Safety Tips During Crazy Weather Patterns

crazy weather patters

HVAC System Pros released a safety-on-the-job-tips this extreme weather conditions

The HVAC SYSTEM PROS interviewed professionals around the country who are taking steps to handle unanticipated and severe weather conditions that may compromise safety. The Center for Disease Control and Prevention and the Federal Emergency Management Agency have supplied safety pointers and action products for companies and consumers who can be negatively impacted by this year’s weird weather condition.

One weather challenges that contractors are most familiar with is extreme heat. The record-breaking temperatures rolling through the country this summer are bringing the heat record on. When integrated with the humidity and other factors, the heat index is typically striking over 100 ° F and, according to, a break in these temperatures is not coming quickly.

Other dangers to record the national state these summers are heavy rains and flooding. The heavy rains in some parts of the nation are causing widespread flooding and the National Oceanic and Atmospheric Administration (NOAA) is forecasting that the flooding will continue. 

Dust storms, although a practically yearly event in Arizona, aren’t typically this big. The National Weather Service approximated that this dust storm reached a peak height of at least 5,000 to 6,000 feet. The day after the dust storm, local news stations reported that car washes were packed and that citizens ought to inspect their filters and most likely change them as well.

Power blackouts have been trouble for some areas, specifically after the heavy thunderstorms and tornadoes that have swept throughout the nation. 

Wild weather conditions have occurred previously, but with the increased intensity this year; no end to the heat, rain, floods, or twisters in sight; and hurricane season around the corner, the government is asking businesses and people to be informed and be prepared. 

HVAC System Pros On-the-job Safety Tips 

Tip # 1 – Heat Advisory.

Consume adequate water that you never end up being thirsty. Avoid beverages with caffeine, alcohol, and large quantities of sugar.

  • Centers for Disease Control and Prevention.

Tip # 2 – Flooding.

Before working in flooded areas, be sure that your tetanus shot is current – within the last ten years. Consider all water risky until local authorities reveal otherwise.

  • Occupational Safety and Health Administration.

Tip # 3 – Tornado.

Do not try to outrun a tornado in your automobile. If you see a twister, stop the lorry and go out. Do not get under the lorry. Lie down flat in a gully, ditch, or low area on the ground and secure your head with an item or your arms.

  • Centers for Disease Control and Prevention.

Tip # 4 – Dust Storm.

If thick dust is observed blowing across or approaching a street, pull your car off the pavement as far as possible, set the emergency brake, and shut off lights. These storms typically pass in 10-30 minutes.

  • National Weather Service.

Tip # 5 – Power Outage.

Assume all electrical lines are hot.

  • Federal Emergency Management Agency.

Heat stroke happens when the body is not able to control its temperature level. The body’s temperature level increases rapidly, the sweating mechanism stops working, and the body is not able to cool down. Body temperature level may rise to 106 ° F or higher within 10 to 15 minutes. Heat stroke can cause death or irreversible special needs if first aid is not provided.

Warning signs of heat stroke differ however may consist of: an exceptionally high body temperature level (above 103 ° F, orally); red, hot, and dry skin (no sweating); fast, strong pulse; throbbing headache; lightheadedness; queasiness; confusion; unconsciousness.

An indication of heat exhaustion includes heavy sweating; paleness; muscle cramps; tiredness; weakness; dizziness; a headache; queasiness or throwing up; and fainting.

  • Source: Centers for Disease Control and Prevention.

Source: Centers for Disease Control and Prevention.

These are just five of the actions to get ready for cleaning and resuming HVAC operations. Check out the complete recommended treatments. Go to and browse “Flood-Contaminated HVAC Systems.”.

7 ways to save Cash on AC this Summer!

Do not let your AC blow your HOLIDAY MONEY away – Follow these tips and pay less to cool your home this summer.


Running the a/c can make electricity costs skyrocket, however, the option isn’t really pretty, either. Luckily, there are a couple of ways that you can assist your air conditioner to run better and conserve you cash as the summertime development.

Stopped cooling your community.

If your home isn’t really brand new, the cold air inside it is most likely seeping out into the area through the used door and window seals, an improperly insulated attic, and other sly fractures.

To see how well your house is holding in the cold, sign up for a house energy audit with your utility service provider or a regional contractor. A qualified house energy rater or auditor will check your home for leaks and advise the best way to make your home more energy efficient.

Do not wish to spring for an audit? Do a mini audit yourself. Stand outside your home and run your hand along doors and windows. Can you feel the cold air escaping? If you do, caulk around leaking windows and add insulation around doors.

Make an upgrade.

If you have not upgraded to a wise thermostat– such as Ecobee, Lyric, Lux or Nest– it’s time to make a modification. Smart thermostats can manage heating and cooling when you’re not home to save money. Plus, you can adjust the settings from another location utilizing an app on your phone. Some even deal with Amazon Alexa, Samsung SmartThings, Apple HomeKit,.
Wink, Google Home, and other clever house platforms. Here are the best wise thermostats of 2017 to help you make the very best choice for your house.

Make certain your thermostat is on the right wall.

Thermostat placement can play a huge part in how well your air conditioning system works. If you put it on a wall right beside a hot window, for instance, your air conditioning system will kick on far more frequently than it needs to due to the fact that it will believe the room is hotter than it really is. Here’s how to choose the best wall for your thermostat.

Close the blinds.

A window letting in the hot sun will not simply warm up your thermostat, it’ll warm you up too. Throughout the hottest part of the day, close your window blinds and stay out the sun. It can also assist insulate your windows, which stops the cold air from leaving.

Use a fan.

A fan can assist in saving on cooling costs.

Sometimes you do not need to amp up the thermostat to feel cooler. Inning accordance with the National Resource Defense Council (NRDC), using a ceiling fan can make a room feel 10 degrees cooler and utilizes 10 percent of the energy of a central air conditioner.

If you want to get state-of-the-art, you can install clever ceiling fans that connect to an app. You can arrange the times when these fans turn on and off, and you can manage their speed without standing on your tiptoes.

Raise the temperature.

The best ways to keep your cars and truck cool on hot days.

Do It Yourself: Install a cooling fan in your media cabinet.

These smart thermostats steal the heating and cooling spotlight.

Many people think that leaving the air conditioner at the very same temperature when you leave your house saves cash since the AC won’t have to work as hard to recool the home. This isn’t really the case. NRDC senior energy policy supporter Lauren Urbanek says that the most low-cost method to use your air conditioning unit is to turn the thermostat up when you leave your house.

A/c systems operate most effectively at full speed during longer periods of time. So kicking it on a lower temperature when you get home will conserve you more cash than the A/C cycling on and off while you’re away.

A programmable thermostat can make it super easy to keep your Air Conditioning at the best temperature. You can program the system to operate at greater temperature levels while you’re at work and cool down right before you get home.

Setting low is a no-go.

Always set your thermostat to the highest temperature you can stand to conserve the most cash. Even a small change in the temperature level can conserve you big bucks.

You can conserve 10 percent a year on your cooling expenses by setting your thermostat simply 10 to 15 degrees higher for 8 hours every day, according to the Nebraska Energy Office. The US Department of Energy suggests aiming for an indoor temperature level of 78 degrees F when you’re at the house.

