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7 Reasons To Install a Programmable Thermostat

Wed, 22 Mar 2023 16:52:13 GMT

Programmable thermostats are digital devices that adjust the heating and cooling according to pre-set schedules. These devices are more versatile than traditional thermostats and let you customize temperatures according to your family's comfort at different times. Discover the advantages of programmable thermostats below.

1. Get Consistent Temperature

A programmable thermostat follows a customized schedule and runs at a constant level throughout the year. You don't have to manually adjust the temperatures when it gets too hot or cold, and residents won't complain about hot or cold spots. These thermostats let you set a different daily, weekly, or monthly temperature, and you can customize the perfect weekend temperature for when everyone is home.

2. Save Money

Utility bills can dent your wallet, especially in summer and winter when you rely on your cooling and heating systems to stay comfortable. However, comfort doesn't have to cost an arm and a leg if you install a programmable thermostat.

One way to save energy with a programmable thermostat is to set different settings when no one is home. The air conditioner or heating system doesn't have to run on high when everyone is out of the house, and you can save a lot by simply lowering or raising the temperature by a few degrees.

Some programmable thermostats even have a vacation mode, where they maintain a low temperature for extended periods while your family is away to save energy. You can set a return date on the thermostat, so it resets the temperature settings just before you get home.

3. Zone Your Cooling and Heating

Traditional thermostats offer little flexibility when you want varied temperatures in different areas of the home. With a programmable thermostat, you can divide the house into several zones with similar or varying heating or cooling conditions.

For instance, you can group the bedrooms in one zone and living areas in another and then customize the temperatures for each. This arrangement saves energy as you can minimize energy consumption in unoccupied rooms.

4. Save Time

A traditional thermostat is inconvenient because you have to adjust the settings before you leave the house and after you return. Often, homeowners forget to change the temperature settings and worry about high energy usage all day.

With a programmable thermostat, you can set a schedule at the start of every season and forget about it. You don't have to spend time in front of your manual thermostat every day, and you can focus on enjoying your indoor activities all year long.

5. Boost HVAC Efficiency

An overloaded HVAC system strains to run, resulting in premature wear and tear of its components. A programmable thermostat reduces the load on your cooling and heating system without reducing performance.

If you have an older HVAC unit, a programmable thermostat may extend its lifespan and save you from expensive repairs. When you pair a new HVAC system and a programmable thermostat, you enjoy peak efficiency and reduced energy bills.

6. Track Energy Usage

Some programmable thermostats generate reports that record usage over time via graphs and charts. These reports help you understand how your family consumes energy and make adjustments to save energy and money. The thermostat can also learn your family's daily routines and offer suggestions to reduce energy use.

7. Get Advanced Features

Programmable thermostats typically come with advanced features, depending on your needs and budget. For instance, you can remotely access Wi-Fi-enabled thermostats on your phone or laptop, tracking real-time energy usage and making instant changes.

Other thermostats have motion sensors to detect house occupancy, while others connect to weather apps and adjust the temperature accordingly. You can also select a thermostat with system alerts informing you of major issues and maintenance requirements.

If you are ready to enjoy the benefits of a programmable thermostat, contact our HVAC experts at Wyoming Air. We specialize in making your home as comfortable as possible all year round with our HVAC installation services.

Why Your Heat Pump Is Not Defrosting

Fri, 24 Feb 2023 03:28:25 GMT

Using a heat pump is an efficient way to keep warm during the cold season. Unfortunately, the low temperatures can freeze the heat pump's outdoor unit, specifically the condenser, and prevent further heat exchange. Heat exchange impairment reduces heating efficiency and risks damage to the heat pump. The heat pump uses an on-demand defrosting cycle to melt the frost.

Below are some reasons your heat pump might not defrost.

Sensor Malfunction

The heat pump has a sensor at the bottom of the outdoor unit. The sensor detects the temperature and triggers the defrost cycle if the temperature is freezing. The defrost cycle won't start if the sensor has erroneous readings. That might happen if the sensor malfunctions. One way this can happen is if an external source, such as direct sunlight, heats the sensor.

Electrical and Electronic Problems

The heat pump's electrical and electronic system controls the defrost cycle. For example, a typical heat pump uses:

A timer to control the heat cycle's frequency
A relay to trigger the reversal of the heat pump's operation
Electricity to power all the electrical and electrical functions

Thus, problems with the electrical and electronic systems can lead to defrost failure. For example, the compressor won't run if it doesn't have power due to a damaged cable. Similarly, a malfunctioning relay interferes with the defrost cycle even if other system parts are functional.

