Article Presented by:
Copyright © 2006-2008 Emerson Lockwood
Buying a clothes dryer for your home is a fairly simple decision process. Once you have read this report, your buying decision might even be a bit easier.
Four manufacturers produce the clothes dryers that account for 80% of dryer sales in America. Those four primary brands are: GE, Maytag, Kenmore (a Sears brand), and Whirlpool.
There are other generic brand names that are sold in the marketplace, and most of those are subsidiaries of the major manufacturing companies. Maytag makes Amana. Electrolux makes Frigidaire, Westinghouse, and White-Westinghouse appliances. GE makes Hotpoint. And, both KitchenAid and Roper are made by Whirlpool.
There are really only five choices to make when choosing your next clothes dryer:
1. Size of Tub
2. Gas or Electric
3. Thermostat or Moisture Sensor Shutoff
4. Quiet Dry
5. Other Gadgets
SIZE OF TUB
There are three basic size designations in washers and dryers. There is Extra Large Capacity, Super Capacity and Super Capacity Plus, or a variation thereof. The actual volume difference between each of these size designations is really quite small on the grand scheme of things. Usually, we are talking an extra pair or two of blue jeans for each size increase.
When selecting the size capacity of a machine, it might be all right (though not recommended) to mix up your machine purchases, but you do not want to have your dryer size smaller than your washer size. It would be a real pain to fill your washer, wash your clothes, and then not be able to get all of your clothes into the dryer!
If there are one or two people in your household, then the Extra Large Capacity could make sense. But, if you have a house full of children, you should go ahead and spend the extra money to get a larger-sized machine. If your wife has one of the smaller machines, she will certainly have to run more loads in order to wash everyone's laundry.
Generally, if you have four people in your home, you will have to do two extra loads of laundry using the Extra Large Capacity, instead of the Super Capacity Plus machine. More loads of laundry equates to more water usage, more heating fuel usage (electric or gas), and a grumpier wife, since she spends an extra two to three hours a week doing laundry. That $80-$120 you are saving now, may cost you well over that amount over the life of your washer and dryer.
GAS OR ELECTRIC
The person who built your house usually makes the gas or electric decision for you, whether you like it or not. Most homes have either a 240-volt plug or a gas connector in the laundry room. Few, if any, builders put in both options.
If your home is equipped with the 240-volt plug, I highly recommend that you look to see if your plug is a three- or four-prong plug, prior to going to the store. Appliance manufacturers sell the actual dryer cords separate from the dryer. So, the retailer will ask you which plug you need with your machine.
If you want to save the ten dollars or so, you can use the dryer cord that is on the clothes dryer you are replacing. If the dryer cord that is currently on your machine is flimsy or brittle, I would strongly suggest buying the new cord. To do otherwise leaves your home vulnerable to a fire hazard.
If you have the choice between gas and electricity for your clothes dryer, gas machines will generally run another $50 or so. If you have to change your laundry configuration from gas to electric, you may very well spend that much on the electrician alone. Additionally, it is a well-known fact that gas dryers use less energy than electric dryers. So, over the long haul, your gas dryer will be more economical than your electric dryer --- even Consumer Reports recommends that you buy the gas dryer for this very reason.
THERMOSTAT OR MOISTURE SENSOR SHUTOFF
Thermostat controlled dryers are the dryers that only give you an option for timed drying.
More expensive dryers give you the option for timed drying or Moisture Sensor Shutoffs. Each manufacturer describes the Moisture Sensor Shutoff in different ways. Whirlpool calls it AccuDry. Some manufacturers refer to it as Energy Saver. Whatever they call it, the concept is the same. It has a moisture-sensor in the tub, and when the humidity level drops below a certain level, the machine will decide that the clothes are dry, and the dryer will shut off on its own.
Consumer Reports deems this an essential feature on any dryer that you might buy. The reasons are many:
1. Overdrying can damage or shrink fabrics, and moisture sensors will minimize this risk.
2. By shutting itself off when the clothes are done drying, you are no longer forced to waste gas or electricity drying "already dry" fabrics.
3. By running the dryer for a shorter period of time, you can wash more clothes in less time. Your wife will thank you.
QUIET DRY
Some machines have an extra quiet motor. It made a big difference in my home, since our laundry room is less than twenty feet from our living room. With our old, cheap dryer, we would need to turn our television up, if we were running laundry while we were in the living room. Just the very experience of drying clothes was enough to give me a headache. With our new quiet dry machine, we are not even aware that the dryer is running, until the buzzer goes off telling us that it is done. Awesome.
