All About Carrier Cor Thermostats

Wi-Fi-enabled thermostats are a relatively recent innovation in home heating and cooling technology. These devices give you the ability to remotely control temperature settings and certain other functions with wireless signals sent through your Internet modem. The Carrier Cor thermostat is an excellent, well-rounded example of the potential uses of Wi-Fi-enabled temperature control. Let’s look at some of this devices main features.

The Scoop on Wi-Fi-Enabled Thermostats

All Wi-Fi-enabled devices rely on a type of connection called an Internet protocol (IP) connection to send and/or receive information through a Wi-Fi modem. In a Wi-Fi-enabled thermostat, the signals you send anywhere within the range of your modem are used to do such things as turn on your heating system in the wintertime and turn on your air conditioning system in the summertime. Beyond these basic capabilities, any given make and model of thermostat may have a range of other functions or features that add to its overall versatility and usefulness.

Basics of the Carrier Cor

In design terms, the main feature of the Carrier Cor thermostat is a color touch screen. This screen displays the thermostat’s interface and includes an extensive prompting system that tells you how to achieve your desired temperature control tasks. Specific advanced tasks you can set up and execute include a full seven-day schedule of temperature programming, a single button press that changes multiple temperature settings at once, and an automatic protocol that lets the thermostat “decide” when to change temperatures in response to specific conditions inside your home.

Device-Specific Apps

You can also operate a Carrier Cor thermostat through a range of Wi-Fi-enabled devices, including your desktop or laptop computer, your smartphone or your handheld tablet. Carrier simplifies this process by designing apps that work with each popular platform, including Windows and Apple computers and iOS- and Android-powered tablets and phones. This device-specific approach makes it easy to remotely control the thermostat with technology you already own.

Integration with Your Current Heating/Cooling System

American homes contain a broad array of heating and cooling technologies, each of which has its own functions and features. Integrating a Wi-Fi-enabled thermostat with all of these technologies is a potential nightmare. However, Carrier has greatly simplified the process by designing the Cor thermostat to integrate smoothly with almost any type of heating/cooling system you may currently have installed in your home.

Easy Updates

The Cor thermostat is designed to automatically download and install the latest software updates released by Carrier. This means that you will instantly benefit from any enhanced functions created for the device in the future, as well as any required bug fixes.

Professional Installation

Carrier has designed the Cor thermostat for installation by an HVAC professional. This professional touch is primarily intended to ensure the device’s problem-free function. It also gives you the opportunity to ask a specialist any questions you may have about the thermostat’s operation.

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The Problem with Bargain HVAC Repairs

It’s always tempting to save a few dollars, especially for something that seems like it can be performed uniformly no matter who does the job. However, companies that offer discounted or bargain repairs often use this method to gain customers, and then ultimately charge their customers more money.

Tactics Used by Bargain HVAC Companies

Bargain HVAC companies will use a variety of tactics in order to take money from customers. They hook their customers based off their initial low price, but then actually take additional money from the customer either during the service call or in a follow up call. They will often install parts or offer service that is:

  • Unnecessary
  • A safety hazard
  • Noisier
  • Prone to breaking down
  • Less efficient
  • Doesn’t work right

They may “find” additional parts that need to be installed after they’ve looked at your system, but many of these parts and services aren’t necessary. In installing these parts, they may either purposefully install them incorrectly or have them installed by technicians who do a shoddy job. Either way, poor installation can lead to a part breaking down more quickly or not working correctly to begin with. This can cost you extra money right away by decreasing efficiency, or you may find that a part needs to be replaced long before what would normally be expected.

 

How Bargain HVAC Companies Get Away with It

Bargain HVAC companies know that most homeowners don’t know the ins and outs of their HVAC systems. Additionally, many services aren’t visible even to inspectors until something goes wrong. For instance, the “triple-vac nitrogen purge” is important when installing a line set between the air handler and the outdoor unit, but once the line set is installed, even an inspector can’t tell if the purge was performed. However, if it hasn’t been performed, the interior will have scaling which will cause a compressor failure. This failure costs thousands of dollars to fix.

