Saddleback Plumbing Heating & Air Blog: Posts Tagged ‘Orange County’

Shower Installation: Prefabricated vs. Tile

Monday, April 11th, 2011

There are quite a few things to consider when you are choosing a type of shower installation. Whether you are simply redoing an older shower or are having a new one completely installed, you will have to decide whether you want to go with a prefabricated installation or a more traditional tile interior. Both of these types of installations have their own sets of advantages and disadvantages, so determining which one is right for you will have a good deal to do with the particulars of your situation.

Prefab installations are generally made out of fiberglass or acrylic, making them lighter and less expensive than the tile alternatives. This is always great if you are on a budget, and it can benefit you in other ways as well. For instance, if you are trying to install a shower in an area without substantial floor support, a prefab installation is ideal because the shower stall simply does not weigh that much.

But prefab shower installations also have their drawbacks. They are not as versatile, particularly the one-piece installations, and they are only available in a set number of sizes and styles. And while you can touch them up to a certain extent when cracks develop, the likelihood is higher that you will have to replace a prefab unit sooner than you would a tiled one.

Tiled shower installations are certainly more labor intensive to design and install. And this, of course, means that they cost more overall. But they also offer you a much wider range of design and installations possibilities. They can be made to fit any space and are especially convenient when you are remodeling your home because the materials used can easily be carried through spaces large and small.

If you are looking for a do-it-yourself project, however, a tile shower installation may not be for you. While it is possible to complete this type of project on your own, there are a lot of factors you will have to take into account. Also, the work takes much longer than a prefab installation would. The end result may be much more pleasing, but you will definitely have to work for it.

And even if you have professionals install your tile shower, it will take more than the one day the prefab installations usually take. So before you set your shower installation choice in stone, take some time to carefully consider the pros and cons of each.

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Allergies – Different Products that Can Help with Different Problems

Friday, April 8th, 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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IAQ – To Zone or Not to Zone my Home Comfort

Wednesday, April 6th, 2011

There are a lot of decisions to make related to your home comfort system. You must decide what type of heating you want, how you’ll implement air conditioning, and then how to keep all of that heated and cooled air clean and healthy in your home.

On top of everything else, you have the option to implement zone control in your house to provide multiple comfort levels for each member of your family. Zone control systems are growing rapidly in popularity because they allow home owners to enjoy an enhanced level of comfort throughout the day, while not negatively impacting any one person.

For example, if it’s chilly outside and you need to turn your heater on, that doesn’t mean everyone in the house wants the thermostat set to 72°F. There are a few reasons for this. You may be in the kitchen, working over the stove or doing dishes where there is plenty of heat to keep you warm. More warm air coming through vents or radiators isn’t going to make you comfortable.

The second floor of a home traditionally needs less heat because warm air on the first floor rises and fills that space. The same is true in the summer when cool air settles in lower floors. Having a zone control system allows you to set specific temperatures in each room which are then controlled by your home heating system. You can even turn off the heating and cooling in a specific room like your office or the attic if it will be empty for long periods of time.

Other Considerations

A zone control system is good for comfort, but also for the overall air quality of your home. Too much conditioned air moving through your ducts carries more allergens and contaminants into your home and causes your air quality system to work harder. Your ventilation system will be asked to work harder as well.

Ideally, a good home air quality system is designed to use as little conditioned air as possible to keep everyone comfortable. A zone control system does this very effectively. When talking to a professional about a new installation, check to find out about programmable thermostats as well. These can make it easier to set and forget the temperature in rooms that are only used for a few hours each day.

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Indoor Air Quality Options

Monday, April 4th, 2011

Maintaining high indoor air quality is always worth investing time and money in. After all, if the air inside your home isn’t healthy, it can cause all kinds of health problems for you and your family. The state of the art home heating and cooling systems we have today make it possible to enjoy a perfectly temperature controlled indoor environment all year long, but they also trap indoor air pollutants and contaminants inside without proper ventilation.

Choosing a System that Works

Luckily there are a number of great products out there designed to remove these pollutants before they cause you and your family discomfort or illness. Before you run out to buy a new system, however, you should first consider what each has to offer and what pollutants you need to remove. You might have some idea about this already, but the best thing to do is talk to a professional who can help assess your indoor air and determine which types of contaminants are most prevalent in your home.

Different types of indoor air cleaners are better at targeting different types of contaminants. For instance, HEPA filters can remove up to 99.97% of particulate contaminants that measure 0.3 microns or larger. This includes things like pollen, pet dander, dust mites and mold spores, so if these are the things you want to target, an indoor air system that uses HEPA filters is probably right for you.

