Carney All Seasons Blog: Posts Tagged ‘Doylestown’

Why You Should Get a Water Treatment System

Monday, December 3rd, 2012

In Lansdale, many people have begun to realize the benefits of a water treatment system for their home. At Carney Plumbing, Heating & Cooling, we’ve been offering comprehensive water treatment systems for many years. We thought it would be helpful for our customers if we provided a short list of some of the important benefits to water treatment systems.

How to Tell if You Need Water Treatment

The only good way to tell if your home needs a water treatment is to conduct testing on the water at your house. Whether you get your water from a municipality or a well, proper testing will most likely show contaminants, PH imbalance and unwanted minerals in your water. Knowing what’s in your water is critical to your overall comfort and health.

Cleaning

You wash pretty much everything in your home with water. Your clothes, your dishes, your floors and your body all get washed with the water that comes into your home. When you have your water filtered and conditioned, soaps, shampoos and shaving creams will foam and lather better. Your skin will also most likely feel cleaner and softer. Another benefit is that laundry and dishwashers typically require less soap to properly clean.

Less Build-Up

One of the biggest problems for home plumbing systems and appliances is hard water. The minerals in hard water tend to build up inside pipes and appliances parts. This can cause clogs and blockages inside your pipes. In some cases, it can damage your equipment. In particular, mineral deposits and sediment can build up on the bottom of your water heater and prevent it from heating your water. This can also happen if you have a boiler in your home for heating.

If you’re interested in learning more about water treatment systems or if one is right for your home, contact the experts at Carney Plumbing, Heating & Cooling. Give us a call today!

Tags: Ambler, Doylestown, Lansdale, Plumbing, Water Testing, Water Treatment System
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Why is it Important to Keep Your AC Condenser Coils Clean?

Monday, August 27th, 2012

Condenser coils perform an essential function of conditioning hot, moist air and replacing it with cool, dry air. During this process the continual circulation of air causes airborne pollutants such as dirt, dust, grass, lint, moisture and other debris to land on the coils, building up until it gets clogged. A clogged or dirty AC condenser coil is most definitely a problem.

The main problem with dirty coils is that it decreases how well the AC actually cools. A clogged coil can mean deceased air flow through the coils, which in turn means your Doylestown air conditioning system will be less efficient.

Clean condenser coils can yield higher performance levels, cleaner indoor air, and a longer life expectancy of the unit, while also saving money in electricity costs. Performance levels of air conditioners with dirty coils drop by as much as 30%!

When air passes over a dirty condenser coil and is then pushed into indoor air after being cooled it only stands to reason that some of that dirt and debris gets taken indoors as well. It can also cause moisture problems on the coils which could result in bacteria or mold spores growing, and might reduce indoor air quality in your home.

Dirty coils can also cause the AC to work at higher temperatures and higher pressure which means the lubricant cannot easily be broken down. This can make the unit freeze over, eventually causing compressor failure.

Carney Plumbing, Heating & Cooling can help clean your condenser coil during a regular AC maintenance checkup – give us a call today if you need AC service!

Tags: Abington, AC Coil Cleaning, Air Conditioning, Air Conditioning Maintenance, Doylestown, Langhorne
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Air Conditioning Q/A: Why Is My Air Conditioner Not Cooling?

Monday, June 4th, 2012

Your Lansdale air conditioner can run virtually trouble free with just a little maintenance annually. If these little things like changing the air filter and cleaning the drain are not done regularly, the neglected units can really lose their cool.

The Basic Course

Through a process which involves the rapid evaporation and condensation of chemicals called refrigerants, air conditioners use compounds that have properties that allow them to change rapidly from gas to liquid and back again at low temperatures.

Heat is absorbed when the liquid evaporates and transforms into gas, making the space around it cooler. Compressing it tightly together again, the heated gas condenses back into liquid with a residue of unwanted moisture that must be released and is vented usually to the outdoors.

The newly cooled air is distributed through the house by means of ductwork, pushed by fans driven by electric motors. As the air moves along, it passes through a filter and can be further de-humidified.

Problems in the System

If the filter is clogged, movement of the cooled air is slowed to the point we might think the unit is broken. If the condensate drain is plugged, the motor can get damaged and stop producing. Regular maintenance performed by the home owner or as a service of Carney Plumbing, Heating & Cooling can avoid or eliminate these simple aggravations.

When the heat builds, however, and cool relief seems nowhere near the air ducts, it may be time to call a professional to dig deeper to find the reason and suggest solutions.

Back to Cool

If not serviced regularly, the amount of refrigerant in the coils may decrease over time or the coils themselves could get clogged and impede the evaporation/condensation process. A leak in the coils could drain the system, rendering the unit useless and wholly unproductive.

