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What Happens When You Use A Bigger Evaporator Than A Condenser

What Happens When You Use A Bigger Evaporator Than A Condenser

In any cooling system, condensers and evaporators are crucial components. To guarantee a successful heat transfer procedure, one must be larger than the other. Which of the two components in an air conditioner should be larger? Fortunately, we did some investigating for you, and here is what we discovered.

Using an evaporator that is bigger than a condenser is not advised. The condenser should be larger since it removes the heat from the inside air that is squeezed into hot refrigerant vapor by the evaporator.

Always make sure to select evaporator and condenser sizes that are adequate. To learn more about the sizes of the evaporator and condenser that work together, keep reading.

Is It Possible To Use A Bigger Evaporator Than A Condenser?

The use of an evaporator that is larger than the condenser is not suggested. The reason the condenser needs to be higher is that it expels the heat that the evaporator collected from the interior air and compressed into hot refrigerant vapor.

The evaporator needs to be larger than the condenser in order to produce an efficient heat transfer procedure. Since their coils are made of copper, heat transfer is quite simple.

Evaporator, compressor, and condenser are the three parts that make up an air conditioner.

In order to provide your home with the most comfort possible, a successful heat transfer procedure must be ensured by both the evaporator and the condenser.

The refrigerant flow lines transfer the heat energy that the evaporator has extracted from the indoor air to the condenser. The absorbed heat is expelled outside the device by the condenser.

The compressor coil, a part of an air conditioner, raises the temperature by more than 37.78 degrees Celsius in order for this procedure to be finished.

How Can You Determine An Evaporator Coil’s Tonnage?

What Happens When You Use A Bigger Evaporator Than A Condenser

An evaporator coil’s tonnage may be easily calculated. The quantity of heat that an AC unit can expel from a house in an hour is referred to as “tonnage.” In other words, it describes how well your air conditioner can chill a room. equivalent to 12,000 BTUs per tonne (British Thermal Units).

Manufacturers frequently include the tonnage information in the model number. It could be a three-digit number that begins with 0, a two-digit number with a range of 18 to 60, or both.

BTUs are typically preferred by manufacturers over tons. If you discover it to be so, simply divide the British Thermal Unit value by 12,000 to obtain a tonne.

How Can I Determine The Size Of Evaporator I Require?

What Happens When You Use A Bigger Evaporator Than A Condenser

It’s crucial to pick an evaporator for your cooling system that can absorb the same amount of heat as the condenser can discharge during a cooling cycle.

Tons are used to measure the size of evaporators. You require an evaporator coil with a heating and cooling capacity between 1 and 5 tons if you simply need one for home use. Otherwise, you can make a quick calculation to calculate the size of the evaporator you require.

Many people are familiar with air conditioners, but very few are familiar with its parts, such as the evaporator and condenser coils. It’s critical that you are aware of the evaporator coil size in your air conditioner in order for it to operate effectively and provide the highest level of comfort. This will make it easier to perform appropriate routine maintenance.

What Happens If A Condenser Is Oversized?

What Happens When You Use A Bigger Evaporator Than A Condenser

Different issues could occur when the condenser is larger than the evaporator. Like an evaporator, a condenser is an important part of a cooling system.

They both cooperate to keep your home at a reasonable temperature. Due to this feature, an efficient heat transfer process requires that the compressor and evaporator have the same capacity.

In the event that your condenser is big, your home will be cooled or heated more quickly. Your cooling system can immediately stop working after that. Using an oversized condenser can lead to the following issues:

Energy Bill Is High

A condenser coil’s size must be greater than an evaporator’s size for the latter to keep up. Because of this, the air conditioner will have to run for a longer period of time, using more energy overall and raising energy costs.

Shortened AC Life Span

When the condenser is large, the efficiency and lifespan of the air conditioner are reduced. The undersized, overworked evaporator coil is the source of this.

Little Comfort

To cool the house and make it more comfortable is one of the main purposes of air conditioners. When the condenser is too large, it will help remove moisture from the house rather than chill it, which will significantly reduce comfort.

Can I Use A 2.5 Ton Coil With A 2 Ton Condenser?

It is not a good idea to utilize a 2-ton condenser with a 2.5-ton coil because your home won’t be as comfortable as it may be.

The size of the evaporator and condenser coils employed determines how well an air conditioner works.

If you have a 2-ton condenser with a 2.5-ton (evaporator) coil, the rate at which heat energy is received will be higher than the rate at which it is emitted from your home.

Can A 3 Ton Coil Be Used With A 4 Ton Condenser?

Yes, as the evaporator collects heat and the condenser ejects it, a larger condenser coil is required to expel the heat energy that the evaporator coil has received from the interior of your home.

The evaporator and condenser were designed by manufacturers to cooperate in removing heat and moisture from your home. As a result, an evaporator and condenser need coils of the proper size. The best coils to utilize to provide your home with the most comfort are a 4-ton condenser coil and a 3-ton (evaporator) coil.

Is A 3 Ton Condenser Compatible With A 2 Ton Coil?

Yes, a 3-ton condenser with a 2-ton coil is advised, just as a 4-ton condenser with a 3-ton coil is the perfect match for your air conditioner’s efficient operation.

How Can I Increase The Efficiency Of My Evaporator?

When the ratio of input to output is at its highest, the machine is at its most efficient. An evaporator’s effectiveness solely depends on how well it is maintained.

Your unit’s ineffective performance is frequently caused by your evaporator coil becoming blocked with dust, debris, or dirt. This is one of the main causes.

The effectiveness of your evaporator can be increased by cleaning your cooling system. To increase the effectiveness of your evaporator, try the following:

Blowing Dirt Off

Compressed air has its uses. However, it is feasible to bend delicate coil fins. So being extremely cautious would be beneficial. Use a can of compressed air to easily remove any light dirt or debris you may have found on your evaporator coil.

Make sure the nozzle is kept at least two to three inches away from the evaporator coil’s surface. This is done to stop the coil fins from being bent by compressed air when the coil is being cleaned.

Clean The Coil

Add a few drops of dish detergent to a spray bottle filled with distilled water to clean your coil. Sprinkle the mixture onto the evaporator coil, then wait a minute or two before removing it. After that, clean the evaporator coil of any dirt or debris with a soft bristle brush.

To Sum Up

A heating and cooling system’s condenser and evaporator are crucial components that guarantee a home’s efficient cooling operation. It is not recommended to have a larger evaporator than a condenser. Instead, the capacity of the evaporator and the condenser should be equal.

What Happens When You Use A Bigger Evaporator Than A Condenser

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Written by HVAC Contributor

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