HVAC 101 FAQ Unit Pricing and other Considerations

Nest Smart Thermostat helps save energy

HVAC Unit Pricing

Homeowners have many brands of HVAC s to choose from. Some of the most popular ones include:
Amana — $3,900 – $4,800
Amana’s Premium AGP15 Gas/Electric Package is a very popular model for all climates. It uses gas for heating and electricity for cooling. It also features a louvered compartment for the compressor to help protect it from the elements and from dust and debris. 15 SEER, 80% AFUE, available in 2 to 5 tons.
American Standard – $3,800 – $4,900
American Standard’s Gold line continues to be their best selling HVAC line. Sturdy steel construction with a variable speed fan helps protect the system while saving about 40% on your energy bill. A corrosion resistant blower ensures a long life for your system. 14.25 SEER, 80% AFUE, available in 2 to 5 tons.
Bryant — $3,900 – $4,900
Bryant offers a high quality, economical model with their Evolution line. Bryant focuses on quiet comfort, delivering 40,000-100,000 BTU heating with 2-5 tons cooling. 15 SEER and 80% AFUE.
Carrier — $3,400 – $4,600
Carrier’s Comfort Series includes options such as blower-enhanced dehumidification. The Comfort Series 48ES has a 13 SEER and 81% AFUE. Available in 2-5 tons.
Coleman — $1,900 – $3,900
Coleman’s Echelon series has rugged and reliable packaged heating & cooling units. The series features up to 16 SEER, 2-5 ton models & 80% AFUE.
Lennox — $3,600 – $4,500
The Lennox Elite Series 13GCSX maintains its efficiency in almost any climate. Able to handle enhanced filtration with an internally mounted filter rack, this model is available in 2-5 tons. 13 SEER, 80% AFUE.
Rheem — $2,300 – $3,400
Rheem’s RRNL features a scroll compressor with fewer moving parts and less noise than traditional reciprocating compressors. A louvered compressor compartment protects the compressor from the elements and from debris that can shorten the life of the compressor. The Classic series continues to be one of their best sellers, with the addition of the Comfort Alert diagnostics module integrated to assist technicians in the event your system needs repair. 2-5 tons, 13 SEER, 80% AFUE.
Trane — $3,500 – $4,600
Trane’s XL13c is built for aesthetics as well as performance. A cabinet designed to fit with almost any architectural style contains a stainless steel heat exchanger and a system designed to perform well year after year. Available from 1.5-5 tons. 13 SEER, 80% AFUE.
York — $2,900 – $5,100
York offers attractive, space efficient designs that feature quiet operation and high energy efficiency. York features the LX 14 and Affinity 18 Series combination systems that are available from 2-5 tons, 14-18 SEER & 80-98% AFUE.
 Nest Smart Thermostat helps save energy HVAC

Other Heating & Cooling System Factors

Consider what kind of heating and cooling system you want installed for the square footage of your home. Do you want a full system with a thermostat or a specific machine for the summer like a swamp cooler? Do you need a new furnace just for the winter? For any of these projects, the cost will vary depending on the quality, style and machine size you choose. If you have a tight budget, think of going smaller and upgrading over time. For example, if you can’t afford to convert your entire home to solar power, you may want to consider only utilizing it to heat your water. Some other types of heating systems are:
    Geothermal heating & cooling ($4,500 – $6,000): Considered an eco-friendly heating and cooling option, these systems use energy in the earth to pump heat into a home. It uses equipment that goes into the earth’s crust and pulls heat out into a home.
    Attic fans ($350 – $800): Used mostly to cut down the amount of heat in your attic, these are good for homes that don’t get cold, frosty winters and want to cut down their air conditioning use in the summer. Attic fans are great for getting the humidity out and cutting down moisture above your ceiling.
    Electronic baseboard heaters ($300 – $950): These are an affordable alternative to a whole-house heater if you don’t want to install ducts and vents. They’re good for small apartments or condos if you need to keep one or two rooms warm.
    Radiant heating ($1,600 – $5,000): Although not considered a traditional home heating method, radiant heating is great for home environments without real winters but chilly nights where you don’t want to walk across cold floors in your kitchen or bathroom.
You might also want to check your home for thermal insulation if you live in extreme heat or freezing temperatures. Insulation keeps the heat and cool air in your home, which can lead to a lower electric bill. If the heated or cool air leaks out, your system turns on more often. There are various types of insulation that you can install in your home and a home energy auditor can point out the best places for it in your house.


You can install the greatest HVAC system ever built, but if your house is not insulated well, it’s only going to end up costing you more money. Older homes may have fiberglass insulation that has broken down due to pests, moisture, or improper installation. Spray foam insulation can be damaged by careless repair or modification work or can be improperly installed. If your insulation in compromised, your attempts to save money and be comfortable will be in vain.
How much insulation you need depends on where you live. Obviously, you will need better insulation in colder or warmer climates than you will in temperate regions. But how much is too much, and how much is too little?
Insulation is available in many different forms and is suitable for particular areas. According to the Department of Energy, these are:
    Blanket: Batt and Roll — The most common type of insulation, it is usually made of fiberglass, though some can be made of wool, natural fibers, plastic, or minerals (rock and slag).
    Concrete Blocks — Concrete blocks are used in foundations and are often found in full basements. Insulating the spaces in the blocks is not the way to insulate them as the heat energy will travel along the concrete itself. The best way to insulate with concrete blocks is to use insulated concrete blocks, which have polystyrene incorporated into them.
    Foam Board — This is most commonly used for unfinished interior walls. To meet fire safety codes, it must be covered with gypsum board.
    Insulating Concrete Forms — Made in board and block forms, these foam elements are incorporated right into the construction of a building.
    Loose Fill — This somewhat fluffy-looking insulation is often used to add insulation to an area. It gets sprayed or poured in.
    Reflective System — Foil-faced insulation used where downward heat flow is an issue. While you can combine insulation types, foil-faced insulation often requires the foil facing to be removed first.
    Rigid Fibrous Insulation — This is fiberglass insulation that has been set into a specific shape, such as being made to fit ducting. It can withstand high heat.
    Sprayed Foam Insulation — This insulation is best used by injecting into finished walls or for insulating irregularly spaced areas or going around obstructions.
    Structural Insulated Panels — These are sections of wall built with the insulation already inside. Houses built of these panels are so far the most energy-efficient houses around.
Depending on the insulation, you can see a R-value of R1 to R3 per square inch, though Insulated Concrete Forms can have an R-value of R20.

HVAC Labor Cost Factors

If you need a new heating and cooling system installed, the highest cost will likely be for labor. Some factors involved with labor pricing will be:
    Size, placement and parts, like vents and ducts
Get free quotes from local heating and air conditioning contractors if you have a specific job in mind.
NOTE: Improperly designed systems may have ducts too small for the amount of air blowing out, or an overly large duct may siphon off air that should be going to another part of the house. The HVAC system could be undersized or too large as well, providing more or less pressure than ducts are designed to handle.
A contractor can do a mathematical calculation to determine what size HVAC system your home needs based on:
    Type of materials you are using
    Indoor air quality desired
    Size of your home
The placement of your vents and ducts is crucial for keeping your house at a comfortable temperature year-round. If vents are placed where you plan to put down furniture or in the largest room of your home, there are going to be issues and could increase total costs.