There are belts on each of the two separate fan motors which may be worn or loose, causing the fans to blow less efficiently. The motor may need to be oiled or have a broken part that doesn’t allow it to push the air at all.

Most of the time, these fixes are relatively minor and do not threaten the life of the air conditioning unit. Schedule an annual inspection and service from a certified Lansdale HVAC company like Carney Plumbing, Heating & Cooling today!

Tags: Abington, Air Conditioning, Air Conditioning Maintenance, Doylestown, Lansdale
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Plumbing Tip: What is a Faucet Aerator?

Monday, May 21st, 2012

A tap aerator or faucet aerator is located on the tip of water faucets which are used indoors such as kitchen and bathroom sink faucets. Their purpose is to spread the water stream into a number of smaller streams, in essence adding air to the water stream. This saves the amount of water which comes out of the tap at one time while also reducing the amount of backsplash which occurs when the faucet is turned on.

Utilizing faucet aerators in your Doylestown plumbing can be one of the most inexpensive ways to save money on water consumption and save energy.

There are two main types of faucet aerators, some which use metal or plastic screens to separate the water, and some which do not use screens. One advantage to those without screens is that they eliminate problematic clogging which occurs on screen aerators due to sediment buildup. There are also aerators with off-valves and swivel aerators which allow users to direct flow to wherever the water spray is needed.

There are three main flow-types seen today. The needle method creates a circular pattern of small, single streams of water with no water-flow in the very center. The aerated method created a tubular flow with air mixed into the water, creating a single stream of bubbly water. The laminar method has no air mixed in which makes for a single stream of water with no bubbles.

Many aerators are designed as more economical low-flow aerators which optimize the water flow while still providing optimal water-flow performance. In kitchens these low-flow options decrease flow from 2.2 gallons per minute to 1.5 gpm or 1.0 gpm, saving anywhere from 32% to 54% of water-usage. On bathroom faucets the water-flow is decreased from 2.2 gpm to 1.0 gpm or even 0.5 gpm saving from 77% to 84% of water usage. When engineered properly, low-flow or economic aerators can provide increased perceived water pressure while in actuality helping to save water.

When purchasing new faucet aerators, ensure that you find the proper type (male or female) and the proper size (regular or small). There are dual-thread options for those who do not know whether a male or female aerator is necessary. Also, look at the tap aerator’s price in conjunction with how much savings it can provide in water usage annually and see how little must be spent on each faucet in order to save hundreds of dollars.

For any help upgrading your Doylestown home’s plumbing, give Carney Plumbing Heating & Cooling a call!

Tags: Ambler, Doylestown, Harleysville, Lower Gwynedd, Plumbing, Plumbing Installation, Plumbing Upgrade
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What Causes Low Water Pressure?

Monday, May 14th, 2012

Low water pressure in your home can make just about everything from showering to cleaning more difficult. It is frustrating, but it often seems like there is very little you can do about it. In fact, you may be able to improve your Doylestown home’s water pressure in a variety of ways, but the appropriate technique will depend on the root cause of your problem.

There are several different possible causes for low water pressure. If the problem is limited to certain areas or fixtures in the house, it may very well be because the pipes feeding that area or fixture are too small. Smaller pipes will only allow a smaller amount of water to pass through at once, making it impossible for you to get the force you are after.

Fixing this, of course, means putting in larger pipes, and that may be easier said than done. However, if the problem is on a small scale, you should not have too much trouble or need to pay too much to have a professional Doylestown plumber complete the job. A problem in a particular fixture can also result from small clogs or backups in the fixture itself, and this is a relatively easy situation to remedy as well.

A low water pressure problem that affects your whole house can result if the main pipes feeding into your house are too small. This could be the case if your house has been added onto since it was built or if you have more people living there now and using more water.

Replacing those incoming pipes is a big job, but it is often the only way to increase your water pressure and make it possible for the system to satisfy the water needs of the house. This is definitely something you will want to have a professional work on, and while it can be costly, it will be well worth it in the end.

Another possible reason that you might have low house-wide water pressure is that you live at the end of the area water system or that you use an improperly located well. If your well is downhill from your home, for instance, you should consider installing a booster pump that can help move the water into your house more efficiently. The same remedy can work if you live on the outskirts of town and at the limit of your town’s water system.

For more information about ways you can improve your Doylestown home’s plumbing, give Carney Plumbing Heating & Cooling a call!

Tags: Ambler, Doylestown, Lansdale, Montgomery County, Plumbing Repair, Water Pressure
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What Is an Electronic Ignition on a Heating System?

