Are you someone who's sick of power outages making your work or home life frustrating or annoying? If yes, you might want to consider investing in a home backup generator. But before you do, there are a few key facts you need to be aware of. From important safety tips to buying the right size for your needs, this blog post will cover all the essential information you need to know before buying a home backup generator. Read on for a complete breakdown of everything you need to know about this must-have tool for any power outage.
A home backup generator is a device designed to provide temporary emergency power in the event of a power outage. Usually powered by gasoline or diesel, it acts as an alternative power source while the regular electrical supply is disrupted. Homeowners may purchase and install a generator in their homes to protect themselves from extreme weather that can knock out power for days at a time.
There are pros and cons to owning a home backup generator. On the plus side, having one on-hand ensures that electricity will continue to flow during a blackout, allowing homeowners continued access to essential items like refrigerators, sump pumps, and heating/cooling systems. A generator also provides peace of mind in knowing that residents will still have light, water, and phone service even if the grid fails.
On the downside, generators can be costly, especially if they run on gas and need their fuel tanks refilled regularly. Generators also require manual operation when power is lost and maintenance over time to ensure reliable performance—they should be tested regularly and serviced professionally. Additionally, some models can create noise levels deemed unacceptable by local government entities and tie up resources like natural gas lines preventing them from serving other customers during an emergency situation.
Before purchasing a home backup generator, homeowners should weigh these pros and cons carefully. Having information about different types of generators best suited for their homes will help them make an informed decision on what type of generator might be right for them. With that in mind, let’s look at the different types of home backup generators available today.
When looking for a home backup generator, the two main types to consider are permanent, which are connected directly to the home's electrical system and provide continuous and uninterrupted power without manual starting, and intermittent ones, which provide backup power only during an outage but require manual starting and regular refueling. Factors to consider when selecting a generator include needs, budget, fuel efficiency, output capacity, noise level, size, and installation requirements. Permanent and intermittent generators will be discussed further in the next section.
When it comes to purchasing a home backup generator, one of the most important decisions that you will have to make is whether to purchase a permanent or an intermittent generator. Permanent generators are larger and require more expensive installation costs, as they are installed in their own dedicated space on your property. They continuously monitor the power grid and start up automatically if necessary and run until power is restored. Intermittent generators, on the other hand, are smaller and easier to install, though they may need to be kicked into action manually when needed.
The primary argument in favor of selecting a permanent generator revolves around its reliability. With this type of generator, you don't have to worry about starting it up during a blackout because it will start running automatically when the power goes out. This means there is no risk of relying on someone remembering to kick-start the generator during a blackout. In addition, since the machine runs continuously throughout the day, these types of generators require less maintenance for optimum performance.
One of the common arguments for an intermittent generator is that it is much less expensive than permanent models. Plus, considering its smaller size, it can easily be transported from place to place if necessary - making it convenient for those who often move locations frequently or take trips in their recreational vehicles. However, its main downfall is that someone has to remember to start up the generator during any power outage and must also check that the fuel tank levels are consistently maintained.
Overall, the decision between permanent vs intermittent generators boils down to individual preference and budget availability when it comes time to purchase one. Those looking for convenience and fewer maintenance issues should opt for a permanent model, while those looking for an economical solution might be better off with an intermittent one. Regardless of which type you choose, getting a home backup generator is an important way to ensure safety no matter what kind of natural disaster may threaten your area.
Now that we've discussed the two major types of generators available for use at home, let's move on to our next section about fuel types and how they affect your decision-making process for purchasing a home backup generator.
A primary choice for home backup generators is the fuel type. Homeowners have a range of options to choose from - gasoline, propane, diesel, natural gas and even solar. Depending on availability and budget, each one offers advantages and drawbacks.
Gasoline has been a popular choice due to its affordability. Gasoline generators are also known for being portable and relatively easy to maintain because they require less service than other types of generators. However, it is important to consider that gasoline is not as efficient as other fuel sources and needs to be replenished more often. Additionally, it can introduce air pollution into the environment due to emissions.
Propane generators are more expensive but provide a longer runtime due to their higher energy density and lower emissions output than gasoline. Propane produces very little exhaust fumes, making it an environmentally friendly option. The downside is that it requires specialized storage tanks, making it difficult for some homeowners to incorporate it into their home backup generator system.
Diesel engines tend to be more reliable and durable as well as quieter than other types of fuel sources, but may not always be available in all areas. Additionally, diesel engines are typically larger than gasoline models, making them less ideal for certain home environments with limited space such as those with smaller outdoor areas or decks where the noise might interfere with neighbors' or homeowners' eardrums!
Natural gas is another solid option that requires no refueling; all you need is a utility connection and this type of fuel will keep running until power is restored if there is an outage. It's an inexpensive alternative when compared to other fuels since typically a homeowner won't need additional storage tanks as propane systems require, but on the flip side, natural gas-powered units are usually larger than gasoline or propane models, so they require more space for installation.
Solar-powered generators offer the most straightforward setup since no additional fuel sources are needed - just daytime sunlight! However, they are quite expensive upfront compared to other options and their efficiency depends on how much sunlight they can access, so their performance may vary depending on your location and time of year.
Regardless of which fuel source you choose for your home backup generator system, consider whether you will have access to refueling supplies or whether tank storage options are available on-site before making your purchase. Also, remember to factor in other costs associated with ongoing maintenance over time for whichever type of fuel system you choose. Now that we've discussed the various fuel types available for home backup generators, let's move on to discussing generator size and power supply in our next section.