Installing an HVAC System

Installing an HVAC system involves determining whether the unit is going to be roof-mounted or a split system.
Roof-Mounted HVAC
Roof-mounted systems have the heating and cooling systems in one cabinet. Sometimes called “gas packs” (if the heater uses natural gas), they typically cost less than a comparable split system. In dry regions, most homes originally had “swamp-coolers” installed. When replacing them with HVAC systems, it’s often cheaper to use existing mounts and ducting.
They are also often harder to install. A proper location on the roof must be selected that can support the weight of the unit. Then a platform must be built and a drain pipe for the unit must be run along the roof to avoid problems with mold and corrosion. A crane must be used to lift the unit onto the roof while a team guides it into place and hooks it up.
Split HVAC System
Split systems are generally more efficient because the heat exchanger can be put in a shadier or cooler location instead of on the roof in full sunlight. All that is needed for the heat exchanger is a concrete platform in the right spot.
Installing a split system may involve making modifications to the house itself for the necessary lines to be run. The heat exchangers are also more prone to picking up debris and must be cleaned on a regular basis. While they come with protective screens over the fan, care must still be taken to ensure that nothing gets in, especially in a home with children.
Unit Size
Bigger is not necessarily better when it comes to HVAC systems, and smaller isn’t always more efficient. If you have too small of a system, your system will be running constantly as it tries to keep up with the temperature. If you have too large of a system, it won’t run long enough to keep up with the humidity. In order to handle both temperature and humidity efficiently, an HVAC system should run for around 30 minutes at a time. If your system is staying on too long or shutting off after only around 10 minutes, you are not getting efficient performance.
A little simple math can help determine the size system you need. A rule of thumb is 20 BTUs per square foot. So, a 500 square foot room would need 10,000 BTUs to cool or warm it efficiently. This assumes that you live in a temperate region and have adequate insulation with no energy loss. In the real world, all units have some degree of energy loss. This is reflected in an HVAC system’s SEER rating for cooling and AFUE rating for heating.

Further Considerations

Further considerations include the following:
    Single stage or multi-stage? — Single stage systems have one speed designed to provide maximum comfort. They run at full power even when they don’t have to. A multi-stage system adjusts itself as needed to maintain comfort. While more expensive upfront, these systems offer greater savings in the long run.
    Zoned systems — Zoned systems monitor areas of your house and only heat or cool the ones that need it. Dampers in the ducting close off areas of the house to divert the airflow only to certain rooms.
    Humidity control — This is a must-have in very dry or humid climates. Remember humidifiers or dehumidifiers do not work when the system is not on, so you may want to see about a separate humidifying system.
    Filtration systems — A second-stage filter is sometimes inserted & used to remove particulates such as pets, smoking or cooking, as well as other odors, gases, and VOCs (volatile organic compounds). A HEPA filter is also available to remove spores, pollens, bacteria and lung-damaging particles. There are also systems that use ultraviolet (UV) light to protect against bacteria and germs. 


Ductwork in your house is one of the main sources of loss of efficiency with your HVAC unit. If you are installing a completely new system, the contractor will have to map out:
    Ducts: to ensure that the air is being efficiently circulated throughout your home.
    Vents: so they send the air out correctly, and it must be determined if these vents will be in the ceiling or the floor
    Floor vents: so that they are not going to be blocked by furniture or other objects.
If you are using existing ducting, it will have to be inspected. Proper ducting loses around 2% to 5% of your energy. Old, leaking ducts can lose 50% or more. A contractor will need to have the ducts inspected and replace any parts ahead of time. If you are changing the size of your HVAC system because of significant changes to your home, you might need to replace the ductwork regardless.


Wiring up the thermostat is usually pretty straightforward if an old one is being replaced. If a thermostat is being put in where one had never been before, that could involve running new wiring. The placement of the thermostat is also important so that its sensors can get an accurate reading of the temperature. A thermostat that is blocked by a bookcase or other large furniture will not get a good reading and will not perform efficiently.
Thermostats are available in many types:
    Dial-type or small boxes with levers: These are usually manually adjusted as environmental temperatures change and seen as very inefficient. However, there is no battery to replace every few months.
        The lever also makes adjustments as the system responds immediately. Many digital, programmable thermostats have a “tolerance” of 2 to 4 degrees, so the response may not be immediate.
        There are also digital manual units, where you get digital readouts and buttons but still get to control it manually like you would a lever. 
Programmable thermostats are more efficient than manual thermostats.
    It saves time: You can schedule temperatures according to the time of day and day of the week.
You can adjust for seasons: During the summer, you can have the air conditioner stay off during the cooler morning hours and start cooling the house as everyone gets up and starts moving around. During the winter, you can have your heater stay off while you are away at work and turn on about a half hour or so before you get home so that you are coming home to a nice, warm house.
    It’s always changing: Some newer thermostats take advantage of wireless technology. You can adjust your thermostat remotely so that if you leave and forget to adjust it, or if you are going to be home later than you thought, you can adjust it via your smartphone. Some can even give you reports on how efficient your system is performing based on usage. These are very efficient models, but they are also very expensive with some costing over $250.00.

How Does An HVAC System Work?

An air conditioner’s compressor contains a refrigerant. As it works, it sends this refrigerant through the system. As warm air blows across the coil that carries this refrigerant, the heat transfers to the refrigerant (cool always absorbs warm). A fan moves the cooled air through the ducting and out of vents that lead into the rooms of your house. The refrigerant returns to the compressor where the absorbed heat is moved outside. The refrigerant is then sent through the coil once again to continue the cycle.
In a split system, the heater or furnace will be located away from the air conditioner. It may be in a garage or a basement. In a package unit, sometimes called a “gas pack”, the heater is in the same cabinet as the air conditioner. All heating systems will have four elements in common:
    Burners that burn fuel and deliver it
    Heat exchangers
    A blower that pushes the air along
    An exhaust flue
In a manner similar to the coil described above in the cooling section, the burners heat up the fuel and send it through the heat exchanger. Cool air blows across the heat exchanger and absorbs the heat. The blower then sends it through the ducts and into the rooms of your house. The flue sends any exhaust gases safely out of your house.
All of this is controlled by the thermostat as it communicates with your HVAC system’s circuitry. It tells the system when to heat, when to cool, when to stop and when to run. Some systems control the temperature according to the whole house while others can control it room by room.