Malfunctioning Reversing Valve

The reversing valve is a critical component of the heat pump, enabling it to provide both heating and cooling functions. The reversing valve changes the refrigerant's path between the indoor and outdoor coils. The refrigerant moves from the outdoor to the indoor coil during the heating mode. The refrigerant's movement reverses during the cooling cycle.

The heat pump releases heat to the outdoor coil during the defrost cycle. However, that won't happen if the reverse valve malfunctions and the heat pump continues to release heat indoors. For example, the refrigerant flow direction won't reverse if the valve sticks in the heating mode.

Damaged Outdoor Fan

A heat pump has an outdoor fan that circulates air and facilitates heat exchange. The air circulation helps the coil to absorb heat from the outside air so that the refrigerant can take it outside. Thus, the outdoor fan usually stops running during the defrost cycle when the heat pump's outdoor unit doesn't need to absorb heat.

A malfunction of the outdoor fan system might allow it to run even during the defrost cycle. A damaged fan motor or damaged capacitor can cause such malfunctions. The problem might not be serious if the coil is not seriously frosted. However, the fan might dampen the defrosting efficiency if the weather is too cold and ice has clogged the outdoor unit.

Low Refrigerant

The heat pump uses refrigerant to carry heat between the outdoor and indoor coil. During the defrost cycle, the refrigerant carries heat to the outdoor coil, which warms and melts the frost. Thus, the defrost cycle is impossible if the heat pump doesn't have enough refrigerant to heat the outdoor cycle.

Low refrigerant pressure is often the result of refrigerant leakage. For example, refrigerant lines can leak due to corrosion, accidental damage, or wear and tear. In extreme cases, the refrigerant pressure might drop so low that the heat pump stops working.

Hopefully, your heat pump won't suffer serious issues that might affect its operation, such as defrost cycle failure. Contact Wyoming Air if you suspect that your heat pump has malfunctioned. We have decades of experience in the HVAC industry. We will diagnose and fix the problem so your home can be warm again.

3 Surprising Reasons for Your Furnace's Underperformance

Tue, 24 Jan 2023 19:20:01 GMT

Winters in Wyoming can be notoriously cold, especially at night. As such, a reliable heating system is essential if you want to stay comfortable in your home. Unfortunately, many homeowners experience periods of underperformance from their furnaces, which leaves them cold and miserable during the winter months.

But with a little investigation, you can often uncover a few interesting reasons for your furnace's underperformance. Discover a few of these reasons and understand why they occur.

1. An Incorrectly Sized Heating System

Many homeowners often assume that any furnace will do for their home, regardless of size. However, a furnace that is too small or too large for your space can lead to inefficiencies in the system, which results in inconsistent temperatures and poor performance.

For example, you might think that a larger furnace will provide better heating performance, but this isn't necessarily true. A unit that is too large for the space tends to short cycle, which brings in an opposite effect from what you might expect.

Short cycling is when the furnace turns the burner on and off too quickly, which results in incomplete heating cycles and less consistent temperatures. The unit releases excess heat into your house, which then triggers the thermostat to shut off prematurely. And when the thermostat is off, your unit won't have enough time to complete a full heating cycle.

Not only will you have to deal with higher energy bills, but you will also feel the temperature difference. Some parts of your home may be uncomfortably cold while others are too hot.

On the other hand, a furnace that is too small for your home won't produce enough heat to keep your home at a comfortable temperature. The unit will strain, take longer to heat up your space, and still require more energy to do so. The result is a highly inefficient heating system that will cost more to operate but provide little to no benefit.

2. An Obstructed Heat Exchanger

The heat exchanger is a metal chamber in the furnace that warms up and pushes the heated air through your home. This component absorbs heat from the furnace's burners and transfers this heat to the air that passes through.

Unfortunately, debris can sometimes collect in the heat exchanger and block the flow of air. This obstruction can cause the heat exchanger to overheat and shut off, which suddenly interrupts the heating process. As a result, your furnace won't be able to produce enough heat to keep your home comfortable.