When deciding on a generator's size and power supply, there are several factors you need to keep in mind. Primarily, you want to ensure that your generator is able to meet the requirements of your home in terms of both wattage and voltage. While most home backup generators are designed for residential use, it’s important to assess your individual needs and choose a model accordingly.
When selecting a generator, the total wattage required for all connected devices must be taken into account. Generators typically come with rated capacities ranging from 6,000 to 17,000 watts or more, depending on the model and make. You may also need to consider other variables such as starting wattage/surge wattage, voltage (usually 120/240 volts), amperage, frequency (usually 60 Hz) along with dimensions and weight of the unit when determining the ideal model for your home.
It is also important to note that some larger appliances require more wattage than others. For example, an air conditioner might require upwards of 2,000 watts while a refrigerator might only require 400 watts or so. This means that prior to making your purchase, you should make sure you know exactly what electrical items you plan on running off the generator – as this will help you determine how much power capacity you need from your home backup generator.
Understanding what size and type of generator you need can be tricky, but doing your research ahead of time can go a long way toward providing peace of mind during power outages and emergencies.
Safety is a major concern when purchasing and installing a home backup generator. Portable generators are designed to provide emergency power and reduce downtime in the event of an outage. However, they must be used with caution. Generators should never be operated indoors, as carbon monoxide gas can be deadly. If you do decide to use a portable generator, it should always be kept outdoors and a carbon monoxide detector installed near the unit so that if any leaks occur, they are detected quickly.
When using an automatic transfer switch for permanent, permanently installed generators, all wiring should meet National Electric Code (NEC) standards and local regulations. An incorrectly wired transfer switch can damage electrical components in the house, leading to a potential fire hazard. It is recommended that trained professionals handle all wiring associated with the generator. This includes not only the installation of the generator itself but also the necessary circuits and outlets it will be powering; both should be safely connected to minimize the risk of interference from nearby electrical sources such as communication lines and power lines.
It is important to remember that generators produce large amounts of electricity and should be treated with extreme caution at all times. All local codes and laws pertaining to home generators should be followed as well as the manufacturer’s guidelines for proper usage and maintenance.
When considering safety considerations, it is important to keep in mind that while having a home generator can provide peace of mind in the event of another power outage, it is essential to properly research all regulations, codes, and requirements before making a purchase or installation decision.
To ensure the most secure environment possible when operating a home backup generator, it is best to contact qualified electricians or other certified professionals to confirm compliance with safety regulations and ease worry around potential hazards of improper use or setup. With these safety precautions taken care of, you can proceed confidently into the next section about life expectancy when buying a home backup generator.
When it comes to home backup generator facts, one of the most important factors to consider is the life expectancy of the product. The general life expectancy range for a home generator varies based on the type and model that is chosen, with some models boasting a lifespan of 10 – 20 years. This estimate is related to regular maintenance and proper care, as any major component breakdown will shorten its life significantly.
At the opposite end of the spectrum, there are cheaper models that may only last 5 – 7 years with proper maintenance and use. It’s important to research what type of warranty is being offered by the manufacturer or supplier. Additionally, many stores offer extended warranties and service contracts to help protect your investment by providing additional coverage if something were to go wrong outside of the manufacturer's warranty period.
Another factor related to the life expectancy of your generator is how often you use it. If a backup generator is used in emergency power outages more frequently than anticipated, its useful life will be significantly reduced due to parts wearing out sooner. Inversely, if you keep up with regular maintenance and frequent testing, you can expect your generator to have a longer service life.
It’s essential that upfront research and smart shopping be done before purchasing a home generator to ensure you are getting the best bang for your buck in terms of longevity. With careful attention paid to warranty coverage, regular maintenance, parts replacement, and usage capacity, you can feel confident about extending your generator’s expected service life as much as possible.
Having considered these tips when making your final decision, we reach our conclusion: life expectancy is an important factor when selecting a home backup generator system. In our next section, we will discuss how to make a thorough evaluation in order to come to the right conclusion when selecting the perfect home backup generator system for your needs."
By taking the time and doing your research before buying a home backup generator, you can ensure that you get exactly what you need for your home. By learning about the different types of generators available and determining which features are important for your needs, you can make an informed decision when it comes to the right model for you.
One of the main things to consider is whether or not a standby or portable generator is right for you. Standby generators are permanently attached to your home and run on natural gas, diesel, or propane, while portable models are powered by gasoline and are suitable for small backup power needs. Both have their advantages depending on the situation, so it's important to do research on both types of generators to determine which one is right for you.
It is also important to think about the noise levels generated by different types of generators, since this could be an issue if you have neighbors nearby or live in a densely populated area. Standard-size standby generators tend to be quieter than portable generators, which can vary from very noisy to moderately quiet depending on their size.
Finally, knowing what type of fuel source is needed for the generator and how much power output capacity that is recommended for your needs can help narrow down the list when deciding which generator will work best for your home.
Overall, there are several factors that go into making an informed decision when selecting a home backup generator. With some research and consideration into what type of power solution would work best for your home, you should be able to ensure that you pick the perfect model.
No matter which type of home backup generator you choose, it's important to understand all your options before making a purchase to ensure you're buying the best system for your home. Need help? Call the experts at Ingersoll’s AC & Heating at 251-928-9392 today for an appointment!
An HVAC tune-up is a comprehensive inspection and maintenance service for your heating, ventilation, and air conditioning (HVAC) system. A tune-up can help identify and repair minor issues before they become major ones, resulting in savings in time and money. HVAC tune-ups are carried out by professional HVAC technicians and are typically recommended once or twice a year.