However, if you’re more concerned with getting rid of smoke odors and cooking fumes, you probably want a system that targets even smaller particles. Air ionizers are more appropriate for these types of indoor air quality issues, as they can effectively remove much smaller particles than most HEPA filters. On the flip side, ionizers aren’t as efficient at removing the larger contaminant particles, so if you want to target both small and large contaminants, you need a system that combines both of these technologies.

Bacteria and viruses are also a problem when they find their way into your indoor air and they can be particularly tricky to get rid of. HEPA filters and air ionizers both have trouble completely eradicating these pathogens, but UV germicidal lights can be incorporated into your indoor air cleaning system to tackle biological contaminants effectively.

No matter what type of home air quality problem you have, there is a system on the market that will target and remove the pollutant. The key is to know which pollutants effect you the most and which products will do the best job of removing them from your home.

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Turn that Thermostat Down a Degree and Save Money

Friday, April 1st, 2011

There are literally dozens of things you can do to cut back on your heating (and cooling) costs. These range from things like getting a high energy efficiency system to just making sure that you have adequate insulation in all parts of your house. But too many people overlook one of the simplest things that you can do to cut down on your monthly heating bill, and that is to turn the thermostat down.

Of course, you did not pay for that high tech home comfort system just so that you could walk around cold all winter long. You certainly want to keep your house at a temperature that is comfortable, but what does that really mean?

The normal default setting for a home heating system is usually somewhere between 72°F and 75°F. If you have your thermostat set somewhere in this range in the winter, you are probably quite comfortable indoors. In fact, you might not even need a sweater. But would you really notice if it was a degree or two cooler? Would it be incredibly inconvenient to put on a sweater or sweatshirt after all?

The truth is that most of us will be just as comfortable at 69°F as we are at 72°F, and the effect that small adjustment can have on your heating bill is actually pretty significant. In fact, you will save an average of 3% on your monthly bill for every degree you turn your thermostat down. Drop the temperature down by three or four degrees and that will give you up to a 10% monthly savings – hardly something to turn up your nose at.

And setting the regular temperature in your house a bit lower is not the only way your thermostat settings can save you money. You will also save quite a bit if you take the time to turn down the temperature when you leave the house and when you go to bed at night. There simply is no reason to pay to heat your house when you are not there and you will certainly be rewarded with a lower energy bill for your efforts.

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Plumbing Noises: Different Kinds, Where They Come From and Why They Occur

Monday, March 28th, 2011

Under ideal conditions, you would hear nothing from your 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 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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Why the SEER Is Important When Choosing an Air Conditioner

Friday, March 25th, 2011

There are many things to take into account when you are trying to pick out a new air conditioning system. You want one that will be powerful enough to cool the required space but not so big that it turns your home into a walk in freezer. With so many models and types on the market, it can be difficult to figure out what details you need to pay attention to and what you can ignore.

The seasonal energy efficiency rating (SEER) that each air conditioner comes with is not something you should ever disregard, however. This number is a reflection of the overall energy efficiency of the unit and it can have a huge impact on the amount you pay to keep running your air conditioner every month. The higher the SEER of a product, the more energy efficient it is and the lower your monthly bills will be.

Of course, air conditioners with a higher SEER also generally come with a higher price tag, so you will have to weigh the amount of your potential savings against the difference in price of units with different SEERs.

To calculate this, you will need to know exactly how much more energy efficient one model is compared to the others. For instance, when you know that an air conditioner with a SEER of 11 is 7% more efficient than one with a SEER of 10, you are in a better position to evaluate the potential savings.

You will still need to translate this into dollars, of course, because the amount you save with a 7% boost in efficiency will depend largely on how much you typically pay already. If you are only paying around $320 a year with a SEER 10 air conditioner, upgrading to a SEER 11 will only save you about $30. However, if your annual cooling bills are closer to $1000, you will easily save close to $150 with this small upgrade.

SEER numbers go much higher than 10 and 11 too. In fact, the highest you will probably get is a 19.5 SEER, but that will more than cut your cooling bills in half if you are starting with a SEER 10. Still, the actual amount that you will save depends on how much you were paying to begin with, but if your cooling bills are already very high, it may be worth it to invest in an expensive but very high efficiency system.

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What is a Downflow vs. an Upflow Furnace?

Wednesday, March 23rd, 2011

When you go looking to buy a furnace, you may well be surprised by how many different elements go into making a good purchasing decision. There are simply so many different kinds of furnaces available now and they each are more appropriate for certain situations. That means that finding the one that’s right for you is less about finding the one best unit than it is about finding the one that is the best match for your particular circumstances.