 

How to Find the Right HVAC Company

When you look for your next HVAC company, keep certain qualifications in mind, including the following:

  • A large number of customer reviews
  • Longevity in business
  • Factory-authorized dealer
  • Drug tested and background checked employees
  • Licensed technicians with weekly training

All of these factors and qualifications can help you rest assured that you’ve hired a quality company that performs service aboveboard.

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How Do Commercial HVAC Systems Differ from Residential Systems?

Regardless of where it’s installed an HVAC system is designed to modify the climate in every square inch of the indoor space it covers. Of course this challenge is much greater if that space has massive horizontal or vertical sprawl, as is often the case with commercial, industrial or public venues.

But commercial HVAC systems don’t just work harder than their residential counterparts. They also work differently, and must do so if they are to provide effective indoor climate management in locations where the nature of the challenges to be overcome is so steep.

The designers and manufacturers of commercial heating and cooling equipment face some diverse and daunting challenges. In response they’ve had to modify a steadfast and dependable technology without altering its capacity to produce impressive results.

Commercial vs. Residential: The Tale of the Tape

Let’s briefly summarize the characteristics of both commercial and residential heating and cooling systems so the differences become clear.

Commercial HVAC Systems

Structure: Commercial HVAC equipment comes in large, self-contained, pre-packaged cabinets that includes the compressor, the condenser and condenser fan, the evaporator and all the drainage system components.

Location: Commercial systems are usually installed on rooftops, which eliminates any possibility of noise pollution inside the building.

Heating or cooling capacity: Rather than being manufactured to specific dimensions, commercial HVAC systems are modular in design. This means extra heating/cooling elements can be added to boost the power of the system when necessary.

Exhaust ventilation: Special components are added to the system to handle the heavy responsibility of exhaust ventilation in power-packed commercial units.

Moisture collection and drainage: Commercial HVAC units produce copious amounts of moisture through condensation. They need extensive drainage systems to pipe it away for disposal.

Residential HVAC Systems

Structure: Most residential HVAC units use split-system technology. An indoor unit holds the evaporator coils and the blower, while an outdoor cabinet contains the compressor and the condenser coils.

Location: Part indoor/part outdoor, at ground level outside and on the first floor inside.

Heating or cooling capacity: Residential HVAC systems come in specific sizes and cannot be expanded or contracted. Their heating and cooling capacities are locked in at the time of manufacture.

Exhaust ventilation: Exhaust is released through windows or into crawl spaces, or directly into the air outside.

Moisture collection and drainage: A simple pan is used to collect the moisture indoors, after which it can be drained away for outside release.

In the HVAC Industry Size Doesn’t Really Matter

As you can see, the principles behind HVAC technology are the same no matter where it is installed. The massive scale needed in some commercial settings creates a special set of demands, but commercial equipment has been modified to meet them in some very clever and inventive ways.

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5 Common Home Heating Myths

The cost of heating a home throughout the cold winter season is usually high, so homeowners are always looking for ways to lower their heating bill. Unfortunately, many of the theories homeowners believe are just myths. Read on to learn about the top 5 most common home heating myths.

Myth #1: Duct Tape is Great for Sealing Ducts

As the name may suggest, duct tape is great for duct sealing, right? Actually, it’s not. Standard duct tape can only be used to seal ducts temporarily. With time, however, the tape will fall off, leaving gaps in your air ducts. This is not to say that all tapes are bad for sealing air ducts. There are many effective tapes which can be used to seal air ducts reliably.

Myth #2: Programmable Thermostats can Adjust Your HVAC System Automatically

There is a popular myth that once you install a programmable thermostat you will never have to walk over to the HVAC controls to adjust the settings. The truth, however, is that thermostats will only make your life convenient with proper instructions. You will have to program and reprogram the device until you find the best settings.