There are significant benefits for homeowners maintaining a regular schedule of HVAC tune-ups and repairs. Consider the following:
In order to ensure that you get optimal performance from your HVAC system, experts state that all units should receive a professional tune-up at least once a year. That recommendation is supported by the fact that 95% of all units that are maintained rarely experience a breakdown and do in fact last longer. Most HVAC companies will offer their customers a scheduled maintenance plan to make this easier to remember.
The less your air conditioning, ventilation, and heating system has to work, the lower your energy bills will be. In fact, a tune-up can reduce heating and cooling costs by up to 10%. According to the U.S. Energy Information Administration, the energy used by an HVAC system represents more than half of your household energy use. It only makes sense to arrange for routine HVAC maintenance that can reduce its energy use--and your utility bill--significantly.
A tune-up can extend the life of an HVAC system by up to 15% and reduce the risk of breakdowns by up to 50%. When your HVAC system was installed, it probably came with a manufacturer's warranty. The warranty is usually five- or ten-year coverage, which represents a big investment in complex equipment. It gives you peace of mind knowing that if the system breaks down the manufacturer will back up their equipment.
However, manufacturers require certain actions on the part of the owner. One of those requirements is a regular HVAC tune-up. Don’t take the chance of invalidating your warranty because you didn’t maintain and care for your HVAC system as required. The replacement of an HVAC system is a big expense, especially if it could have been avoided.
A properly maintained HVAC unit will keep the air in your home clean and a tune-up can improve air quality by up to 40%. During a professional tune-up, filters will be replaced to keep pollutants like mold, viruses, bacteria, pollen, and dust from circulating in your home. If added air purification systems like UV lights and air scrubbers aren’t maintained, these contaminants can sometimes be higher inside the home than you find outside.
The Consumer Product Safety Commission reports that if you see condensation on windows or walls, moldy areas, or notice smelly or dank air, your home may not have adequate ventilation. An HVAC tune-up checks for these problems and corrects them before your family becomes ill or damage is done to the home.
When a furnace malfunctions and built-in safety measures fail, carbon monoxide poisoning is a danger. A licensed professional who has the experience and training will make sure the equipment is working properly. This gives you the peace of mind that all the occupants of your home are safe.
Properly working HVAC systems are not only for our comfort and convenience. They are critical during seasons of intense heat or cold. If air conditioners break down in the middle of the summer when temperatures and humidity are at their highest, small children, babies, or elderly people can suffer and even need hospitalization. Similarly, if the furnace breaks down in the winter, your family is put in danger from extreme cold. Having an HVAC system working at peak efficiency throughout the year is crucial.
Finally, HVAC fires and explosions are dangerous and often deadly. It is critical that your HVAC system is installed by a professional and maintained correctly to avoid the chances of dangers like gas leaks and fires.
As we saw above, the consequences of not getting an HVAC tune-up can be significant. Without regular maintenance, your HVAC system can become inefficient and unreliable, leading to higher energy bills, frequent breakdowns, and dangerous health risks.
An HVAC tune-up by a professional HVAC company ensures that your system is running as efficiently and safely as possible. It typically includes a thorough cleaning of all the system's components: air handler, blower, evaporator coils, air filter, and condenser.
The technician will inspect the system for any signs of wear and tear, check for refrigerant levels, and clean or replace the air filters. They will also check the thermostat settings, check the airflow, test the system’s safety features, and check the electrical connections.
Your system will last longer, perform better, provide the best air quality possible, and lower your energy costs significantly with regular servicing. Setting up a scheduled maintenance plan from a reputable company like Ingersoll’s AC & Heating is a responsible way to make sure your HVAC system is ready to keep your home comfortable and safe all year round. Call us today for an appointment!
You rely on your HVAC system to keep your family comfortable year-round, and the best way to do that is to maintain it regularly. Small problems are identified early to prevent big, expensive breakdowns later, which usually happen at the worst possible times. In fact, 90% of HVAC problems are caused by a lack of HVAC maintenance.
Here are five maintenance tips to prevent the most common HVAC problems and keep the equipment up and running throughout the year.
Buying a new AC filter and then installing it takes only minutes. Yet, this task is often neglected. It’s unfortunate because it’s probably the most important thing you can do for the unit. In fact, a dirty air filter can reduce the efficiency of an HVAC system by up to 15%. That translates to higher bills and a system that may overheat. Put this job on your calendar each month!
After you change the filter, go outside and check for debris around the unit. The system will work harder than it needs to if it is blocked. Hose the fins down and get any gunk out of all the crevices. Use this time to make sure the unit is still level. If not, the refrigerants won’t be at the correct level, either, and this can lead to a problem.
Even one or two degrees make a difference in how long the unit runs. Don’t make it work harder than it needs to. Consider a programmable thermostat to ensure the temperature stays where you want it at any time of day. This will save you money and protect the system.
Clean ducts and air vents allow your HVAC system to work at peak proficiency. If the ductwork leaks or is blocked, the system works too hard and your energy bills will begin to rise. It also adds wear and tear to the system, so take some time to prevent this.
Use a vacuum cleaner extension to remove dust and dirt and pet hair in the ducts or around the vents. Or you may want to pay a professional to perform this service so you are sure that all the ductwork is clean and has no leaks. They can also make any repairs necessary ASAP.
Just like your yearly physical, an annual inspection of your HVAC system prevents small problems from growing into large, costly catastrophes. A professional will perform additional tasks that might be difficult for you to accomplish, such as checking the refrigerant levels, the airflow from the vents, the condition of the blower motor, the electrical connections for wear, and the drain line for blockages. This will protect your system and give you peace of mind.
By following the five tips outlined above, you can avoid many HVAC breakdowns. The next proactive step you can take is to pay attention to the following signs that things are not 100% right with the system.