Monday, March 26th, 2012

Gas furnaces are very complex pieces of equipment to have in your Doylestown home. Modern ones in particular are designed to use as little gas as possible, and to recapture as much of the heat generated from burning that gas as can be done safely. One of the many safety and energy-efficient advances in furnace technology in the least twenty years is the electronic ignition.

The Purpose of Electronic Ignition

In older furnaces and boilers in Doylestown, a pilot light would stay lit continuously whenever the heating system needed to be available. That meant continuously burning gas throughout the fall, winter and spring months for those times when heat was needed. It was inefficient and unsafe, especially in older devices that didn’t have safety valves.

Today, furnaces are built with electronic ignitions – small devices that only ignite the gas supply when the thermostat is on. there are two types of electronic ignition used in boilers and furnaces today.

Intermittent Pilot – An intermittent pilot is unique in that it releases a spark through an electronic component to the gas pilot, lighting the gas burners.
Hot Surface Ignition – Hot surface ignition uses an electronic filament (like a lightbulb) to heat up and ignite the burners when the thermostat calls for heat.

Both devices are designed to use a very small amount of electricity and reduce the amount of gas needed for continuous operation of your furnace.

Safety Benefits of an Electronic Ignition

While gas efficiency was a big part of the transition from pilot lights to electronic ignition, safety was an equally big component. Whereas before, the pilot light was continuously lit, meaning gas was continuously flowing into the furnace, today’s furnaces are essentially off when not in use. This means less of a chance that gas will flow unburned or that the pilot will get dirty or burn too soft, releasing carbon monoxide.

If your furnace or boiler still uses a traditional pilot light, consider having it upgraded to electronic ignition, not just to save gas but to keep your home and family safer.

For more information about new Doylestown heating system features, give Carney Plumbing, Heating & Cooling a call today!

Tags: Bucks County, Doylestown, Heating, Heating Installation, Horsham, Willow Grove
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HVAC Guide: Seasonal Air Quality Control

Wednesday, February 29th, 2012

For people who suffer from seasonal allergies in Lansdale, air quality is a key concern. Allergens in the air cause brutal bouts of sneezing, runny nose, itchy eyes and even sinus headaches. Even taking refuge indoors will often not assuage these symptoms, as indoor air is often comparable to outdoor air in terms of allergens and overall quality.

That is, unless you take care to control the seasonal air quality in your home, which can not only help ease the suffering of allergies, but also soothe asthmatics, keep out pollutants and generally promote better overall health.

How do you go about controlling the air quality in your home? To start, try these simple tips:

Vacuum carpets regularly. Use a vacuum with a HEPA filter and invest in some allergen suppressing bags.
Keep your vents clean. This is also a good maintenance practice to lengthen the life of your ventilation equipment.
Dust hard surfaces and wash bed linens weekly.
Install HEPA filters in your ventilation system, such as in air conditioners or other air handler units. Use a higher rated filter to keep out more allergens and pollutants.
Invest in and use an air purifier. Again, make sure to get one with a HEPA filter.
Have your home tested for radon and carbon monoxide. Have smoke, carbon monoxide and radon detectors working properly at all times.
Use a humidifier to keep overly dry air from irritating sinus passages.
Keep doors and windows closed tight, especially during allergy season(s).

By taking charge of the air quality in your home, you also take control of a measure of your family’s health. Some of these measures require at least a bit of an investment – for example, higher rated HEPA air filters are often more expensive and need to be changed more frequently – but the benefits to your well being and that of your family are clearly well worth it. For more information about having an indoor air quality system installed in your Lansdale home, give Carney Plumbing, Heating & Cooling a call today!

Tags: Air Filters, Doylestown, Indoor Air Quality, Lansdale, Warrington, Yardley
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What Size Heat Pump Is Right for My Home?

Wednesday, January 4th, 2012

One of the most important questions to answer when purchasing and installing any new heating or cooling system, no matter what type, is what size is best for your Doylestown home. You need something that has enough capacity to heat or cool your whole home comfortably; otherwise your house will consistently be at an undesirable temperature.

Some people might think that the quickest solution to this problem is to just buy a system that they are sure has a capacity larger than the size of their Doylestown home. You may even be tempted to get the biggest model out there, under the logic that the biggest is the best and it will be sure to be able to cover your whole house.

While this line of thinking might make sense to you, it’s actually not a good idea. The problem with this “solution” is that you can wind up with a heat pump that is considerably too large for your needs, which means your home will consistently be either too cool or too hot, and your energy bills will be unnecessarily high.

