All About Carrier Cor Thermostats

The Carrier Cor Thermostat is a smart thermostat that allows you to remotely control and monitor the temperature of your home using the power of the internet. Using this modern technology, the comfort of your home is under your control no matter where you are. This is a thermostat that can adapt to the unique needs of your home, constantly updating itself and working toward improved comfort and energy efficiency. At superwriter.ru, we can professionally install this smart thermostat in your home and our technicians will show you how to use this great tool from your smartphone or PC.

A Smart Thermostat Offering Comfort and Convenience

The primary appeal to the Carrier Cor Thermostat, like other smart thermostats, is the ability to control the temperature and humidity of your home from any Wi-Fi-enabled device. You will have the ability to stay in complete control of your home’s temperature whether you are home or away on vacation. The touchscreen offers onscreen prompts and a built-in proximity sensor. Monthly reports are available providing interactive efficiency tips and information on how to save money by modifying your settings.

Using the app on your smartphone or laptop, you will be able to see as much clear information as you can on your home screen, and the temperature of your home will respond within minutes even when controlled from a remote location.

How a Smart Thermostat Can Lead to Smart Savings

Convenience is important, but so is cost. Using a smart thermostat, improved home comfort is combined with reduced energy usage. You are able to monitor the temperature in your home and control when heating or cooling turns on or off for optimal efficiency. The Carrier Cor Thermostat also has the ability to recognize and remove excess humidity. When you’re away from home, you can switch to vacation mode. This gives you the ability to conserve energy usage leading to improved efficiency, and with improved efficiency there are greater savings.

Upgrade Your Thermostat with superwriter.ru

The Carrier Cor Thermostat is designed to be compatible with just about any system type. It requires a common wire for power and should be installed by a professional technician. At superwriter.ru, we have the experts who can help you to upgrade your current thermostat to this smart system so you can experience convenient remote access and improved energy savings. Follow us for more up-to-date information on choosing the right thermostat for your home and for more heating and cooling tips.

Top HVAC Technologies For The Coming Year

HVAC (heating, ventilating, and air conditioning) is an important part of our lives. Every home and business must have a proper functioning HVAC system to run smoothly, and the technology of these systems has developed greatly over time. For the most recent trends, here are some expected developments coming in HVAC technology in 2016.

Firstly, it is expected that HVAC technology will get smarter as it develops. This includes such things as smart thermostat technology and smart equipment integration that allows contractors to automate their sales and service, giving them more time and financial benefits. As customer demand for smarter equipment grows, so too will the way in which HVAC contractors use this technology to manage their business.

Secondly, HVAC businesses will become more connected, and rely on multifaceted software to streamline and manage their business.
Recent trends show that it’s becoming more and more important for HVAC businesses to utilize mobile solutions when servicing customers, and the savvy businesses who master this skill will be the ones that get ahead.

Recent trends also show that construction will continue its recovery throughout 2016, which will lead to more growth and demand for new HVAC system installations for both residential and commercial customers.

In addition, HVAC maintenance and services will become even more efficient through mobile solutions and technology. As HVAC units become more and more complex, it will be very important to establish regular maintenance programs to prevent problems from developing. Like getting regular check-ups from your dentist, HVAC professionals will become more centered on this preventative care to ensure that the more complex systems that are being installed continue to function properly. This will also lead to increased training for HVAC professionals to ensure that they understand how to properly service the new technology. Research is also finding that technology such as mobile apps will drive successful service programs in 2016.

As you can see, there are many exciting changes coming for the HVAC industry in 2016. To stay up to date on the latest information, follow us for more articles on how to keep your HVAC system running efficiently and ways to save money.

Surge Protectors And HVAC: What You Need To Know

The term power surge can cause many people to break out in a sweat and dollar signs to flash before their eyes. When most homeowners think of surge protection, the think of their computers, cell phones, and flat screen televisions. While all of these devices are important to protect from a power surge, technology has now made it that they are not the only ones. In fact, home telephones and HVAC systems now fall into the category of technology appliances that need protected from a fateful power surge. A lightning strike or a power grid problem can be the death of even your HVAC system. Power surges can cause great added expense with the potential of needing to replace several important pieces of equipment within the home.

HVAC systems used to be mostly mechanical. This mean they were safe from a power surge or other electrical problem. However, over the years they have grown to be more technical and involve more technologies, especially higher efficiency systems. If a power surge happens, there is no telling the amount of damage that could be done to your HVAC system. Your system could fail or be difficult to repair. Hidden damage over time can even cause a failure. Large surges can cause immediate total failure, meaning you will need to replace your entire HVAC system altogether. This can cause a lot of problems, as replacing an HVAC system can be costly and timely.