Does the air in your home feel stuffy or sticky? The HVAC system removes humidity from the air and expels it as water through the drain lines. Have it inspected by a professional HVAC company.
Do you notice a burning, moldy, or musty smell? It might be a number of things and the HVAC system is one of them. It might be in a vent or the outdoor compressor (or neither), but you won’t know on your own. Be particularly careful if it’s a chemical smell. It might be toxic to your air quality and your family, so call right away for professional help.
Does it feel too warm in the house even though the thermostat is set at a summer comfort temperature? It might be the thermostat settings, so check that first. Then turn it all the way down to see if the HVAC unit kicks on. If not, it may be the system and not the thermostat. Call for help before the unit overheats or fails completely.
Is the HVAC unit rattling, squealing, or clunking? A belt or fan may be broken or a part may be loose. Trying to handle something like this is tricky and can be dangerous for you, so schedule a maintenance call with an HVAC expert as soon as you can.
Has your power bill suddenly skyrocketed? While there are many possible factors that could cause this, you’ll want to check your HVAC system. This is especially true if you’ve noticed any of the other warning signs as well.
Call Ingersoll's Refrigeration Air Conditioning & Heating today and set an appointment for a complete inspection of your HVAC system! Our HVAC technician has the tools and experience to do the job right!
Making sure our homes are prepared for winter is crucial as the temperatures drop and we begin to spend more time indoors. That means getting our HVAC unit and systems prepared for winter.
If you live in or near Fairhope, AL, here are ten tips to help you get your HVAC system ready to face the elements this winter:
A broken furnace can lead to an uncomfortable winter in Alabama. It might be time for a replacement if your furnace is older than 15 years. It can cost you around $2,000 to $6,000. But the energy efficiency of a modern furnace will enable you to reduce your energy costs. You should also have a professional service for your furnace to ensure it is in good operating order.
Low levels of insulation mean that your HVAC system will have to work harder to keep your home at a moderate temperature. This can lead to higher energy bills and wear and tear on your system. To avoid this, check your insulation levels and make sure they are up to par. You have the option of doing this yourself or hiring an expert.
Your home's heating and cooling system is one of its most important components - ensure it's in good condition this winter! A malfunctioning HVAC system can cause discomfort and even frostbite, so it's important to check your system regularly. Here are a few tips to keep your HVAC system running smoothly:
A clogged filter can reduce airflow and lead to overheating. Many homeowners in Alabama take for granted the importance of checking their HVAC filters regularly, but doing so can help avoid costly repairs or system downtime in winter.
If water is seeping from any part of your HVAC system, fix it immediately! Leaks can lead to serious damage and costly repairs.
Giving your equipment annual or bi-annual tune-ups is essential if you want to save money on more costly maintenance and repairs in the future.
Your system will function more effectively if your air filter is clean and may also enhance the air quality inside your home. Replace air filters when the manufacturers' recommendations are met.
Ensure that the temperature on your thermostat is set to a level that is comfortable for you.
Following these simple tips can help ensure that your HVAC system is ready for winter.
Your HVAC system works best when the venting and ductwork are clean and debris-free. To prepare your system for winter, start by cleaning out the vents and ducts. If your ductwork leaks, it can cause your system to work harder than it needs to. This can lead to higher energy bills and premature wear and tear on your system. You can use a vacuum cleaner with a brush attachment to remove dust and dirt. You may also want to remove pet hair from the vents and ducts if you have pets. Once you've cleaned the vents and ducts, check for any blockages or leaks. If you find any, repair them before winter arrives.
Ensure your system is working properly by regularly checking the temperature and pressure gauges. Call a qualified HVAC technician for inspection and repair if you notice any unusual readings or if the system appears to be not functioning correctly.
If your furnace or air conditioner suddenly stops working, it could be a sign of a serious problem. If your HVAC system is making odd noises or if it starts blowing un-scheduled hot or cold air, you should call a professional right away. These could be signs of a system failure that could lead to a costly repair or replacement.
If your windows and doors are drafty, your furnace will have to work more to keep the house warm. It's important to ensure your home is well insulated against the elements via weatherstripping, tightly sealed windows, etc. If you feel a draft coming from any of your doors or windows, you can use weather stripping or caulking to seal up the gaps and keep the cold air out.
It's important to inspect your chimney and flue for blockages before the winter season. Blockages can cause your HVAC system to work harder, leading to higher energy bills. To avoid this, look at your chimney and flue before the cold weather hits.
Adding insulation to your home is one of the best ways to add comfort and winter-proof it. Not only will it help keep the heat in, but it will also reduce your energy bills. There are several ways to insulate your home, so be sure to talk to a professional to find the best option.
Having your furnace serviced by a professional before the winter season is important. This will ensure that your furnace is running efficiently and safely. A professional can also spot any potential problems and make repairs as needed.
If you're unsure whether you should tackle winterizing your HVAC system or hire professionals, here are a few things to consider. Suppose you're comfortable working with tools and are confident in your ability to follow instructions. In that case, you may be able to do it yourself. However, it's always best to hire professionals if you're unsure what to do. They have the experience and expertise to finish the job quickly, correctly, and efficiently.
If you decide to hire an HVAC company, there are many service providers in this area. But, you should never compromise quality. Ingersoll AC holds customer satisfaction and integrity as our main priorities. For a long time, we have been doing business, right here in your neighborhood, paying attention to the details when it comes to air quality solutions.
We have very skilled technicians on our team who will provide you with quality service, in a timely manner, on an affordable budget. If you have any issues with your HVAC system, want a regular checkup, or need assistance with installation, make the right call and contact Ingersoll today. We will be at your door before winter comes!
