Category: Heating

What is Carbon Monoxide Poisoning: How To Prevent It

Carbon monoxide poisoning may happen if CO from sources such as water heater, or heating system, or other similar gas, oil, or fuel burning appliances build up in an enclosed area. If proper ventilation is not attached to these systems, this can result in build-up of CO above safety levels in an enclosed or semi-enclosed space. Breathing the air in such a space with an over-concentration of CO may lead to CO poisoning in people and animals living in that space. The common symptoms of CO poisoning include nausea, chest pain, sleeplessness, weakness, dizziness, etc. The problem is that the same symptoms may result from many other underlying conditions, so if a CO built-up in a space is not detected, the symptoms may aggravate and may lead to serious illnesses. It may also lead to death in extreme cases. In fact, each year four-hundred deaths are reported in US which are caused by unintentional CO poisoning. What is carbon monoxide poisoning? The poisoning occurs mainly because our red blood corpuscles have a tendency to attract carbon monoxide quicker than they do oxygen. This means that CO can quickly replace oxygen in our blood, and this will prevent proper oxygen circulation

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Smart Ways to Retain Heat During Winter

During the colder months, most people tend to spend more time indoors and turn up their heating systems. Because of this, utility costs can soar and many people might be paying more than necessary. The good news is, it is never too late to make a few changes in your home so you can improve your comfort levels and save money. Here are some of our top recommendations. Air Conditioning and Heating Tips While you will need professional service every now and then to keep your heating and air conditioning units in the best condition, there are other ways to warm up your home. These simple and inexpensive solutions not only contribute to energy efficiency but also let you maximize heat in your living space. Take Advantage of Your Curtains. Even on cold days, the sun can still bring warmth. Leave your curtains open during the day to capture as much as of the free heat. Once the night settles in, shut your drapes. This provides an extra layer of insulation to prevent warm air from escaping your home. Your windows should not have leaks or gaps so the heat stays in and drafts stay out. Install a Programmable Thermostat. Instead of manually adjusting

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Lack of Maintenance Can Cause Furnace Problems

When the fall season approaches, most homeowners turn their attention to maintenance and repairs that may have been put off over the summer months. One of the most important tasks to complete before the cold winter months arrive is making sure the heating system, beginning with the furnace, is in excellent condition and ready to keep your family warm. Although any one of the many components to a heating system may need repairs, following are five of the most common problems that need to be addressed. 1. Lack of Maintenance If maintenance on any furnace is neglected, it may cause a breakdown just when heat is most needed. Unfortunately, this often happens during the coldest of winter nights, when the furnace has to work the hardest. Even if your furnace does not actually quit working, it may cost more in wasted fuel if it is not properly maintained. 2. Ignition Control or Pilot Light Problems If the ignition control component or the pilot light system is malfunctioning, the result may be sporadic heat or no heat at all at times. 3. Filters Clogged or Dirty If the filters are clogged, the result will be a restricted air flow, causing the

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The Differences Between Heat Pumps and Air Conditioners

When installing a new HVAC system in your home, you will be faced with a decision of whether to select a heat pump or an air conditioner. While they are both designed to keep your home comfortable, they differ in terms of function; even their repair procedure is different. To help you make an informed decision, here is a rundown of their main differences. Key Distinctions Between Heat Pumps and Air Conditioners While a heat pump and an air conditioner share similar components, the way they perform is quite different. Here are some factors that distinguish the two: Use. A heat pump provides both heating and cooling. It expels warm air out of your home during summer and it brings outdoor heat inside during winter. An air conditioner, on the other hand, can only cool your home. Operation. Both systems follow the same principles to condition your home’s temperatures. They use refrigerants to facilitate a process of heat exchange. A heat pump, however, uses a reversing valve built into a compressor to transfer outdoor heat inside your home and increase its temperature. A traditional air conditioner, on the other hand, relies on electric-resistant heat strips within the air handler to produce warm air. It may

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What is two-stage heating?

As you start to explore heating options for your home or office, you may need to think about the types of furnaces on the market. A two-stage heating furnace may work best in settings requiring improved efficiency and a subtler heating experience. This is what you need to know to decide if a two-stage furnace is right for your space. What Two-Stage Heating Actually Means Furnace stages refer to the amount of heat allowed to pass through the system. A valve controls the burner, and different settings change the position of the valve to influence the heat output. Most furnaces (single-stage furnaces) have one setting: you can turn them on or off. When using a single stage system on milder days, an owner may notice the system cutting on and off frequently to maintain the desired indoor temperature. Two-stage heating systems, on the other hand, have a setting in addition to the on/off position. In a two-stage system, thermostat settings can completely or partially open the valve to allow heat to pass through. At the fully open stage, the furnace operates on high. At the partially open stage, the furnace releases a reduced level of heat (at about 65% of

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Should I Leave Interior Doors Open or Closed During Heating and Cooling?