Myth #3: Cranking Up the Thermostat Will Heat Your Home Faster

A common misconception among many homeowners is that adjusting the thermostat to 80 or 85 degrees with lead to faster heating of their home. This myth can be blamed on poor understanding of what the thermostat does, which is to turn off the heating cycle when the desired temperature is reached and turn it back on when temperatures fall below that setting. The device does not, in any way, control the amount of heat the heating system produces.

Myth #4: Energy Efficient Windows will Save you Money

There is no doubt that energy-efficient windows will reduce your heating bill over time. However, these windows cost a lot of money. In fact, it will take the average homeowner several decades to offset the window replacement cost. Unfortunately, many people still continue to swear by this myth.

Myth #5: Leaving Your HVAC System on is a Cost Effective Option

Some people believe that leaving the AC or heating system on when they are out of the house is a cost effective option compared to setting it back a few degrees. The truth, however, is that HVAC systems consume little or no energy when they are set back or turned off, so it’s recommended you setback or turn off the HVAC system when you leave the house.

Many other home heating myths exist, but these are the top five. Follow us for more articles that will keep your heating and cooling systems running efficiently.

How To Reduce Commercial HVAC System Costs

Proper commercial HVAC systems are essential to a comfortable, healthy and productive work environment. They are, however, one of the largest users of energy in a commercial building, accounting for approximately 40% of energy costs. Thus, it’s no wonder that building managers look for energy savings when installing and maintaining the heating and cooling systems. By implementing cost-cutting measures, you can achieve substantial savings on annual energy costs.

Reduce Heating and Cooling Load

Before upgrading your HVAC system, take a look at reducing the building’s load, or the amount of heating and cooling your building requires. By reducing the load, the system will operate more efficiently while newer systems can be smaller, all of which lowers operating costs. Make an effort to reduce load by one of the following methods:

  • Tightening building envelope
  • Installing energy-efficient envelopes
  • Upgrading lighting systems to ones that emit less heat
  • Reducing solar gain through cook roofing and tinted windows in warmer climates and increasing it in cooler climates
  • Using energy efficient office equipment and electronics
  • Improving ventilation

Heating and Cooling Systems

Over the last decade, HVAC systems have steadily increased in energy efficiency. contemporary air conditioning units use 30% to 50% less energy to produce the same amount of cooling as units made in the mid 70s. Replacing an air conditioner that is a mere 10 years old can save as much as 20% on energy costs.

Important points to remember when purchasing a new system include:

  • Don’t oversize. It won’t heat or cool your building more quickly and will only result in the unit turning on and off more frequently
  • Compare operating costs for standard-efficiency and high-efficiency units before purchasing
  • Energy recovery ventilation systems will reclaim waste energy from exhaust and recycle it
  • Install programmable thermostats to produce as much savings as possible
  • Buildings that have heat sources such as large kitchens should consider heat recovery as a way to capture free waste heat and use it to offset heating costs
  • Radiant heating in areas such as garages and warehouses will save money in winter

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Eliminating Common Indoor Air Pollutants

178367298Indoor air pollutants are everywhere, but few homeowners do anything to limit the amount that they breath in. Most people probably don’t even give indoor air quality much thought. There are several things that can be done to make sure that the air inside of your house is nice and clean.

Dust mites are tiny organisms that live inside of mattresses and upholstery. Make sure to wash bed linens to ensure that nothing is living inside of them. Vacuuming carpets and upholstery around the house can also help to cut down on the number of dust mites living on indoor surfaces. If you’re really concerned about them leaving droppings, then you might want to try an air purifier that comes with an electrostatic filter.

Kill and remove any signs of mold. If you find any patches, then get gloves and a respirator mask before grabbing a stiff brush. A cup of bleach mixed into a gallon of water will usually eliminate any visible spores. Rinse the area with clean water once you’re done.

You might want to take a vitamin D supplement to bolster your natural defenses against mold as well. Ask your doctor which type of supplement might be right for you.

Radon is probably the most serious of any of the indoor air pollutants that most people have in their homes. This radioactive gas is completely invisible. Get a short-term radon test kit at the hardware store to see if there are elevated levels in your home. Call a certified radon specialist if the levels exceed 4 pCi/L over a certain amount of time.