OTHER GADGETS
Clothes dryers cannot really get that technical. The additional options that are available on some machines are: heat level and special fabric settings. Really, they are the same thing, but the fabric settings take a lot of the guesswork out of figuring out what temperature you can run for each your fabric types.
Some machines have a buzzer to let you know when the dryer is finished. This one is nice sometimes, especially if you are trying to do as much laundry as you can in a short time span.
Lights inside the drum are a nice addition, though not always necessary.
TIPS TO EXTEND THE LIFE OF YOUR DRYER
Keeping good airflow in your machine is the one, essential step you can take to get the most life out of your clothes dryer. There are several factors that can affect airflow, and we will cover those factors here.
Any reduction in airflow creates several problems.
1. A clogged dryer is less efficient and uses more gas or electric to dry clothes.
2. It puts additional wear-and-tear on the machine's motor.
3. And, most importantly, it creates a fire hazard.
EXHAUST VENTILATION:
All of the manufacturers and Consumer Reports recommend using either rigid or flexible metal ducting for exhaust ventilation tubing. They strongly recommend against using the plastic or foil exhaust ventilation tubes. The reasons are many.
1. They are notorious collectors of lint, and can get clogged easily.
2. The can be stepped on and crushed, preventing good airflow.
3. They can sag, also preventing proper airflow.
4. They can easily be torn and damaged.
Anytime the ventilation tube gets clogged or blocked, it can force lint to back up into your dryer causing additional blockages.
Even with metal ducting, you should clean out your ventilation tube once a year.
LINT FILTER:
Some appliance manufacturers put the lint filter in the door, while others put it on top of the machine. For ease of cleaning, it is a matter of personal preference.
It is very important that you should clean your lint filter between each use. If you fail to clean it between each load, you run the risk of having the lint fall back into the internal components of the machine.
Any accumulations of lint are always a fire hazard.
Excess lint in your dryer can ignite and catch fire. This could easily destroy your dryer, and very possibly catch your house on fire.
In fact, the Wall Street Journal suggested that dryer lint is the perfect companion for camping or hiking trips, since it is light and easy-to-carry, and it makes excellent kindling for your campfire.
For more fire prevention and safety tips in connection with your clothes dryer, visit the Consumer Product Safety Commission website at: http://www.cpsc.gov/cpscpub/pubs/5022.html
THE ODD AND UNKNOWN BYPRODUCT OF DRYER SHEETS:
If you use dryer sheets when you dry your clothes, then you need to pay special attention to this tip.
Dryer sheets can reduce static and add a nice scent to your laundry, because they have chemicals in them. What few people realize is that these chemicals are released from the dryer sheet when they are heated, and they fill the hot air inside of your dryer.
As the machine is running, and after the cycle is finished, these chemicals settle on the various components inside your dryer, including the lint filters. After a period of time, these chemicals can create a clear, unseen barrier to your dryer's airflow.
Test this idea. Pull your lint filter from your machine and run it under water. Where the water pools and does not flow through, those chemicals have created an impenetrable barrier to your dryer's airflow.
Every few months, you should wash out your lint filter using soap, water and a sponge, to keep airflow at its optimum.
IN CONCLUSION...
Finding the right clothes dryer, for your own needs, does not have to be a difficult process. With a little knowledge, you can make a good decision. I hope this report has given you the information that you will need to make your decision easier.
Using the additional tips provided in this report, you should be able to keep your utility bills lower and to extend the life of your clothes dryers by another several years. If you take good care of your clothes dryer, your clothes dryer will take really good care of you for many years to come.
About the Author:
Emerson Lockwood specializes in Home Technology, Home Improvement and Home Financing topics. See more of his work at the Super Home Ideas website: http://www.SuperHomeIdeas.com .
You may co-brand and customize this report, and then print it out for your home appliance customers. The only requirement under the co-branding option is that you keep our URL in the advertisement at the end of this report:
This information is provided, courtesy of "Your Company" and http://www.SuperHomeIdeas.com . Written by: Emerson Lockwood.