Components of an HVAC System

What is involved in installing an HVAC system? Know it’s a genuine “system” with several independent components and functions that work together to produce an effect.
At its most basic, an HVAC system consists of:
    An air conditioner that cools the air in your home. This works with an evaporator to make up the system that helps cool your home in the warm months. It’s most often powered by electricity.
    A furnace that warms and circulates the air in your home. Furnaces are powered by many different sources such as electricity, solar, or geothermal, but most often they are powered by natural gas.
    Ducting that serves as a highway for the conditioned air to travel to your rooms. Ducting is normally made of stamped sheet metal, but expansion and contraction can cause leaks to form. Some contractors will install flexible ducting that won’t wear out so easily.
    A thermostat that controls when the system turns on and off. Thermostats can be manual, programmable, and some work wirelessly so you can control them remotely from your smartphone.
There are other components of an HVAC system that may or may not be present in a standard installation. These features are:
    A germicidal UV light: This feature sterilizes the air, purifying to a level often found in hospitals. While it’s comfortable to breathe clean air, for those with conditions or compromised immune systems, it can be a very important part of their HVAC system.
    A central humidifier: This helps maintain the level of humidity in the air in your home. Scientists have determined that most people are comfortable at 50% humidity. This keeps the air from being too dry or too humid and cuts down on static electricity. It can also help people with respiratory conditions such as COPD or chronic asthma.
    An energy recovery ventilator: This component helps improve the air inside your home by swapping it out with fresh air from the outside. During the winter months when houses are closed up to keep out the cold, the air inside becomes a handy way for colds and flu to infect an entire family. By circulating outside air inside, the health of your family will have a better chance.
    An electronic air cleaner: This additional filtration helps keep pollen and other allergens from getting into your system and circulating throughout the house. See how much it costs to install a whole house air purifier or cleaner.

Repairing or Replacing Your Existing HVAC System

There are multiple reasons to replace your HVAC system. If you have built additions onto your house, you may find your old system no longer meets the requirements for the new dimensions. Perhaps a new technological breakthrough has provided features that will improve your comfort and air quality. Most often, however, you need to replace your system because it no longer works properly.
Repairing your system is sometimes more cost-effective than replacing it. The two areas that see the most common repairs are the electrical components and the piping components.
Electrical Repair Components
    Capacitors — Capacitors help your HVAC motor start from a standstill. Over time they can weaken. As they weaken, they cause the motor to run hotter. This can shorten the life expectancy of your motor. Once a capacitor fails, the whole motor will stop working. You usually won’t notice that a capacitor has weakened until your motor stops turning on.
    Compressor — Compressors are outdoor components in your system. The compressor is the pump that circulates the refrigerants through the air-conditioner. You can hear it when it’s running so you’ll know if it’s working just by listening. If it starts getting louder, your compressor is about to fail. If it makes no sound when it should be on, it has already failed. Compressors fail for a number of reasons. Most often they fail due to strain from another failed part such as the fan motor. Electrical storms can also damage compressors. If the sound from the compressor gets louder or if you see a decrease in performance, you should have your compressor checked. A failed compressor will not heat or cool your house.
    Contact/Relay — Relays are electronically controlled switches that activate the various components of your HVAC system. They manage everything from the power going to the motor to automatic dampers, humidifiers, etc. Most of them are controlled by the thermostat. The most common failure for a relay is being stuck in the “open” position. Separated from its assigned contact point, it fails to complete the connection and send the message to whatever it was supposed to operate. This failure usually occurs from use over time. Each time a relay connects and sends its signal, the electrical arcing from point to point eventually causes wear and tear.
    Furnace Circuit Board — The furnace circuit board controls a variety of functions. It not only handles the regular operation of the furnace, it also monitors the furnace’s various safety circuits. Over time, vibrations from the furnace can weaken solder point and cause them to separate. Dirt and debris can cause short-circuits that damage the board. Failure of the circuit board can cause a variety of effects ranging from the fan not turning on to the complete shutdown of the furnace.
    Fuses — Anyone who has worked with electrical systems knows all about fuses and how they fail. They can burn out over time, may just be loose, or can blow out during an electrical storm or due to overload from another failed component. Of course, that’s what they’re supposed to do; they stop surges from going through and damaging the rest of the system. When a fuse fails, whatever system it was protecting will stop working.
    Gas Valves — On a gas furnace, a gas valve can become stuck due to dirt or debris building up after sitting idle all summer. A gas valve that is stuck closed will provide no heat.
    Indoor Fan Motor — Indoor fans circulate the air from your house and through the system. Age and dust buildup are the two biggest contributing factors to their failure. When they are starting to fail they will often make noise. Failure of the fan will result in no heating or cooling, and if it is not repaired soon, it can cause other components to fail.
    Outdoor Fan Motor — The outdoor fan, also called the condenser fan, is exposed to external conditions. As such it is most prone to dust and debris and the extreme weather. In desert climates, the outdoor fan motor is subject to heat not only from normal operation but from the outside temperature as well. As it starts to fail, the fan may work fine in the cooler morning hours but stop by afternoon. This can shut down the entire system for hours. When they stop running completely, your air conditioner will no longer work. Running a faulty fan will lead to compressor failure, which is a very costly repair.

Pipe Repair Areas

  Drain Lines — Dirt, debris, and hard water can build up in your drain lines and cause the drain pan to overflow. Drain lines rarely give any kind of warning that they are blocked. They should be cleaned annually to prevent water damage from overflow.
    Indoor Coil — The indoor coil is a heat transfer device. It absorbs the heat from the inside of the house and passes it on to the refrigerant and is pumped outside. Dust that builds up on the coil can hamper its ability to absorb heat. High heat transference coils use very thin metal. Airborne chemicals can cause corrosion which leads to leaks. The constant vibration of the compressor can also cause solder joints to weaken and leak. An indoor coil may operate for weeks with a tiny leak, and you may not notice the loss in performance right away. As soon as a leak is made known, it should be replaced or repaired immediately.
    Outdoor Coil — The outdoor coil is similar to the indoor coil except that it deals with the outside air, using it to absorb heat from the coil. It can suffer the same problems as an indoor coil. The difference is that since the refrigerant is under high pressure, even a small leak can lead to a complete loss of air-cooling ability.
    Refrigerant Metering Device — Every HVAC system has one of these, and heat pumps have two. They regulate the amount of refrigerant going through your air-conditioner. If it fails, either too much or too little refrigerant will course along the lines and either not perform well or will overwhelm the compressor and cause it to fail. A total failure of this component will result in a complete loss of operation.
    Restriction — Any kind of blockage anywhere in your system will lead to reduced performance or failure altogether. Filters can get clogged and need replacing, or a filter may have failed to block debris from getting through. Some filters are replaceable quite easily while others may need a little more work.
    Reversing Valve — The reversing valve is what allows your system to go from cooling to heating and back again. If this valve gets stuck in one position it will not be able to switch to the other mode. If it fails midway between the two, your system will not function at all. Debris is usually culprit for these valves sticking.
Some of these components can be repaired or replaced by the homeowner, such as filters, fuses, and clogged up drain lines. Coils, compressors and the other components are best left to a professional. In some cases, you may have a system that is so old that parts are no longer available or else they aren’t up to code. In this case you will have to consider replacing the entire system.