We have been helping homeowners and businesses in Baldwin County and the surrounding areas for over 50 years. This experience has given us plenty of insight into knowing when to replace range hoods.
Keep reading to learn more about when it is time to replace your vent hood.
The following sections will explain scenarios and will provide advice as to when you should replace your kitchen's range hood.
Exterior damage on a vent hood, such as dents, cracks, or rust, means it is time for a replacement. Not only is a damaged range hood unsightly, but it can also prove as a safety hazard.
If the interior of your range hood is damaged, it can be a severe safety hazard. The interior of the range hood is where the heat and smoke from the stove top are vented. If the interior is damaged, it can cause heat and smoke to escape into the kitchen.
And if you do not manage your kitchen air, it could leak into areas with customers.
Interior damages to your vent hood can come from too much grease in your hood. The grease accumulation in your vent hood can be a fire hazard. If you don't have a good ventilation system, it can also be a health hazard.
If the color of your range hood has changed over time. Not due to the natural patina of copper, but due to the exposure to smoke and grease buildup.
Upgrading to a high-quality range hood will not only fix the issue, but will also improve your hood's durability.
Signs that your range hood is no longer functioning right include:
Another way to tell if your range hood is not working correctly is if it is not sucking up all the smoke and grease from your cooking.
If you notice that your range hood is not performing as well as it used to, or if it seems like it is not working at all, then it is time to hire a professional to inspect your hood.
If your restaurant has more customers to cook for, you will need to replace your vent hood. This is because your current vent hood will not be able to handle the increased volume of cooking that will be taking place.
An out-of-date system may have to work more to move the same amount of air, resulting in higher expenditures. You may need to replace your system to get your energy costs back to acceptable levels.
The circuit board is a thin plate that contains a pattern of interconnected electrical components and conductors. If you have circuitry damage in your vent hood exhaust, it can cause a fire.
The best way to avoid this is to have a professional inspect your vent hood regularly. If they notice any issues, they can replace them and prevent your business from having to endure downtime.
A vent hood with a lot of loud sounds often indicates that the fan blades need a good cleaning. If you do not clean your blades, they will eventually become unbalanced and cause the motor to overheat and shut down.
It can also signify that your fan motor is having issues.
It is usual for your appliances to make a lot of noise when used on the highest fan settings. But if it makes noises on lower settings, you will likely have problems.
In some scenarios, you could have a commercial hood repair specialist fix it. But in some instances, repairs are not enough. And you will need to get a new vent hood.
These sections will cover frequently asked questions about kitchen ventilation hoods.
You can test your exhaust hood by turning it on and holding a piece of paper up to the vent. If the paper flutters, then the hood works properly. If the paper does not flutter, the hood is not working correctly.
A kitchen hood fan lasts an average of 10 years.
We offer commercial refrigeration, HVAC, and hood installation and maintenance services throughout the following areas:
Call (251) 928-9392 to learn more today. Or you can enter your details into our contact form to find more information about our services.
A few signs that it’s time for A/C replacements include aged units, higher energy costs, and strange sounds. Keep reading to learn more.
We have been helping homes and businesses in Baldwin County and the surrounding areas for over 50 years. That has led us to assemble this list of common signs hinting that it’s time to replace your air conditioner.
The following points will explain each sign, how it could impact your business and home, and whether it means you’ll need an A/C replacement.
Let’s begin.
Higher energy bills from air conditioners could indicate your system requires a repair, cleaning, or is nearing the end of its use.
Unless your energy usage habits have significantly changed, or if there are price hikes, you should not see a spike in your energy bill.
First, have a technician inspect and clean your A/C. From there, you can determine whether a replacement is necessary.
Energy.gov suggests replacing a 10-year-old air conditioner with a more efficient model can save you 20-40% on your energy bills [1]. That is because older systems use single-speed ventilation systems.
Two-speed and variable-speed air conditioning systems offer much more efficiency than their older counterparts.
While this factor doesn’t demand a replacement, it could help you save money on your energy bill.
An air conditioner over 10 years old will likely use Freon, a refrigerant. In 2020, the federal government banned the manufacturing and importing of this chemical due to environmental concerns [2].
So if your A/C runs out of Freon, you will have a difficult (likely impossible) time finding it.
A clogged drain pipe, dirty air filters, or low refrigerant levels can all lead to water pooling around your air conditioning system.
Have a contractor inspect your unit to see whether any of the above is the culprit for your issue. From there, you can weigh the costs of repairing your unit versus replacing it.
Humming and rattling sounds from your air conditioner could mean that your A/C has a blown compressor. And with a blown compressor, that means your air conditioning hardware could fail.
Or it could mean there’s an electrical problem in your A/C. Don’t procrastinate on this issue. You’ll want to contact someone immediately to find the culprit.
Otherwise, you may yourself without AC and waiting on a technician during a scorching Alabama summer.
You should not have to deal with frequent air conditioner repairs throughout the year. If this is the case, you may not have had regular A/C tune-ups. And it could signify that your A/C’s time has come.
These continual repairs may add up and cost more than replacing the unit with something more efficient.
Common abnormal smells a malfunctioning air conditioner can let out include:
These scents may only mean you need a repair. But like the abnormal sounds, you should consider contacting an A/C specialist ASAP. Even if these issues are minor, you could put your household or business in danger.
If you have a damaged electrical component or a refrigerant leak, you will want to consider a replacement A/C unit.
Whether you need an A/C replacement or repair, Ingersoll Refrigeration can help. We help businesses and residents in Fairhope, AL, and the surrounding areas with heating and air conditioning maintenance, repair, and installation.
