Bryant Heating & Cooling offers heating and air conditioning systems to meet your needs. Bryant products includes a wide range from furnaces to air conditioners and everything in between. And those products are unmatched when it comes to quality, durability and reliability. In fact, from our early gas fired boilers to today's home comfort technology, Their standards have remained the same: dependable, hard-working comfort.

Air Conditioner Repair

Bryant manufactures appliances that homeowners have come to trust. Even a trustworthy appliance requires occasional maintenance or repair, however. If you’re in need of Bryant appliance repair from experienced professionals, your local Appliance Helper can help.

Odors 
A cooling system can cause several odors that are an indicator of a potential problem somewhere in the system. These are two common causes of odors. 

Clogged Condensation Pan 
Is there a mold smell coming from the vents when the air conditioner is turned on? The smell could be due to an issue with a plugged drain in the condensate pan, which collects water that drips off the condenser coil. Fixing the issue will require unclogging the drain and cleaning it with a diluted bleach solution. 

Failing Motor 
If there is a burning smell coming from the vents, there could be an issue with the furnace blower motor. The motor’s bearings may just need additional lubrication. It is important however to have this inspected soon to ensure a simple solution doesn’t turn into a more costly repair. 

Air Temperature 
Most homeowners discover a problem with their air conditioning because it is no longer producing cold air. This issue typically means there is a problem related to refrigerant. 

Frozen Evaporator Coil 
If the indoor or evaporator coil is frozen, this could be a sign of various issues. You may think that a frozen coil will produce cooler air, but a frozen coil actually reduces air flow through your system. The first step if you know your coil is frozen or you are noticing water around your furnace is to turn to system off and to fan only. This will allow the evaporator coil to defrost. Once defrosted check your furnace filter to make sure it is either new or not too dirty. A dirty filter can restrict the air flowing through the system. Also inspect the furnace cabinet as best as you can to ensure no cabinet insulation has come loose and obstructed airflow. If everything appears clear you can turn the system back on. If the air isn’t cold at that point, further investigation by a professional is recommended. 

Refrigerant Leak 
A lack of cool air could also be due to a refrigerant leak. The refrigerant system consists of copper tubing and coils that can corrode or form a leak over time, causing a significant loss of pressure. If an air conditioning system is low on refrigerant it can cause components to fail or a difference in temperature within the lines causing ice formation. It is not uncommon to find ice forming on the outdoor condenser, refrigerant lines or indoor evaporator coil when a refrigerant leak is present. 

Lack of Power 
You can resolve most issues with the air conditioner losing power on your own by checking a couple of the system’s parts. 

Circuit Breaker Tripping 
Your home’s air conditioning is most likely on its own electrical circuit in the circuit breaker. If that circuit gets tripped, nothing else in your home will turn off, so it may not be obvious at first that there is a problem. The circuit breaker for the air conditioner may be located in your house, but it could also be next to the condenser outside. Be sure to check both places. 

Faulty Thermostat 
Your thermostat controls your air conditioner, telling it to turn on and off according to a schedule or according to temperature settings. If something is wrong with the thermostat, the air conditioner will not receive the signal to run as it is intended to. 
If your thermostat is powered by batteries, check to make sure the batteries do not need replaced. Having a working display may not be enough to verify that the thermostat is working properly. If the set thermostat temperature settings are not being satisfied, the wiring may need to be tested. This will ensure that there is no interruption in the signal being sent to the condenser and the blower. 

Bad Furnace Circuit Board 
There is more to the communication than just the thermostat. There are circuit boards in both your furnace and air conditioner that relay the thermostats call for cooling. If a circuit board is faulty your air conditioner may not operate and leave your home without cooling.

Furnace Repair

Bryant manufactures appliances that homeowners have come to trust. Even a trustworthy appliance requires occasional maintenance or repair, however. If you’re in need of Bryant appliance repair from experienced professionals, your local Appliance Helper can help.

Check to make sure that your thermostat is set in the "heat" position. 
Make sure that the temperature setting on the thermostat is set above (or higher than) the indoor temperature showing on the thermostat. 
Ensure that there is power to the furnace. Try turning the fan to “ON” using the fan switch on the thermostat to test for power to furnace. 
Check the circuit breakers at the electrical panel. 
Check the SSU switch (it looks like a light switch on a gray box located at the furnace) to be sure it is in the “ON” position. 
Check to ensure the furnace filter isn’t in need of replacement. All one-inch thick furnace filters should be replaced monthly. Wider two-inch thick and other high-capacity pleated filters can most likely be changed every other month or just six times per year. 
If the system is running but you have not changed your filter, the filter needs to be replaced. 
Check all return air grilles to make sure they are not blocked by furniture. Check all supply air registers to make sure they are open and blowing air. (The return air grilles are normally located on your walls and are wide and flat). 

If these checklists do not solve your problem, contact a professional right away for service. Be sure to have your model number. 

Find Your Model Number 
Knowing the model number of your Bryant products will help you troubleshoot any problems and will make it easier for your Bryant dealer to provide service. 
In addition to being listed in your owner’s manual or other paperwork that came with your Bryant product, the model number is also posted directly on your unit. Here’s how you find it: 

Air Conditioners and Heat Pumps: You can find the model number listed on a “rating plate” sticker on the unit above the back-seated service valve connections. 
Gas or Oil Furnaces: Remove the front door and look at the upper-left side of the unit. You can find the model number listed on a “rating plate” sticker inside of the unit. 

If you have a different Bryant product, look for a “rating plate” sticker on the unit.

Heat Pump Repair

Repairing a heat pump typically requires a thorough understanding of HVAC systems and specialized tools. While some minor issues can be addressed by homeowners, it's often best to leave major repairs to trained HVAC professionals. However, if you're comfortable and have some knowledge of HVAC systems, here are a few things you can check if you're attempting to repair your heat pump:

Power supply: Ensure that the heat pump is receiving power. Check the circuit breaker for the heat pump and make sure it hasn't tripped. If it has, reset it and monitor to see if it trips again. If the issue persists, there may be an electrical problem that requires professional attention.

Thermostat settings: Verify that the thermostat is set to the appropriate temperature and operating mode (heating or cooling). Ensure that all programming settings are correct.

Air filters: Check and clean or replace the air filters if they are dirty or clogged. Restricted airflow due to dirty filters can impact the heat pump's performance.

Outdoor unit: Inspect the outdoor unit for any visible damage, such as bent or damaged fins, debris blocking the unit, or excessive ice buildup. Clear away any debris and ensure proper airflow around the unit. However, be cautious when handling the unit and avoid causing further damage.

Indoor air vents: Make sure all supply and return air vents are open and unobstructed. Blocked vents can restrict airflow and affect the heat pump's performance.

Refrigerant levels: Low refrigerant levels can indicate a leak in the system. If you suspect a refrigerant issue, it's best to contact a professional HVAC technician to handle refrigerant-related repairs, as they require specialized knowledge and equipment.

It's important to note that heat pump repairs can be complex, and attempting repairs beyond basic troubleshooting may void warranties or cause further damage. If you're unsure or uncomfortable with performing repairs on your own, it's always recommended to contact a qualified HVAC technician. They have the necessary expertise and tools to diagnose and repair heat pump issues safely and effectively.