Entire System Replacement

When replacing your HVAC system, you need to know what size to get. If you haven’t made any additions to your home, you should be able to stay with the same size system. If you have made additions, even if it was just turning your garage or attic into a livable space, you will have to recalculate your needs according to the new dimensions. As mentioned above, the rule of thumb is that you need 20 BTUS per square foot of livable space. However, this assumes that you live in ideal temperatures and have a completely and properly insulated house with absolutely no loss or leakage. In reality, the climate you live in will affect how much you actually need.
For example, compare these calculations for a 2,500 square foot home in various region types in the United States to the climate in your region:
    Warm climate: 2,500 x 30 = 75,000 BTUs
    Temperate climate: 2,500 x 40 = 100,000 BTUs
    Cold climate: 2,500 x 50 = 125,000 BTUs
    Very cold climate: 2,500 x 60 = 150,000 BTUs
As you can see, 30 to 60 BTUs depending on your average temperatures is closer to the mark. This accounts for leakage in ducting and less than perfect insulation. It also accounts for people entering and leaving your home throughout the day.
Remember that the BTU number only reflects the amount of energy it will take for your system to raise or lower 1 pound of water by 1 degree Fahrenheit. It does not reflect the actual amount of heating or cooling going into your house.
Other factors that can affect what size unit you should get include:
    Foundation type
    Type of roof
    Color of the roof
    Insulation values
    Windows (type, location, and number)
    Exterior doors
    What temperature you want to maintain
    Where you live
    Size of the house
    Which way the house is facing
    Construction materials used when the house was built
    Landscaping that can affect how much sun or wind hits the house
These factors are included in a “Manual J” calculation. Contractors who make these calculations before recommending a size can take a couple of hours collecting the information and making the calculation. If your contractor doesn’t do it, there are services that will do it for around $99. If you’re feeling particularly on the ball, there are also free online calculators.
You should also consider various upgrades to your HVAC system.
    Variable Speed Fan – A standard motor has two speeds: “on” and “off”. This means that the fan is blowing 100% for the entire time that it’s on. A variable speed fan can save energy by blowing more slowly to maintain temperatures, going up to full speed only when it must.
    Whole-house Humidifier – Temperature is only part of the way an HVAC system makes your home more comfortable. A properly running system will maintain humidity, but you may be more comfortable or have medical conditions that require higher or lower humidity levels than your standard HVAC system can provide.
    Whole-house Zoning – With this option, you can control the temperature for each room. By zoning, you can have your heating and cooling system shut off the conditioning in rooms that don’t need it while focusing on rooms that do.
    UV Lights – UV lights are useful for controlling germs. A UV light sanitizes the air from germs and mold spores just like the systems used in hospitals.
    Ventilation – A ventilation system takes a more active role in removing stale air from your home. It pumps old air out and brings new air in.

Energy Efficiency

Energy efficiency is one of the big draws when it comes to deciding to buy a new HVAC system. If your system is more than seven years old, it’s probably time to check it for efficiency.
Energy Star Certification
You’ve probably noticed many appliances boasting an Energy Star Certification. What this means is that manufacturer voluntarily built the product to help reduce greenhouse gases and meet non-regulatory guidelines offered by the Environmental Protection Agency. To earn an Energy Star rating, a product or system must be tested by a third party that has been recognized by the EPA for meeting their testing qualifications.
New homes can also be Energy Star Certified. These are tested according to one of two “paths”. The “Prescriptive Path” uses a predefined list of improvements. The “Performance Path” looks at a customized list of upgrades. Both paths call for the completion of four checklists:
    Thermal Enclosure System Rater Checklist — This checklist examines windows, doors, and skylights for placement and how well they perform against leaking.
    Water Management System Builder Checklist — This checklist examines a house for moisture control.
    HVAC System Quality Installation Rater Checklist — This checklist makes sure the system has correct ducting, proper running of lines (for example, ductwork may not run along the inside of a wall without proper R6 insulation), and that the system is of the correct size for maximum efficiency in heating and cooling the house.
    HVAC System Quality Installation Contractor Checklist — This checklist identifies all of the steps the contractor has taken for the Energy Star Certification and identifies what work the contractor has done. If the system is later modified, this checklist can help identify what was done to proper Energy Star specifications and what was added later that may not meet the requirements.
What the Energy Star Certification means for the consumer is that the product or home surpasses the 2009 International Energy Conservation Code, which calls for a 15% increase in efficiency. The Energy Star Certification attests to twice that, for a 30% increase in efficiency!



SEER is useful for comparing one model to another much in the same way that a car’s calculate MPG is useful. It’s not an accurate prediction of exactly how efficient the system is, but it can tell you which one is more efficient. Also, since SEER is based on a “cooling season”, what region you live in will determine how long or short your cooling season is.
The average yearly cooling cost in the United States is about $251 per year at 13 SEER. Over that period, let’s compare the various SEER ratings based on the US zones:


1 $251 $233 $204 $181 $172 $163
2 $401 $373 $326 $290 $275 $261
3 $602 $559 $489 $435 $412 $391
4 $852 $792 $693 $616 $583 $554
5 $1203 $1117 $978 $869 $823 $782

*In 1992 the Department of Energy established 13 SEER as the minimum efficiency allowed. Systems built before 1992 are 10 SEER or lower.



Having the most energy-efficient system ever built won’t matter much if it’s not maintained. Lack of maintenance is the number one killer of HVAC systems. Before each cooling season, it’s recommended that your system get a professional tune-up. However, there are things you can do in the meantime to make sure your system runs efficiently throughout the year.
    Replace the filter: Learn your manufacturer’s instructions for cleaning or replacing your filters. Never run the system without the filters in place, and always let a washed filter dry completely before reinstalling it.
    Once a month clear any leaves or debris from outdoor condensers. This is especially crucial during the summer months.
    Clean the condenser fan blades before the start of the cooling season. Brush any dust or debris off gently and then uncover the condenser coils, gently cleaning the dirty side. Then wrap the motor and other electrical components in plastic bags and gently spray from the inside with a hose. Now check the base pan under the unit and clear it out of any debris that has gathered.
    Inspect the fan blades: If your fan has been making a clicking noise that means it’s been striking something. If your blade has bent, don’t try to straighten it. It could have become unbalanced and will only cause more problems down the line. Replace the blade.
    Maintain a 2 foot clearance around your unit. Don’t let any vegetation grow near it as it could obstruct the HVAC’s ability to “breathe”. If you have a lawn near the unit, make sure any grass cuttings fly away from it. During autumn, be sure to keep leaves away from the fan grill.
    Lubricate the condenser fan motor: If there are oil ports, they will be covered with rubber or metal caps. 10 drops of SAE 20 oil per port is sufficient.
    Shade the compressor unit: If possible, have some kind of shading over it to keep the air temperature around it 5 to 6 degrees cooler than the unshaded air.
    Have a form-fitting cover for the winter months: Do not run the unit when it’s colder than 60 degrees outside.
    Clean the indoor evaporator coil: Remove the front panel of your heating unit. Using a soft brush attachment on a vacuum cleaner gently clean any dust off of the coil. Inspect the fins, making sure they’re straight. If any are bent, a fin comb can be bought at any refrigeration supply dealer.
    Clean the drain pipe and evaporator trap: Flush the trap with water and then disinfect with one tablespoon of bleach.

