Although many homeowners think that testing whether the aircon is working properly is a difficult task, it is actually easy to do it yourself. In addition to putting your hand on the blower to check the airflow, there are some situations where it is not easy to detect a malfunction. under these circumstances. You need to perform special procedures.
The following is a list of ways you can determine whether the air conditioner is working properly.
1. Check the temperature
One way to check whether the air conditioner is working properly is to check the temperature difference between the return air and the supply air. If you have trouble distinguishing between supply channels and return channels, there are some simple tips to help you do this. Bring a piece of cloth close to one of the holes. The supply hole will blow out the fabric, while the outlet hole will suck it out.
In addition, the return air vent is larger than provided. Even when the air conditioner is turned off, this knowledge can help you distinguish them.
Now you should continue to check the temperature difference. Turn on the air conditioner and set the temperature below room temperature. It will maintain a longer running time, allowing you time to complete the experiment. Let the air conditioner work for 10 minutes, then put the thermometer back into the air duct and record the reading.
Next, switch to the supply hole and pay attention to the temperature. After obtaining these two records, subtract the airway reading from the supply airway reading.
The result will be that the temperature difference in the normal operating air space should be 20 degrees. If the difference is less than 20 degrees, your air conditioner may be facing insufficient refrigerant, prompting you to take action. You are happy to contact professionals to troubleshoot your equipment in detail.
This will help him find a solution to the problem. Keep in mind that temperature differences above 20 degrees can also cause concern. In this case, you also need to contact an air conditioning expert to check your airspace.
2. Check his aircon sound
The sound of the air-conditioning operation told him a lot about his happiness. A healthy air conditioner will run smoothly and emit a uniform sound, which is pleasing to the eye. Unless we talk about a priori hard ancient units, the problematic units will experience noisy operations. If you have a powerful modern air conditioner, you may need to contact a aircon service professional .
He will tear the air and find out the cause of the noise. Sometimes your air conditioner can work smoothly and quietly, but sometimes it beats or screams. If this happens, it should also alert you and seek professional help.
3. Perform a visual inspection
Checking the inside of the air conditioner is also a way to know if it is working properly. You may not hear the strange sound, but that does not mean that it works well. Your wisest decision is to perform a 5-minute visual inspection to see if all the basic components are working properly. If you see a pool of water or a refrigerator, it is a sign that the drain pipe is leaking or the drain channel is blocked. These problems require professional intervention.
Another simple task you can perform is to check the air filter. If you live in a large city with severe traffic pollution, you may want to consider replacing the air filter regularly. In this way, you will ensure that the air conditioner is working properly. If the filter is blocked for a long time, it will affect other parts. For example, making compressors work and heat more intensively can lead to premature failure.
A clogged filter can also allow low-quality air to enter your home.
How do I know if my air conditioner is working properly? -Final thoughts
In short, see if your air conditioner works as you think. Before contacting a professional, it is best to do a simple procedure yourself. These include: visual inspection of filters and drainage channels, and checking for strange noises in the AC operation.
You are also good at checking the temperature difference between the supply air duct and the return air duct.