Carney All Seasons Blog: Posts Tagged ‘Doylestown’

Poor Heating Performance with Your Boiler: Possible Causes and Solutions

Wednesday, October 12th, 2011

You don’t have to be a rocket scientist or a mechanical engineer to troubleshoot – and possibly diagnose – the problems with your boiler when its heating performance is erratic or non-existent in your Doylestown home.

The good thing about boilers is that they are typically reliable and long-lasting. There aren’t a lot of working parts that can break down and cause problems, compared to other home heating equipment. When problems do arise, they are usually related to the expansion tank or circulating pumps. But a problem can be much simpler – like a tripped circuit breaker.

The most common problems can be noise, no heat, or poor/erratic heating. Before calling a qualified heating and cooling professional, take a moment to see if you can figure out the what’s wrong.

If you have a noisy boiler it might be because of two things – a faulty circulating pump or water trapped in the return lines. If the pump breaks it will make a loud noise when its motor runs. Water can be trapped in the return lines, which may require “re-pitching” the lines to allow for a flow back to the boiler. You may be able to adjust the flow by positioning hangers on the piping but replacing a pump is better left to a professional.

If your boiler is producing no heat, it could be because of something as simple as a circuit breaker being tripped or a fuse being blown. Check your circuit breakers and fuse and reset or replace if necessary. Is your boiler thermostat in the heat mode? It should be but if it isn’t, make the switch. If your boiler has a standing pilot you should check to see if it is lit and if not, re-light it.

Other problems would take a professional to fix. For example, no heat can be traced to low water levels in the boiler. The boiler should always be half-full of water and if it isn’t, it is likely because of leaks or a faulty pressure reducing valve. Don’t try and fix the problem by yourself.

Low water levels may not cause the boiler to lose its heating capabilities, but may cause fluctuations in its heating capacity. Again, it is advisable to call a professional to diagnose and fix the problem. Poor heating can also be traced to mineral deposits in the boiler. Consult your owner’s manual on instructions how to flush out the boiler.

As always, read the owner guide or operating manual for your boiler. You should get some good tips on proper maintenance and troubleshooting. And have the phone number of a qualified professional taped to your boiler – just in case.

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Plumbing Noises: Determining What They Mean

Friday, September 30th, 2011

Under ideal conditions, you would hear nothing from your Lansdale home’s plumbing system except the sound of running water when you turn on the tap. Unfortunately, that is not always what actually happens. In fact, your plumbing can make all types of funny and sometimes alarming noises for no reason that you can easily discern.

For instance, one common plumbing noise sounds like a hard knock or hammer blow. This usually occurs when you turn off a tap and can be rather alarming. Sometimes you can even feel the reverberation of the impact that caused the sound. But why is this happening? Usually, this “water hammer” noise is the result of the dramatic shift in pressure in the system when you suddenly stop the flow of water from a faucet.

This sudden stop creates a kind of shock wave, which then travels back through the pipes and causes the loud knocking sound that you hear. This is easily fixed with a device that is known as a water hammer arrester. These devices help to dissipate the force of the pressure shift and can keep the noise from occurring at all.

There are also all kinds of whistling, squealing and squeaking noises that your plumbing can make under certain circumstances. These types of sounds are often caused by a worn out washer somewhere along the line that is having trouble regulating the flow of water. It can be a little difficult to pin down the source of these noises sometimes, especially if they occur no matter which faucet is turned on. But with a little hunting and trial and error you or your plumber can usually track down the source.

Rattling sounds are also common and generally occur when your water pipes are not well secured to a rigid surface. If this is the case, the force of the water running through the pipes can cause the pipe to vibrate, creating the sound you hear as it bangs against whatever solid surface is nearby. For problems like this, simply securing the pipes in place better can put an end to all of your rattling issues.

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Is Geothermal Right for My Home?

Friday, August 12th, 2011

Geothermal heating is a great alternative to other types of home heating systems in Lansdale. It is safe and efficient, costs very little to operate and makes use of a great renewable resource right below our feet. But is it right for you? Well, geothermal heating may be the right choice for many people, but there are many things to take into account before you can determine whether or not it is the best choice for your home.

The first important thing to understand when you are trying to decide whether or not to go with geothermal heating is how one of these systems actually works. A geothermal system heats your home by extracting heat from the ground and then transferring that heat into your indoor air. This happens when liquid, usually water or antifreeze, passes through a loop of pipes installed several feet below the ground.