Rebates and Warranties

HVAC warranties will vary from manufacturer to manufacturer. Most require that you register your system to receive the benefits of a warranty. In general, you should have 1 to 2 months to fill out and return your warranty registration.
The base warranty for most HVAC systems is 5 years with the heat exchanger warrantied for 10 years. A registered limited warranty effectively doubles the length of warranty to 10 and 20 years respectively. The warranty covers:
    Manufacturer-provided thermostats
    Internal components to these items
The warranty is usually only for the original purchaser of the system and is not transferable.
What isn’t covered is replacing parts that are specifically designed to work with an older, no-longer-allowed refrigerant. As of January 2010, for example, federal regulation banned R-22 refrigerant. Parts that are not compatible with R-410A refrigerant are not covered under warranty for replacement.
Also generally not covered by the warranty are:
    Shipping costs for replacement parts
    Labor costs for repairs and/or diagnostics
    Failures caused by third-party parts or use of the system in a non-prescribed manner
    Parts bought over the internet but not from the manufacturer
    Installation not performed by a qualified installer
    Cabinet pieces that do not affect product performance
    Filters, fuses, and other consumable parts
    Increased utility costs
Warranties can be voided by the following:
    Failure to register the warranty in the time specified by the manufacturer
    Improper installation not performed by a qualified HVAC technician
    Off-brand replacement parts
    Improper maintenance. Some manufacturers require routine professional maintenance or your warranty will be void.
Again, these can change from one manufacturer to another, so be sure to read your fine print.
With an HVAC system, rebates are often quite substantial. Some government rebates can total up to $1700 for going with a high-efficiency, zoned, solar-powered model.
At the state level the rebates are still substantial. For example, switching to a zoned system can get you a $100 rebate from various A/C companies, and state rebates are also included. In Pennsylvania a high-efficiency air conditioner alone can get you up to $300, and a high-efficiency complete HVAC system can see up to $1000. Maryland’s incentives get up to $1,250, with a $100 rebate on a tune up of an existing system.
Finally, check with the manufacturer if you’re buying the system yourself. Many of them offer rebates on top of the state and federal rebates. Carrier, for example, offers up to $1450 rebates through their authorized dealers.
Article source Home Advisor

AC Service Technician

AC Experts HI

Aloha! The Best AC Service Technician

Living in Hawaii? The summer capital of the USA! The beach, sunset, culture and Hawaiian dance! Well, you are not mistaken! Hawaii is the best place to indulge yourself to a life full of summer! Yet sometimes you have to feel cool – that’s why more and more houses in Hawaii are getting Air Conditioned! Yet the question is, with all these high usage of AC’s, who to call when our AC needs maintenance and repair?

Well, we keep you updated!

AC Service Technician in Hawaii





5 Questions to Consider before calling an AC Service Technician

  1. Do I know the brand name, model and age (approx.) of my unit? As well as its warranties?
  2. Did it turn ON? Did I check the fan? Did I check the remote?
  3. Did I try to do minor troubleshooting like checking the thermostat? Did I check the condenser?
  4. Does it have a warmer air? Rafting noise?
  5. Does it leak?

Then, if 3 and more of your answers are YES, it’s time for you to call us! Your Hawaiian-ready AC Service Technician!

It is frustrating when you’re not fully sure if your AC problem is an emergency – yet delaying the repair can be a serious damage to your system! We understand your care that’s why we have a hotline for you to talk our Professional AC Service Technicians for whatever your AC’s all about! Call us now for we care for your concern!

AC Service Technicians in Hawaii photo

Our AC Service Technician can help you with your:

  • AC condensers
  • Evaporator coils
  • AC compressors
  • Air handlers
  • Ductless & mini-split systems
  • Swamp/evaporation coolers
  • Zoned systems
  • Higher SEER, higher-efficiency options
  • The latest in smart Thermostat technology
  • Air conditioning filters
  • Air conditioning tune-ups (recommended

We are fully licensed to install, service and repair all kinds of AC units. We, at Air Conditioning Experts Hi, boasts ourselves at:

  • Always being on time
  • No surprise-pricing
  • Your schedule is our priority
  • 100% satisfaction guarantee
  • Expert advices to a well-maintained ac and
  • Necessary advices to lower your bills

We are here to offer you a wide range of services to all our clients. If you have an emergency, you simply need to dial (808) 201-3151. We are available to respond immediately to your problem. Our expert technicians will be dispatched quickly to diagnose the problems in your AC unit.

As part of treasuring our clients, we offer them reliable, timely and fast services at very reasonable rates. We have a team of account managers and technicians who are ready to assist and can advise you on various matters such as repairing your system or demonstrating how to use your new AC unit.

As an AC Service Technician company, we provide a wide range of services for commercial enterprises. Some of the services we offer for air conditioning units include replacement and repairs, expert assistance thermostat installation, provision of air quality solutions and repair and preventative maintenance plans according to your needs.

If you have any concerns, you can contact us and we will be happy to respond to you.

The L.O.V.E. of HVAC Maintenance

two hvac professionals

HVAC Maintenance with L-O-V-E

Have you ever experience coming home alone with a bone-chilling temperature because your heating system is not working properly? Suddenly, you call your provider and your system maintenance guy is busy until next week because of the high number of other systems that need worked on in winter! It must be a frustrating experience for you – that’s why – we advise our customers to maintain their heating system before the cold season starts! It is like driving 100, 000 miles long to the west coast and leaving the oil unchecked!

guy maintaining the ac

At HVAC Pro’s we give you a highly maintained heating system, we will be right in front of your door to check up, tune up and heat up your system to provide all the warmth you need! We care for our customers, we advise them to perform the routine maintenance during the spring and fall to avoid unnecessary interruption by the season you need it the most! We also give them a heads up for the benefits they can get for maintaining their HVAC – we call it L-O-V-E Maintenance!

  • Lower Bills – remember that half of your utility bills is from the HVAC system you use so having a well-maintained HVAC System can prevent a sky-high total cost for it uses less energy to heat up or cool down the house.
  • Omit Pollutants – by having a routine maintenance in your HVAC – your family can breathe better, fresher and cleaner air! We clear out the air pollutants such as mold, bacterias, dusts and so on!
  • Vitality – you know the importance of your HVAC systems! Regular Inspections and tune-ups can help the system last longer and address the minor problem immediately so it can live up to 15-20 years!
  • Efficiency – If you know that your HVAC is well-kept up, then you have the confidence that it is working as reliable and as efficient as it should be! You can be sure that it won’t disappoint your expectation of a kind and affectionate night your family deserves!

So, what are you waiting for? Call us now and we sure to provide you the L-O-V-E you need during this cold freezing season!

What LOVE Maintenance can do for you? We just:

  • Check your system’s thermostat to make sure that it’s adjusted correctly for your comfort.
  • Assessing the current and voltage on every equipment motors
  • Tightening fuel line connections
  • Adding lubrication for the parts to move smoothly against the friction
  • Double-checking the condensing furnace and clean it out if necessary
  • Modifying some loose connections for it can cause inappropriate operations.
  • Adjusting the blower
  • Examine the burner combustion, heat exchanger and gas pressure

Remember that your heating system sets the temperature in your home. It is as important as showing your love to the people you care about. When all of our heating and ventilation system is in good condition, we can ensure that we are in one place can be secured and warmth up – and no coldness can freeze us out!

Call us now to schedule a maintenance appointment!

AC not working? How to Fix Air Conditioner

Residential HVAC Air Conditioning Repair Service Installation in Pelican Hill

Is your AC not working?

Air Conditioning Repair Service Installation Beverly Park CaliforniaIf your central air conditioning conditioner is not cooling right, save cash, time, and get comfortable once again with this Do It Yourself air conditioning troubleshooting and repair work guide.





If your AC is not working at all:

1. Make sure it is receiving power at the electrical panel.
2. Reset the devices’ switches and overloads.
3. Examine the thermostat settings.
4. Check the condensate overflow switch.