Thursday, November 27, 2008
Monday, November 24, 2008
The Three W's of Oxygen Sensors
Article Presented by:
Copyright © 2007-2008 Quinton Becker
Unless you are an automobile mechanic or work around car parts, you probably do not know anything about oxygen sensors. Of course, the name itself gives a pretty big clue, but still leaves a lot to the imagination. The fact is, oxygen sensors are very important to the overall function of a vehicle. The following are what could be referred to as the three W's of oxygen sensors:
What is an Oxygen Sensor?
An oxygen sensor is actually a probe that is mounted inside a vehicle's exhaust. This device is used to measure the ratio of air to fuel inside the exhaust after the combustion process. The sensor sends out voltage information to the engine's computer every few seconds so that it can make adjustments as needed. If there is a perfectly balanced mixture of air and fuel, the output voltage will be around 0.45 volts.
If there is less oxygen in the mixture than needed, it is said to be a rich mixture. The oxygen sensor will report a higher voltage reading of 0.8 volts or above. When the sensor reports a reading of 0.3 volts or below, the mixture is considered to be a lean one. Upon receiving a too high or too low voltage reading, the engine's computer will command the mixture to go either lean or rich, causing it to become balanced again.
Why Replace the Oxygen Sensor?
The function of an oxygen sensor is to measure the air/fuel mixture. It is important that this mixture stay as balanced as possible because it affects the fuel efficiency of the vehicle. The air/fuel mixtures in today's fuel injected vehicles can go back and forth between rich and lean very quickly. Therefore, it is essential for the oxygen sensor to be able to respond appropriately.
Along with better fuel efficiency, having a fully functioning oxygen sensor is good for the environment. A more balanced air/fuel mixture leads to fewer emissions and helps reduce air pollution. If you care at all about the threat of global warming, this should be as great of an incentive for you as getting better gas mileage.
The oxygen sensor can also harm a vehicle's catalytic converter if it is not working properly or has failed. This cannot only cause a decrease in power and gas mileage, but lead to expensive repairs as well.
When Should the Oxygen Sensor be Replaced?
Because emissions from vehicles play such a big role in air pollution, oxygen sensors have become standard equipment. In most vehicles made after the mid 1990s, there is a dash light or check engine light that alerts drivers when their sensor or sensors may not be functioning properly. When this happens, it is best to have the vehicle checked by a mechanic to ensure which sensor (there can be between 1 and 4 sensors) needs to be replaced. For those who do not have a dash light, an emissions test may be necessary. If your vehicle doesn't seem to be performing like it used to, (not as much power or getting worse gas mileage) a faulty oxygen sensor may be to blame.
Depending on where the sensor is located, the replacement procedure can be easy or it could be quite hard. Do-it-yourself mechanics will most likely need to purchase a special socket with a slit in the side for the oxygen sensor wire. Of course, any professional mechanic can perform this procedure as well. Replacing an oxygen sensor will cost somewhere between $50 and $300 but may be well worth the money because of better fuel efficiency.
Conclusion
Hopefully, you now have a better understanding of what an oxygen sensor is, why it is important, and when it needs to be replaced. Pay attention to dash light warnings or other signals your car may be giving you through its performance or lack thereof. A properly functioning vehicle can save you money in the long run, and just might help save the environment.
About the Author:
Quinton Becker writes about cars, trucks and motorcycles. Quinton is one of many writers who contribute automotive information to: http://www.AutomotiveWebmasters.com - a website where you can uncover the lowest gasoline prices in your state, loads of automotive information, and a free gas mileage tips ebook. Also for auto parts, please consider: http://www.drivewire.com
Copyright © 2007-2008 Quinton Becker
Unless you are an automobile mechanic or work around car parts, you probably do not know anything about oxygen sensors. Of course, the name itself gives a pretty big clue, but still leaves a lot to the imagination. The fact is, oxygen sensors are very important to the overall function of a vehicle. The following are what could be referred to as the three W's of oxygen sensors:
What is an Oxygen Sensor?
An oxygen sensor is actually a probe that is mounted inside a vehicle's exhaust. This device is used to measure the ratio of air to fuel inside the exhaust after the combustion process. The sensor sends out voltage information to the engine's computer every few seconds so that it can make adjustments as needed. If there is a perfectly balanced mixture of air and fuel, the output voltage will be around 0.45 volts.