You might also notice that your heater makes strange noises or smells when you turn the unit on. The thermostat setting might no longer have any control over the indoor temperature as well as you'd expect. These are all clear warning signs that there might be a blockage inside the heat exchanger.

The heat exchanger is quite sensitive, so only a professional technician should service this component. You might put yourself at risk of serious injury if you attempt to clean or repair the heat exchanger yourself, especially if the unit is still on.

3. Clogged or Dirty Ducts or Coils

The air that passes through your house has to go through a series of ducts before this heated air reaches the vents. If these ducts become blocked with dust or debris, the flow of air reduces, which results in inadequate heating performance.

In addition, dust and debris can also accumulate on your furnace coils and affect their efficiency. If the coils have a lot of grime, they won't be able to absorb and transfer heat effectively. This problem can cause your furnace to overwork as the unit tries to heat your home. The result is higher energy bills and inefficient performance.

If you have any concerns that your furnace isn't nearly as effective as you're used to, contact us at Wyoming Air . Our qualified technicians will take a look at your system to determine the underlying issue and recommend the best solution. We can also inspect your ducts for blockages and clean the furnace coils to ensure optimal performance. Please reach out to us today to schedule an appointment.

How To Improve Indoor Air Quality

Wed, 21 Dec 2022 15:32:20 GMT

Indoor air quality plays a crucial role in providing a comfortable living space. Since many people spend most of their time indoors, improving indoor air quality should be a priority for every homeowner. Here are some solutions to better indoor air quality.

1. Use High-Quality Air Filters

Your HVAC air filter eliminates dust and allergens from the air circulating throughout your home. The air filter gets dirty while collecting these particulates. This is why you should change your HVAC air filters regularly. If you don't change your air filters, your house may experience decreased airflow and an accumulation of dangerous allergens.

To improve indoor air quality, you should not only change your air filters regularly but also use high-quality filters. Experts recommend air filters with high minimum efficiency reporting value (MERV) ratings. For example, pleated filters have a rating of between 5 and 8 , while fiber-glass filters have a rating of between 1 and 4. The higher the rating, the smaller the particles the filters can trap, thereby keeping indoor air clean.

2. Use Carbon Monoxide (CO) Detectors

Did you know that one of the most harmful indoor air pollutants is carbon monoxide? The fact that it has no smell and cannot be seen makes it deadly. Many people experience carbon monoxide poisoning without being aware of it.

So, invest in a CO detector to improve your indoor air quality. This is a worthy investment if you cook or heat your home with gas. A gas appliance malfunction can lead to a dangerous accumulation of carbon monoxide in your home. With a CO detector, you will be on high alert when this happens.

3. Plan Routine HVAC Maintenance

Many think that HVAC maintenance only ensures the system is working properly. However, HVAC maintenance includes cleaning the system to improve indoor air quality.

For instance, the HVAC expert will clear the blower fan of dust and debris during a furnace tune-up. Debris like lint and pet hair normally accumulates on the blower fan. Failure to remove these particles can reduce the effectiveness of your HVAC since the blower fan regulates air circulation in your house.

Regular HVAC maintenance helps to prevent an accumulation of dirt, debris, and allergens in different HVAC's components, improving indoor air quality.

4. Invest in Air Purifiers

Are you tired of vacuuming and dusting your home every day? You can make this monotonous task easier by investing in air purifiers. These devices trap more particles than high-quality vacuums.

Some pollutants you can expect an air purifier to pull from the air include tobacco smoke, viruses, bacteria, pollen, and animal dander. The majority of air purifiers can capture particles as fine as 0.4 microns . So, even the particles that cause the common cold may be filtered out by an air purifier.

5. Consider Humidifiers and Dehumidifiers

Humidifiers are crucial during cold winters. During these cold conditions, the indoor air is dry. This can create issues like static electricity, cracked hardwood floors, and ruined woodwork. It can also contribute to health conditions like itchy skin and bloody noses. Dry air might also make your heat pump or furnace work harder to provide the necessary heating.

Humidifiers improve indoor air quality by adding water vapor to the air. This prevents the negative effects of dry air. Additionally, your furnace will not work harder because water vapor helps air absorb heat better.

If you have issues with your indoor air quality, consult Wyoming Air. With many years of experience, we specialize in regular heating and cooling equipment checkups, emergency repairs, installation of new equipment, and many other HVAC-related services. Contact us for a consultation and allow us to improve your indoor air quality.