The liquid absorbs heat from the ground, which in the winter is always warmer than the air, and carries is back up to an air handler inside your home where that heat is allowed to disperse into the air. Once the air is heated, the air handler blows the air through a system of ducts throughout your house, providing a constant stream of heated air to all areas of your home. The liquid, on the other hand, simply cycles back through the ground loop to pick up more heat and repeat the same cycle over again.

Because a geothermal heating system does not actually generate heat, it requires very little energy to operate. This means that it is both very cheap for you to run and environmentally friendly. But since installing a geothermal heating system involves putting pipes in underground, it can be pretty expensive initially. However, as long as the amount you save every month on your heating costs is enough to offset the high initial price of installation, it is worth it to put down the money up front.

Another alternative, of course, is a more traditional air source heat pump. These are much cheaper to install and nearly as cheap to run. However, air source heat pumps are not as efficient when the air temperature gets below freezing as a geothermal system can be. If you live in an area with harsh winters, the geothermal heat pump is a better option than an air source unit.

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Doylestown at Dusk Car Show!

Saturday, July 16th, 2011

Looking for a fun event to attend or participate in this July? Doylestown is sponsoring their 2nd annual Doyelstown at Dusk Car Show on Saturday July 23rd from 5pm to 10pm. General admission is FREE and if you want to participate in the show, registration is $10 (pre-entry) or $15 (day of). Click here for more details! Hope you are enjoying your summer and perhaps we’ll see you there!

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Effects of Excessive Snow on Heat Pumps

Thursday, January 27th, 2011

Due to recent excessive snowfall, we wanted to pass along a few tips for our customers who own heat pump systems.

Heat Pumps and Snow

Excessive snow can reduce a heat pump’s ability to heat your home.

1. Heat pumps draw air from the areas surrounding them (all four sides of the outdoor unit). It is important to clear these areas of snow and ice build up in order to allow air to freely reach the heat pump. This will allow the heat pump to operate as efficiently as possible and will alleviate strain on the heat pump.

2. If possible, the space (air gap) between the heat pump and the plastic or concrete pad that the unit itself sits on should be cleared of snow to allow for drainage. Customers who have had heat pumps installed by Carney will note that there are two concrete lentels (rectangular blocks of concrete) that sit on either side of the base of the heat pump. The area between those lentils is the area that should be cleared.

3. Generally speaking, most heat pumps discharge air in an upward direction from the top of the unit. It is important to make sure that this area is clear of snow and ice to allow air to easily discharge (this is the air that is being drawn from the sides of the unit noted in item #1).

A note to Carney customers for whom we have installed a Trane XLi heat pump system: Trane’s XLi series heat pumps employ a “Weathergaurd” top that is designed to protect the heat pump from the affects of snow and ice on the top of the unit. In most cases snow and ice on the top of the unit will have no impact on an XLi heat pump. Air is discharged from the sides of the upper part of the heat pump instead. This area can be distinguished from the intake area as it is a) darker in color, b) plastic as opposed to steel, c) has a wider air gap between the fins and d) the direction of the louvers points upwards at an approximate 45 degree angle as opposed to downwards at the steel louvers. We have installed several hundred of Trane’s XLi series heat pump each year since 2003, so there is a good chance that you may own one – which is very beneficial at this time!

4. DO NOT attempt to forcefully remove ice build up from any part of the heat pump. If you cannot remove snow or ice easily with a broom or brush, do not try to pry or chisel ice from the unit. Doing so could cause severe or irrepairable damage to the heat pump.

5. If your heat pump is located in an area that is subject to exposure to melting snow and ice (such as underneath an overhang or gutter that may be frozen), check the unit repeatedly to ensure that ice has not built up inside the heat pump.

6. If you cannot clear the heat pump of snow and ice for any reason, switch the system to “Emergency Heat” at the thermostat. This will turn the heat pump off and engage electric resistance heaters that are located inside in order to provide heat for your home. This is a more expensive mode of operation for a heat pump system, so we do not advise continuing in this mode for more than a few days. If at that time, the snow and ice around the heat pump has not melted, feel free to schedule a service call with Carney and a technician from our service team will be happy to assist you.

Finally, if you are a geothermal heat pump owner – you have nothing to worry about! There is no outdoor unit, so there is no concern of snow or ice!

Further heating information can be found on our Heating FAQ’s Page.
As always, feel free to contact us with any questions or concerns at 215.346.7160 .

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