If there is less oxygen in the mixture than needed, it is said to be a rich mixture. The oxygen sensor will report a higher voltage reading of 0.8 volts or above. When the sensor reports a reading of 0.3 volts or below, the mixture is considered to be a lean one. Upon receiving a too high or too low voltage reading, the engine's computer will command the mixture to go either lean or rich, causing it to become balanced again.
Why Replace the Oxygen Sensor?
The function of an oxygen sensor is to measure the air/fuel mixture. It is important that this mixture stay as balanced as possible because it affects the fuel efficiency of the vehicle. The air/fuel mixtures in today's fuel injected vehicles can go back and forth between rich and lean very quickly. Therefore, it is essential for the oxygen sensor to be able to respond appropriately.
Along with better fuel efficiency, having a fully functioning oxygen sensor is good for the environment. A more balanced air/fuel mixture leads to fewer emissions and helps reduce air pollution. If you care at all about the threat of global warming, this should be as great of an incentive for you as getting better gas mileage.
The oxygen sensor can also harm a vehicle's catalytic converter if it is not working properly or has failed. This cannot only cause a decrease in power and gas mileage, but lead to expensive repairs as well.
When Should the Oxygen Sensor be Replaced?
Because emissions from vehicles play such a big role in air pollution, oxygen sensors have become standard equipment. In most vehicles made after the mid 1990s, there is a dash light or check engine light that alerts drivers when their sensor or sensors may not be functioning properly. When this happens, it is best to have the vehicle checked by a mechanic to ensure which sensor (there can be between 1 and 4 sensors) needs to be replaced. For those who do not have a dash light, an emissions test may be necessary. If your vehicle doesn't seem to be performing like it used to, (not as much power or getting worse gas mileage) a faulty oxygen sensor may be to blame.
Depending on where the sensor is located, the replacement procedure can be easy or it could be quite hard. Do-it-yourself mechanics will most likely need to purchase a special socket with a slit in the side for the oxygen sensor wire. Of course, any professional mechanic can perform this procedure as well. Replacing an oxygen sensor will cost somewhere between $50 and $300 but may be well worth the money because of better fuel efficiency.
Conclusion
Hopefully, you now have a better understanding of what an oxygen sensor is, why it is important, and when it needs to be replaced. Pay attention to dash light warnings or other signals your car may be giving you through its performance or lack thereof. A properly functioning vehicle can save you money in the long run, and just might help save the environment.
About the Author:
Quinton Becker writes about cars, trucks and motorcycles. Quinton is one of many writers who contribute automotive information to: http://www.AutomotiveWebmasters.com - a website where you can uncover the lowest gasoline prices in your state, loads of automotive information, and a free gas mileage tips ebook. Also for auto parts, please consider: http://www.drivewire.com
Thursday, November 20, 2008
Taking Care of Your Car's Braking System Can Prevent Accidents
Article Presented by:
Copyright © 2006-2008 Quinton Becker
A brake rotor is a vital part of the braking system on your vehicle. A brake rotor, in conjunction with brake pads, brings your car to come to a quick and complete stop. If you have a worn brake rotor, you should have it replaced as soon as possible for your own safety.
When you apply your car's brake pedal, brake pads press down against the brake rotor. The rotor is part of the front wheel hub, and it stops the wheels from turning. Brake rotors are commonly referred to as "discs," and people often refer to cars with brake rotors as being equipped with "disc brakes."
In recent decades, most cars have been equipped with a brake rotor at the front of the car. Some cars are also equipped with brake rotors on the rear wheels for added stopping power. The older alternative to a disc brake is the drum brake; some cars are still made with drum brakes on the back wheels. As with front-wheel disk brakes, rear-wheel disk brakes are added for a more acutely responsive braking system.
After a period of standard wear, your car's brake rotors may need to be replaced. However, some conditions may wear down the rotors more quickly, calling for quicker replacement. For instance, if you allow your brake pads to wear down too far before you replace them, the brake pad can dig grooves into the rotors. These grooves must be repaired in order for your brakes to operate correctly. If your brake rotors have grooves in them, you can have them "turned" or resurfaced by a machine shop. This will remove the grooves and make the rotor itself thinner.
Warped brake rotors will also require premature replacement. Brake parts grow extremely hot during normal operation. If you have been applying your brakes heavily and heating them more than usual, this rapid heating and cooling may cause them to warp. Heating of your brakes plus water, snow, or ice will also warp the rotor. There is an easy way to determine if your brake rotor is warped: you may feel a shuddering as you apply your brakes. This vibration usually indicates that your brake pad is pressing against an uneven rotor. When this happens, it is time to either have your rotor turned or replaced entirely.