Perfluorinated compounds are often embedded into consumer products to prevent stains. They can alter hormone levels if ingested, so it’s best to avoid these. If you’re shopping for new furniture, then avoid any product that brags about how it can resist stains. Use cookware that doesn’t have artificial coatings as well, since many of these coatings contain PFC-based chemicals.

Try a few of these tips and see if they help you eliminate some of the indoor air pollutants that are currently infesting your home. It’s easy to cut down on how many toxins are in the air. Keep following us for more articles that can help you keep your heating and cooling systems clean.

HVAC Technology In 2016

HVAC technology is becoming more sophisticated and is now regarded as one of the top growing industries. Experts in the heating, ventilation and air conditioning field are keen to make customers aware of the latest HVAC trends. The HVAC contractors and service businesses that utilize innovative Smart technology will go on to enjoy a prosperous financial year. So, what are the main trends driving HVAC Technology in 2016?

Local heating and cooling contractors accept their engineers need to have more than basic HVAC knowledge. Countless numbers of smart heating and cooling systems are being introduced to the market, in accordance with the latest energy standards. HVAC manufacturing companies now offer customers quality air distribution products.  Today, many homes are smart homes and the future looks bright for HVAC system suppliers. So, what is the future of the HVAC system?

 

HVAC Firms Welcome Enterprise Mobility Software

This simple software allows HVAC contractors to form an efficient workforce. Smart mobile solutions are the way forward and the best HVAC companies of 2016 will be those who use business mobility software. All service businesses must run smoothly and efficiently to make profit, so those who embrace enterprise mobility management will take pole position.

 

Smart — the Latest HVAC Product

The HVAC industry is greatly influenced by Smart Products. HVAC specialists can utilize IoT technology to automate the sales and service process. Home and business owners looking for the latest energy-saving goods can make use of the latest Smart heating and cooling units. Intelligent Smart technology is here to stay.

 

More New HVAC Systems Required as the Construction Industry Experiences Growth

Many new homes are being built, hence the demand for quality and energy efficient heating and cooling systems grows. The fundamental nature of HVAC Technology in 2016 is changing and changing for the better. Throughout 2016 thousands of HVAC companies will install modern heating and cooling systems in newly-built dwellings.

 

Mobilize your HVAC Maintenance and Service Company

2015 HVAC industry trends stated routine maintenance scheduling would be efficient and personal. However, HVAC Technology in 2016 is set to be ground-breaking. Heating and cooling engineers will use mobile apps to develop preventative maintenance schedules and service technicians will use mobile workforce management software.

 

Future Challenges for HVAC Technology in 2016

Mobile field software will enable HVAC contractors to become more efficient. Employers should understand that mobile service teams work safely, profitably, accurately and productively.
We feel it is vital to know all there is to know about HVAC Technology in the forthcoming year. We want every home and business owner to learn how to run their HVAC unit efficiently, hence further energy saving tips will follow.

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How Does The Office Temperature Effect Your Productivity?

There are various factors that play a role in employee productivity. However, the one thing that people tend to take for granted is the effect that the office temperature has on employee productivity. Just a small adjustment to the dial may have a noticeable impact on how productive your workforce is, especially when it comes to office ergonomics. Numerous studies have been carried out to confirm what the optimal temperature for maximum workforce productivity should be. As expected, there as been just as many disagreements and debates regarding the outcome of the results.

One of the studies that have been welcomes is the Cornell University study which showed that the best temperature for increased worker productivity is between 70 and 73 degrees F. However according to the British Government Organization that watches over these studies, the optimal office temperature that has been embraced by 70% of employees is approximately 74 degrees F. The remaining 30% did not agree, but then again, you cannot please everyone, but majority does rule.