If your AC is not cooling but runs:

1. Switch off the power.
2. Clean or change the air filter.
3. See if any ice formed on the coils and if YES, turn on the power and the fan to melt it.
4. Clean the condensate drain.
5. Finally, check and clean the outdoor compressor.

Although a qualified air-conditioning repair team ought to handle certain kinds of central air conditioner repair works, you’ll find approaches for managing minor repairs and upkeep yourself in this short article.

Central AC Not Working At All

1. Check the electrical panel and any secondary circuit panels for a tripped breaker or blown a fuse. If you discover the issue there, reset the breaker by turning it off and after that on or change the fuse. A central air conditioner usually links to a 240-volt circuit. If the switch continues to trip, something else in the system is causing the fault. Its in the compressor, capacitor, or the fan motor. Employ an HVAC contractor to find and solve this problem.

2. Make sure the thermostat is set to COOL, and its temperature setting is at least 3 degrees listed below the ambient space temperature level.

3. Ensure the power is on. Inspect the switch in the furnace or air handler and the outdoor condenser. Also make certain no one has shut down the compressor’s 240-volt disconnect, typically in a metal box installed near the compressor.

4. Remove the thermostat’s cover after turning off the power to the air conditioning system. Get rid of the thermostat’s body from the base (usually by pulling straight out) and change the batteries (if it has batteries). Ensure all wires safely connect to their terminals and that the cover will not pinch them. Replace the lid and wait 2 or 3 minutes, and then attempt the system again.

5. If that doesn’t work, open the thermostat and unscrew the wire from the Y terminal. Turn the power back on. Holding the wire by its insulation just, touch the bare end to the R terminal and hold it there for about two minutes. If the compressor boots on, the thermostat is defective; change it as we talked about in the short article on Ways to Install an Electronic Thermostat. If the compressor does not go on when you hold the Y wire to the R terminal, turn the power withdraw and either call an air-conditioning technician to examine and test the capacitor.

6. Finally, inspect the compressor’s capacitor and wires. The capacitor in the compressor begins both the condenser and the fan. If the capacitor has stopped working, the A/C system will not run. It’s very easy to examine whether it works and it is cheap and pretty straightforward to repair if it doesn’t.

Stop Sweating fix your Air Conditioner with these simple tips!

Air Conditioning Repair Service Installation Beverly Park California

Is your Air Conditioner not cool enough for the Summer heat?

You are in luck, today we will share you ways to check, and fix simple issues that maybe affecting your Air Conditioner.

Air Conditioning Repair Service Installation Beverly Park California

If you can hear your central air conditioner running, however, it does not cool well. Ensure that there is nothing is blocking or restricting air circulation throughout the system- the vents, air filters, or the compressor.

 Next, check the Air Handler:

Tips to inspecting the Indoor Air Handler

1. Shut off the power to the cooling air handler or heater. If the air handler is a gas heating system, shut off the gas at the gas valve that serves the heating system.

2. Remove the hatch on the front of the air handler cabinet so you can access the filter. Take out the filter and change or clean it as necessary.

3. Search for ice. If you see any frost around the coils, close the system back up, turn the power back on, and turn on the fan. The ice will needs to melt in order for the unit to function correctly and indicates a bigger problem that may require a professional to service or replace the unit.

Ice In the Air Conditioner Air Handler

Just two things activate an AC air handler to freeze up:

1) reduced air circulation because of dirty filters, coils, or improperly working fans, and 2) low refrigerant level, which a pro needs to analyze and, if possible, recharge. Most of the time, the concern originates from decreased air circulation.

Remove the Condensate Drain

AC system running in hot or humid conditionings can create a significant amount of water since they eliminate wetness from the air. To be devoid of this, they have a “generally plastic” drain pipeline that comes out of the side of the air handler. Slowly, algae can obstruct this pipeline and, when it does, the excess water will flood if AC does not shut off. Many condensate drain pans have a float switch built in that in the event of flooding will shut off the A/C and not let it continue to operate if undrained water collects.

If your unit does not have this feature and is in a place such as an attic where damage can occur if there is flooding we strongly suggest installing one. Other wise water will pool around the system and flood the location.

Ways to Examine the Outdoor Compressor

1. Shut off the power. Before cleaning up, the compressor switched off all power to the system and confirmed that it is off.

2. Tidy the outside compressor.
Making sure there are no obstructions around the compessor.

3. Make sure that the compressor is correctly working. Set the thermostat to a temperature level under the space temperature level. You need to have the ability to hear the outside compressor run and see the fan switching on. If the fan isn’t turning, search for a load button or button to reset (not all types have this). Utilize a screwdriver or stick down through the leading grille and effort to spin the fan blades clockwise. They should turn easily. If the fan needs a boost to start it going, the system has a malfunctioning capacitor that needs to be changed or changed.

4. Lastly, have the coolant levels checked. If none of the steps worked, the coolant might require charging by and air conditioning professional. Call a qualified local AC system expert— this is not something you can do yourself.

These guidelines are shown to provide background and insight for you. Use this background understanding when talking about the your system with knowledgeable specialists, and you ensure to obtain quality work that satisfies the requirements of your home’s cooling system. In case you require a reliable Expert to assist you to fix your AC system in your home, call us – HVAC System Pros are here to assist you. Schedule a consultation now!

How to fix Water Leaking from your AC this summer

Too hot because of your AC Leakage

This summer is likely to heat up through out the United States.

It is critical that your AC systems remain functioning. If you live in California you are going to make sure that everything about you Air Conditioning system is checked out and functioning properly. Below are some do it yourself maintenance items any home or business owner can take a look at and remedy before there is a bigger problem.  

Too hot because of your AC Leakage

Is water leaking from Air conditioning unit this hot summer?

An air conditioning unit with high-efficiency cooling systems produce considerable amount of condensation and water build up — today we’re going to discuss the excess water that comes off your air conditioning unit, particularly in hot environments– some can produce gallons every day. Consequently, this water has to leave the air handler. Generally through a plastic pipeline or a drain tube. That drain then goes straight outdoors, frequently ending near the compressor, or to a floor covering drain or a little electrical “condensate pump” located near the air handler. Where a condensate pump is utilized, it connects to a half an inch rubber or vinyl tube that goes outdoors or to a drain.


Water at the Base of the Air Handler

Water leaking or pooling at the bottom of the air handler reveals: 1) a leak from the plastic PVC pipes or tubes, 2) something might be obstructing the water’s circulation and exit, or 3) the condensate pump might not be working properly. In any case any of these three issues may cause flooding a damage to your home or business.

Keep in mind: Often but not always a Float switch is built into the pan of your A/C system.

On some air handlers, the condensation drain has a little security float switch linked to it. If the pan or drain fills with water, the float switch will turn off the power to the a/c unit. (If this happens it is a clear indication that it’s time to clean and inspect the condensation drain).

If your system includes an electrical condensate pump, ensure it is connected to a working electrical outlet. You can easily test by plugging in a lamp to see if there is power present. If not check that the GIF is not tripped or the electrical box breaker has not been tripped. Also check that the pipe that drains the water is securely attached to the  

Most likely is the possibility that tv or the pump is blocked with algae. If this is true, make use of a wet-dry vacuum to draw all the water from the pipeline. In some circumstances, it is much easier to change it with brand-new half-inch pipeline purchased online, at an HVAC supply shop, or at a well-stocked home improvement center.