Most vehicles manufactured in the past five years or so have been equipped with composite brake rotors. It is strongly recommended that with these vehicles, you do not have the rotors turned. Turning these composite rotors will take the heat tempering out of them. It is best to simply replace the entire rotor in these this case, rather than trying to have it resurfaced.
When replacing brake rotors, you face a variety of manufacturer options. You can choose to purchase Chevy parts if you own a Chevy, or you can go with aftermarket parts that often outperform the stock Chevy parts. The primary consideration is to make sure that all of your brake parts are compatible with one another.
Finally, it is critical that you either replace or turn both of your brake rotors at the same time. Replacing one brake rotor and not the other can result in different heat dissipation rates - this will cause one wheel to stop turning sooner than the other, which could be very dangerous under hard braking circumstances. Remember that when you are working on your brakes. Your own safety should always come first - prompt response to any warning signs or problems is essential to the safe operation of your braking systems.
When you are talking about your vehicle's braking systems, an ounce of prevention is certainly cheaper than a pound of cure.
About the Author:
Quinton Becker writes about cars, trucks and motorcycles. Quinton is one of many writers who contribute automotive information to: http://www.AutomotiveWebmasters.com - a website where you can uncover the lowest gasoline prices in your state, loads of automotive information, and a free better fuel mileage tips ebook. Also for auto parts, please consider: http://www.drivewire.com
Copyright © 2006-2008 Quinton Becker
A brake rotor is a vital part of the braking system on your vehicle. A brake rotor, in conjunction with brake pads, brings your car to come to a quick and complete stop. If you have a worn brake rotor, you should have it replaced as soon as possible for your own safety.
When you apply your car's brake pedal, brake pads press down against the brake rotor. The rotor is part of the front wheel hub, and it stops the wheels from turning. Brake rotors are commonly referred to as "discs," and people often refer to cars with brake rotors as being equipped with "disc brakes."
In recent decades, most cars have been equipped with a brake rotor at the front of the car. Some cars are also equipped with brake rotors on the rear wheels for added stopping power. The older alternative to a disc brake is the drum brake; some cars are still made with drum brakes on the back wheels. As with front-wheel disk brakes, rear-wheel disk brakes are added for a more acutely responsive braking system.
After a period of standard wear, your car's brake rotors may need to be replaced. However, some conditions may wear down the rotors more quickly, calling for quicker replacement. For instance, if you allow your brake pads to wear down too far before you replace them, the brake pad can dig grooves into the rotors. These grooves must be repaired in order for your brakes to operate correctly. If your brake rotors have grooves in them, you can have them "turned" or resurfaced by a machine shop. This will remove the grooves and make the rotor itself thinner.
Warped brake rotors will also require premature replacement. Brake parts grow extremely hot during normal operation. If you have been applying your brakes heavily and heating them more than usual, this rapid heating and cooling may cause them to warp. Heating of your brakes plus water, snow, or ice will also warp the rotor. There is an easy way to determine if your brake rotor is warped: you may feel a shuddering as you apply your brakes. This vibration usually indicates that your brake pad is pressing against an uneven rotor. When this happens, it is time to either have your rotor turned or replaced entirely.
Most vehicles manufactured in the past five years or so have been equipped with composite brake rotors. It is strongly recommended that with these vehicles, you do not have the rotors turned. Turning these composite rotors will take the heat tempering out of them. It is best to simply replace the entire rotor in these this case, rather than trying to have it resurfaced.
When replacing brake rotors, you face a variety of manufacturer options. You can choose to purchase Chevy parts if you own a Chevy, or you can go with aftermarket parts that often outperform the stock Chevy parts. The primary consideration is to make sure that all of your brake parts are compatible with one another.
Finally, it is critical that you either replace or turn both of your brake rotors at the same time. Replacing one brake rotor and not the other can result in different heat dissipation rates - this will cause one wheel to stop turning sooner than the other, which could be very dangerous under hard braking circumstances. Remember that when you are working on your brakes. Your own safety should always come first - prompt response to any warning signs or problems is essential to the safe operation of your braking systems.
When you are talking about your vehicle's braking systems, an ounce of prevention is certainly cheaper than a pound of cure.