Learn more about one of the top names in Fairhope. And once you’re ready for a free estimate, call us at (251) 928-9392.
Or you can use our contact form.
Issues with commercial refrigeration (or outages) can cost companies millions of dollars per hour because of downtime. That is why you should troubleshoot immediately once you notice something off with your fridge.
Common commercial fridge repair issues that you may encounter include:
Keep reading to understand troubleshooting commercial refrigeration systems.
Sometimes, your bottle fridge or food refrigerator may not cool your perishables. First, check whether your appliance is at least a couple inches away from the wall. Or whether it has adequate airflow behind it.
Because without proper airflow, you will rapidly wear down your device’s gaskets.
You will also want to check your temperature gauge. It may have malfunctioned. Grab a thermometer and double-check your commercial fridge’s temperature.
If the above areas are not the issue, check your fridge vents. You may have a blockage that is causing problems with cooling your perishables.
Your commercial refrigerator may not power on despite you switching the power switch on. Unplug the fridge, find a voltage detector, and test the wall outlet’s voltage. You will also want to check the ground wires.
Doing so will help rule out potential issues with the wiring.
Whether your voltage detector notices any issues, you will not want to tackle refrigeration power issues yourself. You will need to hire a local commercial refrigeration repair specialist. Otherwise, you risk employee hazards or permanent damage to your appliance.
Dirty or malfunctioning evaporator fan coils can lead to ice buildup within your commercial fridge. Follow these steps to clean your refrigerator coils:
Do not leave your fridge unplugged for too long. Food exposed to temperatures 40 to 140 F and above can breed bacteria within 20 minutes. Whereas, food exposed to 90 F will breed bacteria within an hour.
Ensure you use a sense of urgency when cleaning your coils. However, cleaning your coils should not take long. At least less than 30 minutes.
If cleaning your coils does not improve your fridge’s state, clean your evaporator’s drains. Your user manual should tell you how to do this. Because each model’s evaporator coils may require a different cleaning method.
Pay attention to the sound your refrigerator makes. Loud buzzing or humming noises could result from compressor failures.
Meanwhile, gurgling, rattling, and clicking likely mean you have issues with the following:
There is not much you can do yourself in this scenario.
If you hear these noises, call a commercial fridge technician immediately. Otherwise, you may have to shut down your fridges temporarily. And if that happens, you will likely lose a lot of money because of downtime.
Ensure you replace LED lights in your fridges with manufacturer-approved bulbs. Otherwise, you may run into future lighting issues with your fridge.
If you are unsure what type of lights your manufacturer recommends, check the fridge’s manual. And if the manual does not help, contact the manufacturer’s customer service and ask whether they can provide the information you need.
Do the lights still not work? You may have wiring issues. You will need to contact a commercial fridge repair specialist.
If this commercial refrigeration troubleshooting guide did not help, you might need to consider hiring help. Ingersoll offers commercial refrigeration repair in Fairhope, Alabama, and Baldwin County. Contact us now to learn more about how we can help.
Or call us at (251) 928-9392.
Generators can save your life, but only when they are used properly.
As recent tragedies in Louisiana and Texas have shown, improper use and inexperience with generators can make them extremely dangerous. If you don't understand what you are doing, electrocution and carbon monoxide can be life-threatening dangers.
Generator manufacturers will warn you repeatedly about the dangers associated with carbon monoxide poisoning. Unfortunately, every year, there are reports of deaths of people who use their generators too close to their homes or garage. Manufacturers aren't joking. Your generator cannot be run in your garage even when you keep your doors open. Even so, you can't run it inside your home. Yes, it's not easy to move the unit from your house or use longer extension cords. Yes, it will be difficult to refill the unit. However, it's better than the possible disastrous alternative.
There are many articles on the Internet explaining how to "backfeed power into your home using a dual male-ended extension cord. This is terrible advice, and you should not follow it. Backfeeding is illegal, and with good reason. Every year, it can and does cause the death of family members, neighbors, and power company workers. A transfer switch is a cost-effective way to get rid all your extension cords. Then hire an expert to install it. This is the safest alternative to multiple extension cables. Period.
The generator fuel tanks are placed on top of the engine to "gravity-feed gas" to the carburetor. If you spill gas while refueling your hot generator, this setup can quickly become a disaster. Imagine this: If you pour fresh gas on a hot engine, and it ignites it, there are eight additional gallons of gas above the fire. Talk about an inferno! Injuries caused by this mistake have been common over the years. It's easy to spill if you don't have a flashlight and refill at night. You can survive without power for only 15 minutes. So, cool down while you wait.
Local residential fire codes restrict the amount of gasoline that you can store in your house or attached garage. Usually, this is 10 gallons. To cut down on refills, you might be tempted to purchase a large gas can. Don't. You can't safely store 60 pounds of gas at 6 pounds per gallon. You also have a higher chance of filling your generator tanks with too much gas. Buy two high-quality 5-gallon cans. You might also consider purchasing a steel gas can with a trigger valve, which is more expensive.
Many small generators come with "splash" oil lubrication systems that have crankshaft "dippers" which scoop up oil and spray it onto the moving parts. This system works best if the unit is placed on flat ground. If the generator is parked on a slope, the dippers won't reach enough oil, and the engine parts will dry out. This is a recipe for disaster. Pay attention to the warnings of your manufacturer and ensure that your generator is placed on a level surface. Make sure you have a level place. This advice is valid even if your system has a pressurized lubrication system.
After 25 hours, most generators require their first oil change. You'll need to empty the old oil and refill it every 50-60 hours. Extended outages can cause your generator to run for too long without needing an oil change. After a major storm, don't expect to find the right oil filter for your generator. Buy extra oil and filters before the storm comes.