This applies to the type of fuel the furnace uses, its energy efficiency, and whether it’s an upflow furnace or a downflow furnace. Energy efficiency and fuel types are probably things that you’re more or less familiar with. But what are we talking about when we classify a furnace as an upflow or downflow model?

Well, it’s pretty much what it sounds like. These terms refer to the direction the air flows as it is taken in and heated by the furnace. So in an upflow furnace, the cool air is taken in at the bottom, warmed, and then expelled at the top. A downflow furnace, on the other hand, takes in cool air at the top and expels heated air at the bottom.

While this is all very exciting, it may still not be obvious what impact this will have on your decision about what type of furnace to buy. The main thing you’ll have to think about when you’re deciding between an upflow and a downflow furnace is where the furnace will be placed in your house.

An upflow furnace is generally installed in the basement so that the heated air is directed towards the parts of the house you want cooled and so that the furnace can be appropriately vented outside of the house. On the other hand, a downflow furnace would be installed in your attic for the same reasons.

So where you want to have the furnace installed is probably the biggest thing to take into account as you’re comparing these two types of equipment. Of course, whether you pick an upflow or a downflow furnace, you’ll still have to select the appropriate AFUE, size and fuel source to best meet your needs. But making the choice between upflow and downflow can at least make it easier to narrow down your options.

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Heat Pump Filter Care

Monday, March 21st, 2011

On the whole, heat pumps are efficient, durable and effective. They are built to run all year round without needing any more maintenance than your average furnace or air conditioning system and they have an average lifespan comparable to those other types of home comfort systems as well.

That’s not to say that there aren’t things you can do to keep your heat pump in good working order, however. Keeping up with the professional maintenance visits is an important step to take along these lines to be sure, but there are also some other things you can do on your own as well to help ensure the continued efficiency and health of your heat pump system.

Proper filter care is an important part of keeping your heat pump working the way it should. If you don’t have a heat pump yet but are thinking of getting one, make sure you have the installation technician show you where the filter is located and how to replace it.

If your system’s already been in place for some time, you can still find out how to care for the filter from your annual maintenance technician or you can probably even find it on your own by taking a close look at your heat pump. The filters are meant to be removed on a regular basis so they’re typically not hard to get to. However, you should always be sure that all of the power to your heat pump is turned off before you open it up to try and find, replace or clean the filter.

Most heat pump filters are meant to be changed or cleaned about once every 90 days or so. However, the specific requirements for each system can vary considerably, so you should be sure to find out what is recommended for the model of heat pump that you have.

Also, you’ll want to know what type of filter you have so that you can purchase the appropriate replacement. The model number for each filter should be clearly printed on it, so simply slide your current filter out and make note of the number so that you can purchase the correct type as a replacement.

Most heat pumps have replaceable filters, but some still do have permanent filters that are meant to be cleaned and then returned to service. If you have one of these types of filters, be sure to read the instructions for cleaning carefully before proceeding.

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Furnace Fan Doesn’t Run? Why Is That? What Should You Do?

Friday, March 18th, 2011

There are several reasons that a furnace fan might stop working at one point or another. While many of these do require professional attention, there are probably some things you can check on your own before you go and call in the pros. After all, if you can address the problem on your own, it will at least save you from having to pay a technician to come out.

The first thing to check when your furnace is running but the fan isn’t turning is whether or not the fan is actually switched on. Certain models of furnaces have a separate switch to turn the fan on and off. While there is probably no reason that you would want to turn off the fan by itself, it’s worth taking a look just in case. If that really is the problem, you’ll be up and running and back to dealing with better things in no time.

If that’s not the problem, you might try looking to see if any wires leading to the fan are loose or the fuse is blown. If the fan has no power, of course, it won’t be able to work but the rest of the furnace likely would work just fine as long as it doesn’t run on electricity as well.

Of course, the problem very well may be beyond your power to solve on your own. Don’t despair though. Even though you need to call in a professional, that doesn’t mean that the problem will be expensive to fix. In fact, it may be as simple as replacing your thermostat or the motor for the fan itself.

Just because a fan isn’t working doesn’t mean that you’re going to be paying an arm and a leg to have work done on your furnace. If you can’t easily discover the problem on your own, however, or if you’re not comfortable inspecting this type of equipment at all, you’re generally better off just calling in an expert and letting them do the dirty work for you. Paying for simple furnace fan repairs is definitely preferable to having to pay someone to fix the fan and the stuff you broke yourself while trying to fix the fan on your own.

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