Refrigerated Air Dryer – Working Principle Explained

Ease of maintenance and relative cost-effectiveness makes refrigerated air dryers one of the most common types used in industrial applications. Without special requirements such as a minimum dew point refrigerated air dryers are suitable for air-drying applications. Talking about the working principle of refrigerated air dryers, this is based on dehumidifying air by rapidly cooling it, condensing it, and draining off the moisture. Domestic refrigerators or home air-conditioning systems have a very similar operation. Step by step process of Refrigerated air dryers is explained here to help you make a wise buying decision:

Step 1 - In a refrigeration unit, warm, moist air enters the dryer, which cools it rapidly to about 3°C (37.4°F). At this temperature, the water vapor in the air condenses into pure water, which collects in a water trap and is fed into discharge lines. The warm, gaseous refrigerant is cooled and regenerated in a condenser.

Step 2 - The dry air in the chamber is reheated to room temperature and fed through an outlet.

Moreover, refrigerated air dryers are available in two variants – cycling and non-cycling.

1. Cycling dryers are 100% duty cycle machines that can maintain the dew point at a constant temperature.

2. Non-cycling dryers work by intermittently shutting down and restarting to maintain the required temperature.

Both variants are useful in different applications, although cycling types tend to ramp up maintenance costs.

When looking for air dryers for particular uses like in hospitals, you should buy these from experts. The reason behind this is not just the cost but also the functionality and safety of the people in hospital. Multi-Tech Sales is one such medical oxygen plant manufacturer known for its supreme quality products. The quality control team scrutinizes the components to be used in manufacturing as well as in the final assembled devices as a whole.

Comments

Post a Comment

Popular posts from this blog

Use Of PSA Gas Generators In Producing Gas

The PSA gas generators are designed in a way so that they can help in the production of high purity nitrogen gas. The production is done by regulating gas absorption and absorbent regeneration by changing the pressures in both the absorbent and absorber-containing vessels. The swing absorption in both of the absorbers takes place in two running stages after fixed periods. However, this requires a constant temperature to be accurate with the outcome. The end process consists of high purity nitrogen delivered to the containing vessels. If you are a part of any gas-producing company, you need to invest in a PSA gas generator of premium quality that can provide you with the purest outcome of nitrogen gas. This can help you save a lot of time and money required in the production process. Advantages of PSA Gas Generators Quality of Nitrogen Gas Every gas producing company's primary and essential aim is to provide their clients with premium quality gas. This is only possible if you insta
Read more

Design features of a medical oxygen generator

An oxygen generator has been designed to produce gas at extremely low pressure. It is also designed to keep a small quantity of backup in certified storage containers. This minimizes the oxygen combustion hazard considerably. The notable design feature of a medical oxygen generator is that it occupies extremely little space. In many hospitals, only small rooms are being used for storing the oxygen cylinders. The biggest concern of hospital administrators as well as the biomedical engineers is facing a shortage of medical oxygen cylinders during important times. However, when you consider using an onsite oxygen generator, you will be capable of producing oxygen throughout the day. This is for the reason that these devices are designed to generate oxygen automatically.  Thus, you do not need to worry about the shortage of oxygen with an efficiently designed backup system. An industrial air compressor is a power tool that is available with all the required functionalities as well as feat
Read more

How Refrigerated Air Dryers Improve Compressed Air Quality in Manufacturing

Compressed air is a vital utility in manufacturing that powers various tools and processes. However, the quality of compressed air is often overlooked, even though it plays a crucial role in ensuring the efficiency and longevity of pneumatic equipment. One key component that significantly enhances compressed air quality is the refrigerated air dryer. In this blog, we will see how refrigerated air dryer manufacturers contribute to improving compressed air quality in manufacturing settings. Moisture Control Compressed air generated by industrial compressors contains moisture, which, if left untreated, can lead to corrosion, damage to pneumatic tools, and compromised product quality. Refrigerated air dryers effectively address this issue by reducing the temperature of the compressed air. As the air cools, moisture vapour condenses into liquid form and is then removed, ensuring that only dry air flows through the system. This moisture control not only prevents corrosion within the pneumat
Read more