Generators can be loud so it is best to keep them away from your home. This is fine as long as the extension cord you use is 12-gauge and outdoor-rated. Even a 12-gauge cord can have its limitations. The maximum length from the generator to your appliance should not exceed 100 feet. An appliance motor or compressor that is subject to voltage drops can fail prematurely if it is run for longer periods.
Prevent Theft
The only worse thing than hearing the engine roar outside your bedroom window is the silence that follows the theft of your generator. Digging a hole, securing a grounding rod, and attaching an eye hook in cement will provide security. The whole thing should be enclosed in 4-in. Attach a 4-in ABS or PVC drainpipe with a screw-on cleaning fitting. Next, chain your generator to the anchor and lock it. To secure your chain, you can use ground anchors if you don't wish to put a concrete pier. Ground anchors can be purchased at your local hardware store.
Avoid Running Out of Gas
Some low-cost generators that have economy voltage regulators can continue to produce power until the generator runs out of fuel. However, this can cause the generator's residual magnetic field to be drained by the house's electrical load. Of course, it will start up if you fill it with fuel, but it won’t produce power. It will need to be taken to a shop to have it repaired by a professional at a cost. To avoid the hustle, switch off the electrical load and turn off the generator before it runs out of fuel. Allow it to cool. Refill it, then turn it on again and reconnect the load.
Bad Fuel Can Stop You in Your Tracks
All small gas-powered engines with small displacements are susceptible to starting issues because of a lack of fuel. To minimize fuel breakdown, varnish, and gum buildup, every generator manufacturer recommends that a fuel stabilizer be added to the gas. However, they cautioned that this is not a guarantee against future problems. Many manufacturers and repair shops recommend draining the fuel tank, then running the carburetor dry. Once you have passed the storm season, run the engine until it stops. If the unit has a drain petcock for the carburetor, allow it to cool down before draining it manually. You can either dump the gas in your car or take it to a recycling center. Use fresh stabilized gasoline in your generator at all times.
To make sure that your generator is working efficiently, feel free to call our team of experts at Ingersoll's Air Conditioning and Heating Inc. at 251-928-9392.
Many homeowners are looking for ways to save money, the environment, or both. One way is to reduce energy consumption. You can improve the efficiency of your home, save the environment and reduce your utility bills by changing how you use appliances.
These are some ways to conserve energy and keep your cool when you get your next utility bill.
Your thermostat habits can help you save money on your annual energy bill. Avoid turning down your thermostat during the hot summer days as it will cause the house to cool more quickly. Air conditioners can cool your home by removing humidity. This takes some time. Because humidity isn't removed, lowering the thermostat will not make your home cool quicker. This will cause the AC to run longer to reach the lower thermostat setting point.
A smart thermostat will give you more control over the temperature settings. Smart thermostats learn your preferences and adjust your heating/cooling settings based on your behavior. The thermostat communicates with temperature sensors in every room and adjusts your home's heating or cooling settings to your desired levels. Smart home technology can reduce your energy consumption by approximately 10-20 percent per month.
The difference between indoor and outdoor temperatures will generally result in lower heating and cooling costs. You can experiment with your thermostat to find the ideal temperature for comfort and energy saving. When you are at home, set your thermostat at 25.5 C (the recommended setting point for the summer months), and then adjust the temperature by one to two degrees each time. While managing humidity, you want to set the temperature as high as possible in summer and as low in the winter.
Utilize Your Ceiling Fan
You can also save energy by using your ceiling fan to cool your home. To create cool air, run your fan counterclockwise as the summer draws near. If the temperature is hotter, you can use your ceiling fan to distribute cool air from your HVAC system throughout the home.
Ceiling fans are not only cool but can also save you money on heating. Running your fan clockwise during the cooler months can push warm air from the ceiling into the rest of your home, reducing the need for heat.
A ceiling fan can be used to heat or cool your home. It will help you reduce your monthly energy costs and keep your home comfortable. Make sure the fan is spinning in the correct direction to achieve your desired effect.
Check How Long You Shower and Update Your Showerhead
It is possible to cut down on water consumption by being aware of the time you are using the shower. Set a timer for each of your showers if this is a problem in your household. We recommend low-flow showerheads. Standard showerheads emit 2.5 gallons each minute while low-flow showerheads only use 2 gallons. These small adjustments can make a big difference in how much water you use and how much money you save.
Wash Clothes with Cold Water
Your washer uses more hot water per load than your dishwasher and shower combined. A wash cycle that rinses your clothes in cold water is one of the best ways you can conserve energy. Consider replacing your washer with an energy-efficient model if it isn't a high-efficiency model.
Hang your clothes to dry while you are at it to increase energy savings in the laundry area.
Manage Your Electronics
Small amounts of electricity are used by smartphones, laptops, and game consoles as well as chargers. This can increase electricity costs. Phantom power is the energy that devices use even when they aren't in use. It can make up as much as 10% of a home’s energy consumption. You can save on your energy costs by monitoring and unplugging electronics after they have fully charged.
Insulating Your Home with Shrubs and Plant Hedges
Like how trees shade your home in the summer, shrubs around your home can help protect your exterior walls from heat or cold. By creating an air barrier, shrubs and hedges act as windbreaks and insulate the exterior walls and spigots. Plant hedges that are suitable for your area at 30 cm from exterior walls to get the best results.
Cover and Close Your Windows in the Summer
Humidity can make your rooms uncomfortable and feel sticky. Central air conditioning units cool your home by removing moisture. Keep your windows closed in the summer months when it is more humid outside. If you open your windows, humidity is allowed in which will cause your air conditioner not to work as hard to cool the indoor temperature. For a home, the ideal humidity level is between 35-50 percent. To prevent heat loss in your home, close all windows that face direct sunlight during the summer months.