In these cases, an ounce of prevention is worth a pound of cure. You can’t stop a power surge from happening, however, there several steps you can take to help protect your HVAC system. The first step is to install a whole-home surge protector. It will install at the main breaker box and stops too much power from coming into the power line. In addition, you can purchase HVAC surge protectors and individual surge protectors and plug them into outlets near electronic equipment. If you have question about your HVAC system being protected from a power surge, it is wise to contact an HVAC professional in your area.

Follow us for more great articles on heating, air conditioning, and home needs.

Combat Air Pollution With HVAC Technology

Improvements in the last several years in HVAC technology have led to increasingly better indoor environments that benefit everyone who lives or works in a building. Indoor air quality is particularly important for large commercial buildings such as corporate offices, stores, hospitals, etc that must have high quality indoor air for the many people that are there daily.

The primary standard for indoor air quality has been developed in a cooperative effort between American National Standards Institute and the American Society of Heating, Refrigeration and Air Conditioning Engineers (ASHRAE). Commercial facility managers need to become aware of these standards so that they can implement the right technology and maintenance practices.

Facility managers should consider four factors that affect indoor air quality: filtration, air quantity, remote monitoring and control of equipment and airflow patterns.

HVAC systems play a crucial role in maintaining indoor air quality by providing heating or cooling, humidification or removal of excess humidity and controlling airborne contaminants. Building climate control systems also bring in outside air that helps control the effect of indoor emissions and volatile organic compounds (VOCs), and bioeffluents emitted by those living or working in the building.

You Can’t Rely On HVAC Technology Alone

In order to maintain high indoor air quality, factors such as maintenance practices, control systems, air handlers and filters should be closely monitored. Properly maintained HVAC systems improve air quality and keep the units running at peak efficiency. Changing air filters is important to overall operation, but they also aid in the proper removal of contaminants. Control systems and air handlers must be able to properly fulfill your building’s air quality requirements or else you will risk poor airflow and a decrease in indoor air quality.

State-of-the-art monitoring systems are able to integrate well with building automation to help improve air quality. This type of HVAC technology includes sensors for temperature, humidity and VOCS. Additionally, consider low-cost carbon dioxide sensors to assure that all areas receive proper ventilation. All of these types of data provide essential information that will help managers monitor indoor air quality.

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How Humidity Affects Air Conditioning And Heating

Indoor humidity levels have a major impact on the performance and efficiency of HVAC systems. If the humidity level is more or less than the optimum, it is much more difficult for your home’s heating and cooling system to get the job done.

The air conditioner simultaneously removes moisture and heat from the air. A unit that is too small for the space will have trouble generating enough cooling capacity if the humidity is too high. This means the unit runs continuously and costs more to operate without ever being able to achieve a comfortable room temperature. The room feels hotter because of the high humidity.

This does not necessarily mean bigger is better. If the air conditioning unit has more capacity than it needs to cool a space, it does not run long enough to have a chance to remove the moisture from the air and the indoor humidity level rises.

Humidity has the opposite effect on your home’s heating system. During the winter, humidity levels drop and if they drop far enough, the room temperature feels colder than it actually is. The heat pump or furnace will work overtime to try to compensate, but the house will never feel warm. The ideal setting for your home thermostat is anywhere from 71 to 77 degrees during the winter as long as the humidity level remains at a minimum of 50 percent.

Foggy windows, a musty odor and moist clammy air inside the house are sure signs of high humidity. The most effective way to keep humidity at the optimal level is to install a dehumidifier. This appliance wrings moisture from the air before delivering it through the ductwork to the rest of the home.

Controlling the humidity levels in your home is an effective way to save money on climate control year round. With the proper humidity levels, your HVAC system will run more efficiently saving you money on operating costs. Because the system can run at peak performance, it will not have to work as hard, which prolongs the life of the equipment and saves on unnecessary repairs and replacement.

Contact us today for more information on how humidity affects air conditioning and heating system functionality.

Tips For Right-Sizing Your Commercial HVAC System

Right-Sizing Your Commercial HVAC Systems will not only help you meet the performance expectation of today’s more efficient homes, but will also increase the comfort and efficiency expectations of the your house or room’s occupants. Here is an overview of the tips that you can utilize to right-size your commercial HVAC systems right from the design of your project through installation and testing stage.

