As we move into the final stretch of summer, your AC may start to show signs of fatigue. Even the best-maintained AC can begin to struggle during the late season, especially after months of keeping your home cool in the sweltering heat.
In this blog post, we’ll explore why your AC might be having a tough time and what you can do about it, such as AC repair.
When your AC breaks down during the sweltering summer months, it can be tempting to try to fix the problem yourself. However, attempting air conditioning repair without the help of licensed HVAC professionals can lead to more harm than good. While there are some basic troubleshooting steps you can take, it’s crucial to understand why professional intervention is necessary for complex issues.
If your AC is struggling to blow out cool air, much like a person wheezing, it can be frustrating and uncomfortable. Low airflow from your air conditioner is a common issue that can have several causes, ranging from simple to more complex ones that require air conditioning repair. In this post, we’ll explore the most common reasons for a “wheezing” AC and what you can do to restore your system’s performance.
As the scorching heat of summer arrives, many of us depend on our trusty air conditioning units to keep us cool and comfortable indoors. However, there might come a time when you notice your AC seems to be running non-stop, and you start to wonder why. An air conditioner that runs excessively can lead to higher energy bills, harsh wear and tear on the system, and decreased overall comfort.
By understanding the common reasons for this behavior, you can take the necessary steps to resolve the issue and ensure your AC runs efficiently. In this post, we’ll explore some common reasons why your AC might be running so often and when you’ll need to call us for air conditioning repair in Parksville, BC.
In this post, we’re going to look at one of the common troubles that can affect an air conditioning system: hard starting. If you notice your air conditioner is hard starting, your best course is to call our technicians for air conditioning repair in Campbell River, BC. We’re familiar with the different ways that hard starting can happen in an AC as well as the best ways to address the problem.
Do you know how your air conditioning in Campbell River, BC cools the air in your house? If you know a bit about HVAC, then you’ll probably answer that it’s because of the refrigerant inside the air conditioner. When you go and stand by the outdoor condenser unit while the AC is running, you’ll feel hot air coming out of it, and that seems to indicate that the air conditioner is pushing heat outside of your home.
This is generally correct. Now, what job does water play in the AC cooling the house? This might make you think for a second. You hear water dripping inside the air conditioner at times, and water can lower the temperature of air. But does water have anything to do with how an AC cools the air?
The answer is no it doesn’t.
Which brings us to the question in the title: if an AC doesn’t use water to cool the air, why are you seeing water dripping out of the AC?
The heatwaves just keep rolling in, and with that, we’re running our air conditioning units harder than ever before. Not only is continuous AC use an intense strain on power grids and electricity bills, but the wear and tear can easily break down units at accelerated rates. This leads to an all-too-common problem at the height of seasonal extremes—permanent AC failure!
As costly as it is problematic, experiencing a unit breakdown is a huge issue on these scorchingly hot days! Thankfully there are plenty of methods to mitigate disaster and save homeowners from such a hassle. The keyword here is certainly prevention, as those in need of a fix have to give their local AC repair folks a call.
When temperatures rise during the summer, you’ll turn to the air conditioning system to cool down your house. While looking at the settings on the thermostat, you may wonder just how cool the AC could potentially make your home. On most thermostats, the lowest setting allowed is 10–15°C, and that’s too cold for most people. Can the AC actually get your house that cool? Could it potentially go farther if the thermostat settings went lower?
We think this is a good question to ask, because it’s not only a theoretical exercise. Knowing the cooling limits of an air conditioning system can help you understand some important basics about how it works and how best to use it. We’ll explain the facts about your AC’s limits below.
Refrigerant leaks are a problem that can strike any air conditioning system. Just because they’re common doesn’t mean they aren’t serious. A refrigerant leak will lead to a string of problems that eventually conclude with an air conditioner permanently breaking down when its compressor fails.
In this post, we’ll look at why refrigerant leaks are such a problem for an air conditioner and how you can recognize leaks so you can call us for air conditioning repair in Qualicum Beach, BC.
People often misunderstand the job of refrigerant in an air conditioning system. They may know that the refrigerant is what somehow makes the air cooler, but they may also believe that the air conditioner runs off the refrigerant as if it were a fuel source.
So we want to make this clear: an air conditioning system does not use up refrigerant like a fuel. The amount of refrigerant in an AC, known as the system’s charge, should remain constant for the life of the unit. Refrigerant goes through a process of evaporation and condensation to allow it to move heat from indoors to outdoors, and during this process, it never dissipates.
This is why leaks are trouble: they lower the charge of the air conditioner. This makes it harder for the AC to absorb enough heat to provide adequate cooling. But there are even more problems. An AC is designed to run at a specific charge, and if that charge drops because of leaks, it jeopardizes the whole air conditioner. Not only will heat absorption drop, but the AC will drain extra power, its coils will freeze, and the compressor will finally overheat. A burnt-out compressor is expensive to fix, and in many cases, it’s more cost-effective to replace the whole AC.
Leaking refrigerant is difficult to notice at first. These leaks are tiny, often the size of pinholes, that form at spots of corrosion along the refrigerant lines. But you can pick up on when an AC is running with lower refrigerant by looking for these warning signs:
Please act quickly when you suspect something is wrong. The sooner we’re on the job, the less danger of your air conditioner needing a larger repair.
Temprite Climate Solutions: For a job done right, call Temprite!
A central air conditioning system runs in cycles: the thermostat sends a request for cooling to the air conditioner’s control board, the board turns on the compressor to place refrigerant under pressure, and the refrigerant circulates to remove heat from indoors. The cycle concludes after the thermostat registers the AC has met the target temperature, causing the compressor to cycle down (although the blower fan may continue to run).
A standard cooling cycle lasts for 15 minutes or more. This is the minimum time necessary for all parts of the AC to put in the work to make a noticeable difference in the indoor temperature. On hotter days, the cycle will last longer.
