficiency of a heat pump is the heating season performance factor, or HSPF. This number describes the heating efficiency of a heat pump by dividing its estimated heating capacity by the amount of electricity it draws. Most new heat pumps have an HSPF of at least 8, which is what is required for EnergyStar approval.

A third rating criterion for heat pumps is the energy efficiency ratio, or EER. This is like SEER, except that it is an instantaneous measurement rather than one over a whole heating season. This rating is less commonly considered by consumers, but it is part of the EnergyStar criteria, so it’s worth mentioning. EnergyStar requires heat pumps to have an EER of at least 11.

Only when a unit meets or exceeds all three of these specifications is it eligible for EnergyStar approval. Keep in mind that the requirements vary for split systems versus single package systems, and that they may change over time. Contact Standard Plumbing, Heating and AC during the purchase process to be sure the unit you want is EnergyStar approved.

Steps to Take Before Turning on Your Furnace in Manhattan

February 8th, 2012

You are feeling a chill in the Manhattan air. The outside temperatures are going down each day and the nighttime temperatures are forcing you to break out the flannel pajamas, robes, and blankets. It’s getting cooler and you are holding off turning on your furnace for the first time of the season, maybe because you envision high utility bills or you are afraid of what you’ll hear, feel, or see coming from your furnace after several months of inactivity.

There’s not much you can do to control higher utility bills, they are like death and taxes. But there are some things you can do to take the “mechanical anxiety” out of turning on your furnace for the first time.

You can’t go back in time but you may want to consider “summerizing” your furnace after you shut it down in preparation for the cooling season – or during the cooling season. Have a qualified heating and cooling technician give your furnace an inspection and cleaning.

A preseason inspection and cleaning will prevent some problems that may affect some of your senses later on. For example, a smell coming from your furnace may indicate a burning or smoldering electrical component. A noise may indicate a noisy fan or a loose belt, causing poor or no airflow. Touching your ventilation system and feeling for any vibration can indicate poor airflow. Visually checking your instruments like thermostats for verifying proper temperatures or a digital readout on our carbon monoxide alarm for any traces of harmful gas are also important to furnace start-up.

If something goes wrong, don’t blame it on your thermostat or the cold weather; blame it on a lack of preventive maintenance. Your best bet is to have a qualified service technician do a clean and inspection – to minimize any surprises at start-up and to keep you and the occupants of your home comfortable and safe while your furnace begins another season of hard work.  If you have any questions about this process contact Standard Plumbing & Heating

How a Circulating Fan Can Save You Money and Help Your AC Keep You Cool in Manhattan

February 6th, 2012

If you already have a central air conditioning unit, you probably have not though much about having some ceiling fans put in as well. After all, why would you need a fan when your air conditioner can keep you as cool as you want all year long?

Well, the truth is that a ceiling fan can actually contribute a lot to your household even when you do already have the central air in place. It can also save you quite a bit of money when it comes to your monthly cooling costs, so there is really no reason not to look into getting a ceiling fan of your own.

Certainly the air that air conditioners distribute throughout your house is quite cool. But a ceiling fan will help to circulate it much more effectively. In fact, a good ceiling fan can make a room feel up to eight degrees cooler than it actually is just because of the cooling affect that moving air has on your body.

This means that you could set the thermostat on your air conditioner higher and still enjoy the same level of comfort that you are used to. You may already know that for every degree you raise your thermostat in the summer you will be saving up to 3% off of your regular energy bill. So if you can turn the air conditioning down by more than five degrees, you will surely be seeing some substantial savings.

Of course, you are still running the ceiling fan in place of the air conditioner, but the fan will use only a very small fraction of the energy that the air conditioner does. This all means that having a ceiling fan and using it wisely can help you cut your annual cooling costs dramatically.

And a ceiling fan will be useful in the winter as well. Since heat rises, you can turn your fan on backwards and it will push the heat that has risen to the top of your room back out along the walls and down. This means that you will be getting more for the heat you are paying for as well, making the ceiling fan a great money saver all year long.  Contact HVAC experts Standard for more tips anytime.

Manhattan HVAC Q&A: What is an Electric Furnace?

February 3rd, 2012

There are many types of furnaces that use a variety of energy sources to operate in Manhattan. Gas furnaces use natural or propane gas, boilers and radiators use water, heated by electricity. And then there are electric furnaces, which may have an advantage over other energy sources based on energy costs.

Simply put, electric furnaces function through the use of electricity. They do not require the use of any type of fuel – but function through wires and chords. An electric furnace uses heating coils, sometimes referred to as “resistance calrods” to create heat directly in the air flow. Inside the furnace cabinet are controls, a blower, and the circuit breakers for the heating elements. Some furnaces have the breakers accessible from the outside of the cabinet.

Other add-on accessories may include an electronic air cleaner, air filter, humidifier, high performance media filter, and air conditioning evaporator coil.

The heating process begins with the home’s thermostat. A drop in temperature is sensed by the thermostat, which alerts the electric furnace. The coil then warms up, thanks to the electric current that passes through it. The heated coil in turn heats the temperature of the air around it, which is then blown into the house through a blower. The pressure that is exerted by the blower on the heated air, warms it further. The blower is able to overcome the resistance of the duct work and replace unheated, colder air with the heated air. In most homes there are various return air ducts that are used to bring in the colder air to the furnace. This cold air travels through the furnace, through an air filter, the blower, and finally through the heat exchanger. After this it will then be pushed back into the house as warm air.