Upgrade Your Heating and Cooling Systems
Modern HVAC systems are more energy-efficient and less expensive to run, which can help you save money and energy. Renting a high-efficiency furnace, boiler, or air conditioner unit is advisable if your heating system is less than half-efficient or older than 15 to 20 years old. A high-efficiency replacement is recommended for AC units older than 13 SEER.
If you need help with making sure that your HVAC systems are running efficiently, feel free to call the experts at Ingersoll's Refrigeration Air Conditioning & Heating Inc today at 251-928-9392 or visit us online!
Regular maintenance and cleaning can save you money and prolong your HVAC unit's life. Poorly functioning or dirty air conditioners can lead to mold growth and other health problems such as asthma and allergy. Your Heating, Ventilating, And Air-Conditioning system will either include an AC furnace or heat pump which heats and cools. Both types have an interior unit, which is an evaporator or blower, and an exterior unit which is a condenser coil (or compressor). The instructions that we are sharing with you in this blog can be used for whole-home heat pumps or air conditioning units.
It is important to turn off all power to the unit. This is because of the dangers associated with working with electricity and moving parts. On the exterior condenser/compressor, look for an exterior shut-off box near the unit. You should also turn off the power at the breaker box.
2. Take Out All Debris
On the exterior condenser/compressor, remove the fan cage. Use a wrench or a screwdriver to remove the fasteners and lift the fan grill or cage from the top. Clean the interior of the unit by hand or using a vacuum cleaner.
To remove any dirt or debris from the outside, take off the outer covers. Next, spray the fins with a gentle stream of water from a garden hose. This will remove any dirt, debris, or buildup between them. The pressure washer can cause damage to the fins, so don't use it.
Use a commercially-available fin cleaning spray if your fins are very dirty. To do so, follow the manufacturer's instructions.
Any reduction in airflow through the fins could reduce efficiency. Use a butter knife to straighten bent fins or a commercially available fin-straightening device. You should be gentle to ensure that the tubing within the fins does not become damaged.
After you have finished cleaning, remove the fan cage. To ensure airflow, remove all leaves and debris from the condenser. To prevent debris from getting inside, cover the condenser's top with plywood or plastic during the winter months. You should not cover the entire unit. Moisture can build up and cause corrosion. A fully covered unit can encourage vermin to create nests within. When the unit is in use, remove any cover.
As the soil settles below the pad, it can tip over. A poorly-placed condenser can lead to premature compressor failure. Make sure the condenser unit is level and then use rot-resistant tools to get it back to normal.
It's now time to go inside. Locate the evaporator coil doors on the inside blower/furnace. In some instances, you may need to remove some foil duct tape and a few bolts. Inside, use a soft brush to dust off the coil, then spray the coil with commercially-available, no-rinse coil cleaner (available at home improvement stores). The spray will foam and then drip into your drain pan. Use hot water, soap, and some bleach to clean the drain pan. Pour a cup of 50/50 bleach/water down the drain. Place a drain pan tablet that is commercially available in the pan to keep it clear for longer. This will prevent future algae growth.
If the bleach solution drains easily skip to the next step. If the bleach solution drains easily, skip to the next step -- Cleaning the Evaporator Drain. If necessary, replace the door to the evaporator coil and seal it with foil duct tape.
The interior evaporator coil blows warm, humid air through it. The cold coil absorbs heat and cools the air before it is circulated inside your home. The humidity in the air condenses onto the cool surface of an evaporator coil and becomes liquid water. This water drips into a pan below. The water is drained into a drain tube, which is usually buried in a basement floor drain or outside utility sink.
Algae and mold build up over time and can cause a drain to stop flowing or become very slow. If the drain is plugged, it can cause flooding on the floor, or the system will stop cooling to prevent flooding.
Locate the drain line at the end of the evaporator coil enclosure. A 1-inch PVC pipe is used to drain the evaporator coil enclosure. It can be either white, gray, or black. It will drain to the end. The line will drain outside of the condenser unit. However, it may drain into a basement floor drain, utility sink, or down an exterior wall in the case of attic units.
Once you have located the drain, use a dry/wet vacuum to clean it. To avoid damaging the filter, it is best to remove the paper filter from your wet/dry vacuum. The drain line should be held in place by holding the wet/dry vacuum hose to it. Tape a rag to cover the gap. Turn the vacuum on for about 2 minutes, then turn it off. This will remove any biological matter that is growing from the vacuum.
Your HVAC system's filter should be replaced at least twice per year. One before the heating season starts and one before the cooling season starts. You may need to replace the filter more frequently if you live in an area with high dust content. You should always replace your filter with one that has the same airflow rating.
Find the location of the filter enclosure on your indoor furnace/AC, where the large fresh-air return duct enters. To open the filter enclosure's door, you may need to use a screwdriver. The old filter should be removed and the new one installed. Close the door and lock it.
These steps will keep your AC system in good shape. However, a qualified HVAC technician can perform certain maintenance tasks. A slow refrigerant leak can cause costly compressor failure. However, homeowners don't have the skills or tools to test refrigerant levels. A well-functioning system requires clean ducts as well as proper airflow. However, homeowners don't have the right equipment.
Although some AC maintenance can easily be performed by the homeowner, an expert technician should still inspect the system regularly. To make sure that your HVAC system is working efficiently, feel free to call our team of experts at Ingersoll's Air Conditioning and Heating Inc. at 251-928-9392 to arrange your routine maintenance.