There are quite a few aspects to setting the dial at the perfect temperature on your Commercial HVAC. One of the main factors that should be taken into consideration is the current season. The outside temperature does tend to affect the temperature inside the building to a large extent. However, other factors such as the clothing that people wear during the different seasons should also be taken into account. In winter people naturally wear warmer and thicker clothing, so cooler temperatures would be optimal. In summer people tend to wear clothing made from cotton and more breathable materials, so a warmer temperature may be embraced. The age of a person also should be considered as older people feel colder than the younger ones. People who weigh more tend to feel warmer than people who have a lower body mass index, so these things should also be considered when setting that dial. The temperature should also be set at a degree that maintains a 40% humidity level at the least. Since it is more humid in summer and the air is dryer in winter, the temperature should be adjusted to accommodate for this level of humidity at all times.

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The Basics About Legionnaires’ Disease And HVAC Systems

Every so often Legionnaires’ Disease rears its ugly head and makes headlines in the news. The bacterium known as Legionella pneumophila that causes the disease likes to live in HVAC systems, making commercial buildings one of the major factors in the spread of Legionnaires’ Disease. If you are responsible for the operation of your building’s HVAC, it’s imperative the you educate yourself about this danger.

Two of the most common places to find the bacterium that causes Legionnaires’ Disease are in cooling towers and large central air conditioning systems. The reason for this fact is that the bacterium likes to multiply in standing warm water and causes disease when people breathe in contaminated vapor. That’s why buildings like hotels and hospitals where people gather in large numbers and make heavy demands on heating and cooling systems are breeding grounds for this disease. Outbreaks have been traced to other sources such as shower heads and hot tubs, but HVAC components are the most common culprits.

Building managers and others who have control over these systems are one of the major lines of defense against the spread of this disease. Although antibiotics can control this condition, as many as 30% of people who contract Legionnaires’ disease can die from it. stopping the disease from ever happening—rather than responsive. Up to 18,000 Americans annually are hospitalized with the disease, so makes sense that taking preventative measures would play a big part from Legionnaires’ Disease from ever taking a foothold.

How managers of HVAC systems would deal with that is a thoughtful question. European countries have outpaced the United States in effective implementation of extensive guidelines for the prevention and treatment of Legionella. European countries follow recommendations named the “Approved Code of Practice and Guidance L8” that addresses many of the concerns with HVAC systems where the bacterium thrives. Until the the United States takes such measures, the best way to prevent Legionnaires’ Disease is to make sure that preventative maintenance measures are always in place.

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Hiring Commercial HVAC Contractor

Sometimes, you may need repair work on your HVAC or you may need someone to install it for you. This should be done in an orderly way to avoid mistakes that may cost you some money. Here is a number of things that you need to consider before hiring a commercial contractor for any HVAC repair or installation.

The skills possessed by the individual should be relevant to the work at hand. You should therefore ensure that you countercheck the skills before hiring them. You should also work with an individual with experience in dealing with the specific problem. This increases the chances of a good job being done. This ensures that the quality of work done is higher.

Besides the level of skills and experience, it is better to work with an individual who is associated with a reputable firm. This will ensure credibility and therefore higher quality of work. You may also work with an individual who has worked with someone you know to prevent being duped. Specialization increases the knowledge of the expert and subsequently quality of work.

The fees charged should play a major role in the determination of the individual you will work with. The fees should be proportional to the quality of work done as well as the scope of the work. Jobs that need a lot of time to complete should have higher charges and you should be prepared for this. In the maintenance of your HVAC, regular and proper maintenance ensures that your HVAC system will be in good conditions all the time. Therefore, they may not need extensive repairs and therefore you will end up paying less.

The way a technician deals with a client is an important aspect in the selection process. It avoids scenarios where you cannot come up with a viable solution due to having different points of view. You should therefore find out how an expert deals with problems when they arise and how they react to complaints from the clients. This information can be found on their websites or from a client they have worked with before.

In conclusion, hiring a commercial contractor is not something you should take lightly. It has an effect on the useful life of your HVAC system and therefore you need to be careful. We provide information on cooling and heating systems as well as other home systems. Therefore, look out for our informative articles for your own benefit.