About the Author:
Quinton Becker writes about cars, trucks and motorcycles. Quinton is one of many writers who contribute automotive information to: http://www.AutomotiveWebmasters.com - a website where you can uncover the lowest gasoline prices in your state, loads of automotive information, and a free better fuel mileage tips ebook. Also for auto parts, please consider: http://www.drivewire.com
Advantages of Intelligent Home Control - Safety
Article Presented by:
Copyright © 2008 Cameron Daniel
Do you have home insurance? Of course you do! Having insurance is a part of life. Home insurance, car insurance, life insurance... the list goes on. Why risk a fire destroying your home, or losing many of your belongings in a burglary with no insurance to fall back on? It just doesn't make sense.
So consider this: Insurance may protect the cost of your belongings, but it does nothing to protect you from harm! The average home is a very dangerous place; Water, gas and electricity surround us in almost every room. So why put yourself at a risk greater than that of your belongings?
Intelligent Home Control can detect water, gas, smoke and carbon monoxide. Should your IHC system detect a leak, it will cut off the relevant supply. In the event of a gas leak, it will also cut the electricity. When the leak has been contained by your Intelligent Home Control system, it will send you a message notifying you of this.
As a precaution against fire, your Intelligent Home Control system can be set to activate sockets at predefined times. You can also control the power supply to cookers and other appliances via a single switch. This can offer you peace of mind should there be children in the home. With IHC, you are in complete control at all times - even when you are not at home yourself!
Should your Intelligent Home Control system detect a leak of any kind, it will:
Emit a high-pitched alarm Cut off the relevant supply Cut off any or all of the other supply's (To reduce the fire risk from electrical installations, should your system detect smoke, it can be programmed to shut most of these down. If your home has a gas supply, IHC can also be programmed to shut this off to reduce the risk of explosion.) Send a message to the homeowner informing them that the problem has been contained
Can you really afford not to take such precautions? The Intelligent Home Control system is smart, yet simple and offers unrivalled safety around the home. Importantly too, this technology is not overly expensive.
In the past, these Central Intelligence Systems have been available only to the privileged - an exclusive club! IHC is the first system of it's kind in which all functions are controlled from a simple hub. This makes the system both accessible and affordable.
Intelligent Home Control should be as commonplace in our homes as insurance! Why protect your belongings any more than you do your own self? It doesn't make much sense, does it?
About the Author:
You can find out more about Intelligent Home Control, including the Security, Control and Safety benefits of the system and also read about Multi Room Audio systems and the benefits they offer at http://www.ctgb.co.uk/
Copyright © 2008 Cameron Daniel
Do you have home insurance? Of course you do! Having insurance is a part of life. Home insurance, car insurance, life insurance... the list goes on. Why risk a fire destroying your home, or losing many of your belongings in a burglary with no insurance to fall back on? It just doesn't make sense.
So consider this: Insurance may protect the cost of your belongings, but it does nothing to protect you from harm! The average home is a very dangerous place; Water, gas and electricity surround us in almost every room. So why put yourself at a risk greater than that of your belongings?
Intelligent Home Control can detect water, gas, smoke and carbon monoxide. Should your IHC system detect a leak, it will cut off the relevant supply. In the event of a gas leak, it will also cut the electricity. When the leak has been contained by your Intelligent Home Control system, it will send you a message notifying you of this.
As a precaution against fire, your Intelligent Home Control system can be set to activate sockets at predefined times. You can also control the power supply to cookers and other appliances via a single switch. This can offer you peace of mind should there be children in the home. With IHC, you are in complete control at all times - even when you are not at home yourself!
Should your Intelligent Home Control system detect a leak of any kind, it will:
Can you really afford not to take such precautions? The Intelligent Home Control system is smart, yet simple and offers unrivalled safety around the home. Importantly too, this technology is not overly expensive.
In the past, these Central Intelligence Systems have been available only to the privileged - an exclusive club! IHC is the first system of it's kind in which all functions are controlled from a simple hub. This makes the system both accessible and affordable.
Intelligent Home Control should be as commonplace in our homes as insurance! Why protect your belongings any more than you do your own self? It doesn't make much sense, does it?
About the Author:
You can find out more about Intelligent Home Control, including the Security, Control and Safety benefits of the system and also read about Multi Room Audio systems and the benefits they offer at http://www.ctgb.co.uk/
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