To maintain a supply of fresh air in the house, some furnaces also suck air from the atmosphere outside. After the air in the house reaches a particular temperature, the thermostat automatically shuts off the electric furnace.

An electric furnace may be less costly to run, depending on the price of electricity versus other sources like natural gas, propane gas, or oil. Gas and oil are fossil fuels and burning them leaves a “carbon footprint” – the release of carbon compounds and gases into the atmosphere. An electric furnace does not burn fuel and thus does not leave a carbon footprint. This electric warming process results in fewer particulates and contaminants in the air, too.  For more information about electric furnaces and other heating appliances call your HVAC pros at Standard Pluming and Heating.

How to Install a Programmable Thermostat in Manhattan

February 1st, 2012

Programmable thermostats are one of the best ways to save on heating costs, especially if you have a hard time remembering to turn down the heat in your Manhattan home. Installing a programmable thermostat will allow you to set the times you want the heat turned up or down. Not only will this make heating your home more consistent and save energy, but it will also allow you to tailor your heating needs to your schedule.

For instance, you can set the thermostat to turn on before you get up in the morning so that the house is already warm when you get out of bed, and conversely, set it to turn down after you go to bed or leave the house for work. Depending on the brand and setting options, programmable thermostats are relatively inexpensive and easy to install.

Although all styles are slightly different, here are some basic instructions that show you how easy it is to install a programmable thermostat.  Remember, this is only a general guide; always check the instructions inside the packaging of your new thermostat before you install it, or check with an electrician.

1. Remove the Old Thermostat

Before you remove the old thermostat, check to see where it’s mounted. If it’s mounted to an electrical box, the voltage used to power the old thermostat may not be compatible with the new one. Ask a certified electrician or heating technician if you aren’t sure.

CUT THE POWER TO THE HEATING SYSTEM TO AVOID ELECTRIC SHOCK. You should always turn off the main power supply to your heating system before installing any new thermostat. If you aren’t sure how to do this, ask your HVAC contractor. Once you unscrew the mounting plate for the old thermostat, just unhook the wires. Don’t throw an old mercury controlled thermostat. You should ask your local waste management facility how to properly dispose of mercury products.

2. Locate all Wires

Wrap the loose wires around a pencil to keep the wires from falling back into the wall. Identify and label each corresponding wire with a letter (do not use color coding since this is not always accurate). Strip the plastic off the ends of the wires about ¼ inch if you need to.

3. Install and Insulate Wallplate

If the area around the new wallplate is larger than the plate, insulate the hole with non-flammable insulation. Take the wallplate off the programmable thermostat and hold it against the wall to mark the screw holes with a pencil. Pull the wires through the large opening at the bottom and screw the plate to the wall.

4. Wiring

Make sure you are comfortable with wiring before you attempt to do any electrical installations. Check the manual for your programmable thermostat for instructions on wiring that specific model. In general, you’ll want to make sure you match the wire labels with the corresponding terminals on the thermostat. Sometimes there will be extra wires that aren’t needed. Always test it before completing the installation. Don’t forget the battery!

5. Install the Faceplate

Once you have it wired correctly, all you need to do is align the brackets on the faceplate with the corresponding slots on the wallplate and fasten the faceplate to the rest of the mounting. Lastly, tighten the screw at the bottom of the thermostat to hold it in place.

If you have any questions regarding programmable thermostats, give Standard Plumbing, Heating and Air  a call.

Kansas HVAC Contractor Guide: Most Commonly Asked Questions About Heat Pumps

January 27th, 2012

If you’re thinking about buying a new heat pump for your Kansas home, chances are you have some questions about these types of products and how they work. In fact, because these types of home comfort systems are relatively new to a lot of people, there are a quite a few misconceptions out there about how effective and efficient they can be.

Recently we’ve gotten some good questions from our readers, so we thought we’d like to pass along the answers so that others can benefit from the information as well.

If I Buy a Heat Pump, Do I Have to Buy an Air Conditioner Too?

That heat pumps are only able to heat your home is probably one of the biggest misconceptions about this type of equipment. Heat pumps work by extracting heat from the air in one place and transferring it to another. That means that in the winter, your heat pump is able to heat your home by taking heat from the outdoor air and moving it inside.

However, in the summer, the heat pump is able to do the same thing only in reverse. When you switch on your heat pump’s cooling function, it will be able to take the heat out of your indoor air and transfer it outside. In this way, the same heat pump system can keep your home warm in the winter and cool in the summer without you needing to purchase an air conditioner or other supplemental comfort systems.

If I Choose a Heat Pump System, Will I Also Need to Install Supplemental Heat?

That depends on what the climate is like where you live and how warm you like to keep your home. In general, heat pumps can keep any home comfortable as long as the outdoor temperature is above 32°F or so. If the temperature outside drops below that, you may want to have some type of supplemental heating system just in case. However, a heat pump will still be able to provide some warmth at these lower temperatures and you may be able to keep yourself comfortable with a simple space heater or two.

Also, remember that these colder temperatures are most common at night when you would probably have turned your heat down anyway. As long as you live in a relatively moderate climate, heat pumps can do a great job of keeping your home comfortable all year long.