The best way to choose a new heat pump is to have a professional do a load calculation in your home. This can be a highly technical process, so it is best to leave it to the pros. However, here are some quick tips and other things to consider on the subject:

There are a lot of variable to consider in doing a calculation like this. A Doylestown contractor doing a load calculation will consider the type of construction, what kind of insulation you have installed, what kind of windows you have, whether there is an attic, how many people live there and many more factors.
It never hurts to shop around. Get a few estimates from different area contractors, rather than just going with the first opinion.
Also, since heat pumps are used for both heating and cooling, different contractors may opt to do the calculation in different ways. Some will estimate capacity based on heating, while others will base it on cooling. Ask to see which is the case for each estimate you receive.
If you are getting a new heat pump as a replacement for an existing one, or even a different heating/cooling system, check the capacity of the unit you are replacing. That can be a good place to start. You will at least be in the right ballpark.

All of this means doing some extra leg work up front, but getting the proper sized heat pump is well worth the effort.

Tags: Doylestown, heat pump, Heat Pump Installation, Montgomery County, Quakertown, Souderton, Yardley
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My Furnace isn’t Producing Enough Heat

Friday, November 4th, 2011

If your Telford home is cold, many blame the furnace for not bringing up the warm temperatures or they blame the thermostat for not working right.

It may very well be a thermostat issue – often caused by the location of the thermostat – that is causing the problem. However, sometimes root cause is found in the furnace or ventilation system.

Your indoor environment may be contributing to a seemingly slow-moving furnace. Your furnace may be working too hard to keep up with the heat demand because of an excessive build-up of dirt or debris on the filter or around the moving parts, such as the motor or fan belt. The most obvious thing to do is to keep the airflow unobstructed and keep all working parts clean.

First of all, you should regularly check your furnace filters and if they are dirty, replace them or clean them. Disposable furnace filters are relatively inexpensive and come in a variety of sizes and media ratings (ratings determine what size media is used and its ability to trap certain sized particulate). You can buy these individually or in bulk from a number of different resources. It is a good idea to replace the filters every three-six months.

Mesh filters can be removed, cleaned and reinserted. Like replaceable filters, mesh filters should be checked on a regular basis and then cleaned at least every three months.

You can remove the access panels to your furnace and inspect the components for any build-up of dust, dirt, or debris. Using a vacuum with an extension hose usually is all it takes to clean up the area.

Other reasons for poor heating performance include dirty or blocked ductwork. The harder your furnace has to work to push air through the ventilation system, the longer it takes to bring the heat up. Make your furnace work less and keep vents clear and ductwork clean.

Finally, the reason your furnace isn’t producing enough heat may not be the fault of your furnace at all – you may have a leaky house. But that’s a whole different story.

Tags: Doylestown, Furnace Repair, Heating, Heating Repair, Maple Glen, Newtown, Telford
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What Happens if My Heat Pump Loses Power?

Monday, October 24th, 2011

One of the advantages of having a heat pump in your Lansdale home is that they operate on electricity, so you don’t need to worry about having maintaining a supply of fuel to keep yours running. Where a furnace or boiler might call for you to purchase supplies of oil or natural gas, and a wood stove means keeping potentially messy firewood around, a heat pump runs cleanly on electricity.

Heat pumps are good at using electricity, too. They are often able to produce heat energy that can be as much as three times the electricity they draw to produce it. This means not just convenience, but also a big savings, just by virtue of using electrical power.

The risk there, of course, is that if and when the power goes out, so does the heat pump. That means when a big winter storm drops a tree on the local power line, things can get cold inside mighty quickly. For these situations, you should have a backup heating solution on hand to keep everyone comfortable in the short term. And, as a responsible homeowner, you likely already have this taken care of.

But what happens when the power comes back on? Can you just fire your heat pump right back up without missing a beat?

The short answer is “no.” You should not do that, for at least two reasons. First of all, after any power outage, you should always take care to turn on appliances gradually over a period of time rather than all at once in order to avoid a spike in demand at the power company, which can blow a grid. That’s just a general tip.

Specific to heat pumps, though, there is a unique concern. If the heat pump loses power for more than 30 minutes, the refrigerant can get too cold to flow properly, so turning it right back on can cause the whole thing to conk right out. Instead, do the following:

Make sure the heat pump is off. You can do this during the power outage.
Once power comes back on, turn the heat pump to the “Emergency Heat” setting. This will allow the compressor to warm up slowly and get the refrigerant warm enough to start flow freely again.
Wait. The time you need to wait varies depending on the size and manufacturer of your heat pump, so refer to the manual. In general, you should wait at least 6 hours.

After this process, your heat pump should be ready to resume normal operation without issue.

Tags: Doylestown, heat pump, Heat Pump Repair, Lansdale, Perkasie
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