Include Precise Insulation and Sealing Specifications

Specify the right level of insulation that you need as well as the depth that you anticipate to blow in an attic. Use blow-in insulations for optimum wall insulations—a minimum of R-22 in the walls and R-50 in attics is recommended. You can also use air-sealing systems in spraying thin layer of foam to seal the gaps between framing and sheathing (especially in stud and joist bays) before installing cavity insulations. Again, you can use advanced framing techniques that reduces thermal bridging and increase insulated surface areas.

Correct window U-value and SHGC

U- Value and Solar Heat gain coefficient (SHGC) of .30 is usually recommended. Default window U-value or SHGC data will increase the sizing of your AC, which can in turn impact negatively its performance considering that 30-40 percent of the cooling load will be attributed to the solar gains via the windows. Placement details such as shading, overhang, and orientations can significantly impact this information.

Have Duct Work and Distribution System in Mind

When designing your projects, have HVAC and duct work system in mind—right from the beginning of the project. High efficiency HVAC systems should be located within well conditioned envelope of your home, accommodated by right framing systems such as pre-cut I-joists that are engineered for duct opening cuts. Attic should also have more insulation.

Seal All Ducts and Air-Handling Equipment

Leaking ducts can result into energy losses and poor indoor air quality. Accordingly, ensure that all ducts and air handlers are sealed tightly using mastic at all joints, connections, elbows, and terminations. Ensure that the tested duct values do not exceed 3 percent of the gross air flow on your system.

Test Your System for Performance

Like duct tests, you need to carry a system performance check for delivered air flow, room to room pressure, duct tightness, and A/C system charge to ensure that they meet your specifications.

Right sizing will help design, specify, and install your HVAC system to match specified efficiency design features and performance goals. Follow our blog for more information on heating, cooling, and keeping your home energy efficient.

Replacing A Furnace? 3 Things To Think About Before You Do

Replacing your furnace may seem like the only solution when you are unable to get your heating needs. On the other hand, it’s not the answer to all heating problems. Sometimes, complex problems have simple solutions and problems that look very small may need big solutions. It’s hard to tell right away what needs to be done, particularly if you don’t have professional experience in furnace maintenance. If you want to make certain that you are doing the right thing, here are 3 things that you can think about before replacing your heater.

When was the last time I had my furnace checked?

If you can’t remember your furnace being checked by a professional for the past ten years, there is a possibility that it needs to be replaced. On the other hand, if your furnace has just been installed a couple of months ago, you need to have it inspected immediately to see what options are left. You wouldn’t want to replace your furnace right away, especially if it is still covered by warranty.

How many times was my furnace fixed in the past?

If your furnace always needs to be fixed, you may want to look for better options in the market. Avoid going with cheap deals without looking at reviews. It’s hard to invest on something that you will have to replace after a short period of time. Choose from quality furnace brands and create a budget plan when buying one. When you invest on a good furnace, you can have peace of mind knowing that it will last for many years.

Did an expert confirm that my furnace should be replaced?

If you don’t have enough knowledge to decide whether your heating device needs to be replaced or not, you need to call an expert to help you out. It will be easier to get something that you know you need, rather than keep guessing without really understanding what’s going on. When you call us to discuss your furnace replacement options today, you can also get tips about furnace efficiency and how to keep your furnace in good condition.

What Is The Difference Between Manual And Electronic Thermostat Controls?

If you have an older home or have been in a house you bought new for more than a few years, you may still be operating with a manual thermostat. You may be regularly going to the unit to change the temperature setting while dreaming of the programmable electronic thermostats your neighbors are enjoying.

They likely also are enjoying some significant energy savings. This is because their electronic thermostats do the work of controlling indoor comfort for them by switching to pre-set temperatures as pre-set times. This automation allows for cost savings by reducing energy use when not needed, even if the homeowner forgets to turn the setting down before they go to bed or leave for work.

Manual thermostats still are popular because they are more familiar to most and typically are cheaper than electronic thermostats. Manual units come in two types: digital and mercury. The mercury variety uses a coil that will contract and expand with temperature changes. Many states and other government agencies are restricting or banning mercury use, however. Also, mercury, over time, can become un-calibrated and not respond accurately to temperature changes.

Either version of anual thermostats, as the name suggests, must be operated manually to change the temperature setting. Programmable electronic thermostats allow you to program temperature and time pre-sets into the unit’s memory. They can be programmed daily for those with uncertain schedules or for a five-day and weekend schedule.