The price of cooling (and heating) your home can get pretty costly, especially if you live in West Los Angeles. Even though we are lucky to enjoy some of the very best weather in the USA, there are times when temperatures fluctuate. When the weather warms up or cools down, it can get even more expensive to try and keep comfortable in your home. Therefore, many homeowners and renters alike wonder, is it better to leave my doors open or closed when running my HVAC system? The simple answer is, leave them open. You see, when an HVAC system is operating, it functions best as a whole unit, circulating air throughout your entire home. So, when you shut several doors in and around your home, you’re actually disrupting the nature of how your HVAC system operates. This not only ends up costing you more money in the long run, but it can cause additional problems as well. Why Leave Doors Open? Although it’s a common belief, shutting doors to rooms you are not using will not save you money on heating or cooling costs. It will only force your HVAC system to work overtime, causing potential long-term damage. It can also

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An Overview of Carrier® Cor Thermostats

Technological advances have led to a multitude of options for controlling temperatures in your home. Among the most popular innovations is the Wi-Fi-enabled thermostat, which gives you the ability to wirelessly control household temperatures with an app installed on your smartphone, tablet, laptop computer or desktop computer. The Carrier® Cor thermostat is a relatively new Wi-Fi thermostat with a well-rounded feature set. Let’s look at some of the highlights of this device. What Do Wi-Fi-Enabled Thermostats Do? A Wi-Fi-enabled thermostat has something called an IP (Internet protocol) connection, which allows it to receive commands from wireless signals that pass through your household’s Wi-Fi modem. With this type of thermostat installed in your home, you can enter temperature control commands from any location within range of your modem’s signals. The complexity of the commands you can issue depends on the make and model of thermostat you purchase. Some products give you comprehensive control over temperature-related functions. Features of the Carrier Cor Thermostat The Carrier Cor has a number of features that make it an appealing option for homeowners seeking a full selection of temperature controls. The feature list starts with the unit itself, which is built around a color touch screen and

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How ductless mini-split heat pumps work

Ductless mini-split heat pumps are one of the latest innovations of the modern revolution in home heating and cooling technology. Instead of replacing a malfunctioning heating system with a centralized unit that simultaneously services your whole house, you can independently deliver fully controllable heating to as many (or as few) rooms as you wish. Here’s a brief rundown on the way that ductless mini-split heat pumps get the job done. What Does a Heat Pump Do? First, let’s look at how a heat pump operates. A traditional furnace in a centralized system generates heat internally by doing one of two things: burning a fuel source (e.g., natural gas or propane) or activating an electric component called a heating element. A heat pump does not produce its own heat. Instead, it pulls heat from one of three sources (outdoor air, the ground or nearby water) and passes that heat on to the interior of your home. During warmer parts of the year, a heat pump can function as an air conditioner by reversing itself and pulling heated air out of your household’s interior. What Is a Ductless System? A traditional heating and cooling system with a central heat pump relies on

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Pitfalls to Avoid When Buying a New AC or Furnace

The purchase of a new air conditioner or furnace is one of the larger expenses you can expect during your home’s lifetime. If the system you buy does its job properly, you’ll receive the benefits of reliable household heating and cooling. On the other hand, if your new heating or cooling system doesn’t work reliably and efficiently, you may end up paying the price for decades to come. Here are some of the key pitfalls to avoid when purchasing a new residential furnace or AC. Buying a System That’s Too Big or Small Each residential air conditioner and furnace on the market is designed to deliver cooling or heating to a home of a certain size and layout. Unfortunately, many consumers mistakenly purchase a system that’s too large or too small for their home. Potential consequences of this mistake include early furnace or AC failure, unnecessarily steep monthly utility costs and a perpetually uncomfortable building interior. Failing to Check Your HVAC Contractor’s Background No matter where you live in the U.S., you probably have access to a number of skilled and reputable heating and cooling contractors. Unfortunately, you also likely have access to disreputable contractors who do such things as

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What Size Heat Pump Do I Need?

There are several important steps in the process of selecting the right heat pump for your home. You need to determine the best type of heat pump for your home and climate (air source, water source or ground source), decide on your desired efficiency rating, and select the installation method and features of your new heat pump. Finally, you need to size your heat pump properly to make sure that you are heating your home effectively and efficiently. Correctly sizing your heat pump is very important, and fortunately there is a standard sizing method used nationwide. This method, created by the Air Conditioning Contractors of America, is known as the Manual J method for sizing heat pumps. The Manual J method considers eight variables to help you size your heat pump with confidence. The Right Size Saves Money Getting the right size heat pump really does make a significant difference to the efficacy, reliability and efficiency of your HVAC system. Heat pumps that are too small or too large for a home can have a number of negative consequences, including higher energy costs, drastic temperature differences inside, poor humidity control and frequent on-and-off cycling that strains the system. Consulting an experienced and

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