AC Condensation Pump Not working.

Placed beside the air handler or heating unit, condensation pump is simple to change. A brand-new one expenses about $50.

1. Evaluate the pump by putting water into its collector. The pump, which is turned on by an inner ball float that increases with the water level, should start. A stuck or broken ball float will not increase. If it’s stuck, detach the pump from the power and the inbound tubes, take apart the top and clean it out completely.

2. To get rid of algae, soak into the water with bleach. (1/16 bleach to water) Note: Do refrain from doing this in you backyard– it will kill the grass the yard.

3. If the pump runs, nevertheless, does unclear the channel, the ball-like valve before the discharge tube is most likely stuck. Launch the valve, relax the ball within, and try to find a blockage and a build-up of algae. Run a wire through it to clear it or Blow on it. (alter brand-new tube if needed).

4. Ice might be blocking the air flow. If it is, clear or alter your AC filters. If the filters seem great, the cooling system’s refrigerant supply is fairly low.

These guidelines are suggested to give background and insight for you. Use this background understanding when talking about the required deal with experts, and you ensure to obtain quality work that satisfies the requirements of your home’s cooling system. In case you require an Expert to assist you to set up the air conditioning system in your home, call us – HVAC System Pros are here to assist you and recommend you. Schedule a consultation now to get your AC fixed now!

5 Questions To Ask Your HVAC Provider

Residential HVAC Air Conditioning Repair Service Installation in Pelican Hill

5 Smart Questions To Ask Your HVAC Specialist

Whether you’re searching for an HVAC professional to install a new heating system or repair an undependable a/c unit, it’s always essential to do your due diligence. As HVAC System Pros knows, there are a couple of vital questions you must make before any HVAC installation or repair work. As the most relied on HVAC professionals for both residential or commercial properties in California, HVAC System Pros has come across nearly every question potential clients have had. If you do not currently include the following in your own list, here are some relevant concerns you might want to ask.

HVAC Air Conditioning Repair Service Installation in Pelican Hill

1. Exactly what sort of training and experience does the salesperson have who will be preparing the quote?

Lots of companies utilize sales people who have absolutely no background in the HVAC market. It can result in improper sizing, inappropriate or incomplete installations that might lead to problems down the road, eventually resulting in early system failure. Correct sizing and installation are ESSENTIAL to guarantee you are getting the most out of your system.

2. Exactly what is and is not consisted of in the quote?

Know, that one of the greatest differences in quotes (and what is often NOT STATED) is whether or not all the old components will be changed with the installation of the brand-new equipment. This includes parts such as fittings, pipelines, valves, adapters, dampers, security switches that connect to the devices have to be updated to match the specs of the new system. Although cutting corners by not changing them will lower the cost of the job (and the quote you are supplied), it COULD CAUSE early system failure and COSTLY repair work down the road.

The quote offered must STATE, in detail, what is needed to COMPLETE the installation. This includes obtaining licenses from your city, eliminating your old equipment from your home or business, all the parts and labor to finish the installation and replace old elements, and WRITTEN assurance and warranty info.

3. What Other Services Do You Offer?

Finding HVAC professionals who use routine preventative maintenance and cleaning in addition to basic setup and repair works is important to know. Not only will it be simpler for you to get in touch with just one company, their familiarity with your system will improve any services they perform.

4. What kind of Guarantee and Services after Installation do you offer?

A lot of times, the property owner is provided a manufacturer’s service warranty that is meant to make them feel protected. Nevertheless, in truth, these service warranties go over all the important things not covered and have nothing to do with the nature of the installation or your SATISFACTION.

5. Which Brands Are You A Licensed Dealership For?

If you’ve done your research study and have your eyes set on a particular brand name, don’t forget to ask if they provide it. HVAC System Pros is a dealer for Mitsubishi, which produces incredibly innovative and environmentally friendly products.

For those located in California who need a trusted heating and air conditioning service company, contact HVAC System Pros online or by calling us. With our effectiveness, craftsmanship, and ensured client complete satisfaction, they cannot be beaten. We even offer complimentary estimates, so don’t be reluctant to call and approach us!

In Newport Beach area? We have clients in The Pelican Crest and Pelican Hill communities that sit on the Pacific Coast of Southern California within the Newport Beach area. We also service the whole Los Angeles area. To see the lists of cities near you, visit our locations page.

How to use Heating System Effectively

Nest Smart Thermostat helps save energy

The heating system uses more energy and drains more dollars than any other system in your home.

Usually, 44% of your utility expense goes for cooling and heating. No matter what sort of heating system, ventilation and air-conditioning system you have in your home, you can save loan and increase comfort by effectively preserving and upgrading your equipment.

Helpful Heating Tips 

  • Set your thermostat as low as it is comfortable.
  • Clean or change filters on heating systems once a month.
  • Clean warm-air registers, baseboard heating systems and radiators as needed; make sure they’re not blocked by furniture, carpets or drapes.
  • Use kitchen area, bath, and other aerating fans wisely. One hour is enough to warm a space. Turn off the fan as soon as they have gotten the job done.
  • Keep draperies and tones open on south-facing windows throughout the heating season to enable sunlight to penetrate your home; close them at night to decrease the chill you might feel from cold windows.
  • Close a vacant room that is isolated from the remainder of the home such as in a corner and turn off the heating for that room or zone. Do not, however, turn the heating off if it adversely affects the rest of your system.
  • Consider installing a Smart Themastat such as a NEST

Heat Pumps

If you use electrical power to heat your home, think about setting up an energy efficient heat pump system. Heat pumps are considered the most efficient type of electric heating in moderate climates, supplying three times more heating than the comparable amount of energy they consume in electricity. There are three kinds of heat pumps: air-to-air, water and ground. They collect heat from those and store it for use inside. Heat pumps do double duty as a central air conditioner. They can likewise cool your home by collecting the heat inside your house and effectively pumping it outside. A heat pump can cut the quantity of electrical energy you use for heating as much as 30% to 40%.

Heatpump Tips

  • Do not set in reverse the heat pump’s thermostat if it triggers the electrical resistance heating to come on.
  • Clean or modification filters once a month or as required and preserve the system inning accordance with producer’s directions.

Gas Furnace Tips

  • Don’t block the radiators, vents or heating units with furnishings or drapes. That makes your furnace work harder and uses more energy.
  • Consider installing a programmable thermostat. You can conserve as much as 10% a year on your heating bills by simply turning your thermostat back 10% to 15% for 8 hours with pre set up the thermostat.
  • Using a programmable thermostat, you can adjust the times you switch on the heating or air-conditioning according to a pre-set schedule. As a result, you don’t operate the devices as much when you are asleep or when your house or part of your house is not inhabited. Programmable thermostats can keep and repeat several normal setting (six or more temperature level setting a day) that you can get by hand bypass without impacting the rest of the day-to-day or weekly program.

Nest Smart Thermostat helps save energy

Do you want to set an appointment with a trusted and reliable HVAC professionals? You may do so here.


We look forward to your call and email and we wish to be of service to you in the near future. HVAC System Pros are the chosen air conditioning and heating specialists in San Francisco, California. Visit our site to book an appointment near your area, click on Locations.