Programmable thermostats can come with vacation overrides, which will keep temperatures at a minimal level if you will be gone for several days. Other features can include automatic switchover between heating and cooling, a keypad lock to prevent unwanted changes, battery indicators, seasonal automatic change-overs, and a filter change indicator. An energy monitor is a feature that keeps a record of how many hours your system needed to be operating under your settings. This will allow you to see if you need to alter the settings to conserve more energy.

Electronic thermostats have proven they are a good way to reduce energy costs for homeowners. The issue is finding one with the features that will suit your individual needs. Call us to learn more about home thermostats or to install a new programmable thermostat today.

Technological Changes To HVAC Systems: Is It Time To Replace Your Old AC?

If you are thinking of replacing your old HVAC system with a new one, then this is the right time to do it. This is mainly because modern systems have undergone extensive technological changes, designed to improve efficiency. Before you buy any new AC system, it is important that you first understand your options and how they can benefit you. This article highlights some of the most recent improvements made to HVAC units.

Energy Consumption

One of the areas that have seen changes in HVAC systems is electricity consumption. Up until recently, HVAC systems would consume up to 6,000 watts worth of electricity every hour. This meant that you had no other option but to pay high electric bills from regular use of HVAC units. However, things have changed and there have been advancements in the way these devices are manufactured. A modern AC unit will consume as low as 1,710 watts per hour, significantly lowering energy consumption.

Environmental Effects

New HVAC systems make use of R710A refrigerant which does not use chlorine when cooling your home. Study shows that chlorine has harmful effects to the ozone layer, which in return affects the environment in different ways. Switching to a new HVAC system ensures you play your role in protecting the environment from depletion.

Diagnostic Software Tools

The importance of performing maintenance services to any modern unit cannot be overstated. With regular maintenance, your unit is able to perform in optimal condition, saving you money on repairs and keeping your home or office comfortable. New HVAC units make the task of maintaining the system easy. With the diagnostic software tools installed on new HVAC systems provides you with information on all the components in your unit. This way, you will be able to perform maintenance whenever it is necessary.

There are many more technological changes made to new HVAC models and all of them aim at improving your experience with air conditioning units. If you are planning to buy a new system and are lost for choice, call us and we will be able to assist you make an informed decision as far as heating and cooling technology is concerned.

Enlighten Yourself On Carbon Monoxide Poisoning

What is carbon monoxide poisoning? Well, ‘Silent Killer’ is a phrase which aptly describes carbon monoxide as an invisible odorless gas that kills without warning. Carbon monoxide poisoning occurs when you inhale this gas and it enters your bloodstream via the lungs when it is absorbed by oxygen carrying red blood cells. The major concern for health experts is that since the side effects can be easily confused with symptoms of other health problems, a lot of people can take for granted what they feel occasionally and sweep nausea or dizziness under the rug. However, the fact that over 500 people die every year due to carbon monoxide poisoning means that awareness needs to be raised, and quickly.

Where Does This Gas Come From
This poisonous gas comes from carbon based fuels. When different carbon based fuels are burnt for the energy they emit, the combustion process produces this gas as a byproduct. Known sources are the exhaust pipes of motor vehicles, fires, smoke fumes from motor engines, water heaters and stoves that function on gas; generally anything that uses carbon based fuel.

Symptoms
Basically, when you inhale carbon monoxide it enters the lungs. Just like oxygen entering the lungs it is absorbed into the bloodstream, however, it is absorbed faster than oxygen. Oxygen is an important element when it comes to breathing and body processes like cell division and growth. However, if red blood cells are carrying less oxygen than your body requires certain side effects tend to show, like:

• Dizziness
• Headache
• Chest pain
• Drowsiness
• Fainting
• Shortness of breath
• Nausea
• Vomiting

Get Treatment
Treatments for these symptoms are primarily aimed at expelling carbon monoxide from the bloodstream. This is best achieved by getting an overdose of oxygen from a gas mask. The oxygen will breakdown the carboxyhemoglobin that would have formed as a result of the combining of the hemoglobin in the red blood cells and carbon monoxide. A hyperbaric chamber is used instead of an oxygen reservoir tank if the poisoning is severe. Hyperbaric therapy is normally used to direct oxygen straight into the body tissues.

Knowing is a way of taking care of yourself. Who knows, the next time you feel dizzy it might actually be monoxide poisoning, so at least you know what to do.