Application of Dehumidifier in Electronic Control Room
Due to the high sensitivity of the different operational processes, storing electronic components and final goods poses several issues within the electronic control room. When huge amounts of electrical components are kept, frequently for lengthy periods of time, this sensitivity rises.
The more they are held, the more likely they are to be damaged by even modest unfavorable storage conditions, rendering them unfit for further use. PCBs and sensitive components can be kept in moisture-proof bags to avoid such damage.
Dehumidification that is precisely managed and optimized is consequently critical for the safe and efficient storing for electronic control room and may save businesses money.
Importance of Dehumidifier in Electronic Control Room
When the relative humidity (RH) exceeds 50%, the likelihood of oxygen and condensate in the air reacting with the materials rises, raising the danger of element quality and functioning being compromised.
The hygroscopic substance of the electronic components attracts condensation and mixes with it, thus the increasing humidity in the control room area increases the danger of water diffusion. This can also result in serious material and functional damage to the elements.
Humidity control and management are consequently key to the performance of electronic component storage, making it much more important for operators to have access to solutions.
Advantages of Dehumidifier in Electronic Control Room
Dehumidifiers have been utilized in electronic control room and manufacturing areas to improve electronic component dependability and safeguard sensitive electronics from excessive and changing humidity levels.
Dehumidifiers keep moisture levels optimal and stable, preventing corrosion, condensation, and electronic circuit breakdown. The dehumidifiers in an electronic control room have shown to be an excellent choice for maintaining a regulated humidity atmosphere and protecting electronics from moisture degradation.
Humidity management may help your business in a variety of ways, including the ones listed above. Followings are some of the important benefits of using dehumidifier in an electronic control room.
Defend Against Fragile Components
Circuit boards and insulators can become increasingly brittle and weak when the temperature and moisture content of the air change. As a result, there is a larger chance of hardware failure and material waste, resulting in increased operational expenses. Improved humidity management for electronics may make such issues far less common, with high-efficiency devices like industrial humidifiers that use evaporative cooling proving to be particularly efficient solutions.
Electrostatic Discharges Can Be Reduced (ESD)
A buildup and arc of energy in conductive materials, such as different metals, causes electrostatic discharges. These shocks can cause irreversible damage and put personnel in danger when they contact with electronics. Humidity regulation ensures that air moisture content levels are controlled, reducing the quantity of electrostatic energy that may be absorbed and arcing.
Data and System Security
Hard drives and Micro SD cards, for example, rely on humidity and electrostatic interference prevention to keep their data safe. Such components, as well as any associated systems (such as smart televisions or PCs), might otherwise get corrupted or even destroyed. In this case, keeping a constant relative humidity is essential.
Fewer instances for de-soldering
In drier circumstances, it is simpler for solder paste to dry out and generate flaws, reducing the efficacy of wave soldering and SMT operations. Excessive humidity, on the other hand, might cause condensation-related problems, such as short-outs and malfunctions. The last thing you want is for your product's shelf life to be shortened as a result of the manufacturing environment, which is why maintaining tight management over your interior surroundings is essential.
Cost-cutting and energy efficiency
When all of the above factors are considered, your budgeting plans will have enough of breathing room. For example, combining an industrial humidifier with an evaporation cooling system may qualify your company for implementing more environmentally friendly solutions. With correct humidity management, less energy will be spent or squandered, and staff productivity will rise as a result of improved airborne infection control, which will reduce sick days. As a result of upgrading your humidification systems, your maintenance and repair needs will be decreased.
Types of Dehumidifiers Used In Electronic Control Room
1. Condensing Dehumidifiers
These dehumidifiers are ready-to-use machines for conventional dehumidification operations requiring a relative air humidity of up to 40% and a room temperature of 41 to 95 degrees Fahrenheit. A refrigerating equipment with compressor, evaporator, and condenser is included in the units. This evaporator uses liquid refrigerant to extract heat from the air and evaporate it. This cools the air to the point that the temperature falls below the dew point, resulting in the formation of a condensate.
2. Desiccant Dehumidifier
When low moisture is below roughly 40% relative humidity then this type of dehumidifier is requiredat typically extremely low temperatures. Using a condensing dehumidifier for this function would be too expensive and energy consuming. Desiccant drying dehumidifies the air by reducing its temperature by using the qualities of silica gels. The dew point is much below that of dry air.
For electronic control room processes and operations, as well as places like battery dry rooms that offer mission-critical minimum dew point temperatures, maintaining total atmospheric management is vital.
Hygroscopic elements used in the assembly or processing of semiconductors are extremely sensitive to excessive humidity. Corrosion of PCBs, transistor problems, and condensation on integrated circuits are all caused by too much moisture.
The RH in the semiconductor fabrication area within the electronic control room must be 30% at 20 ° c. Vacuum and EPI equipment must also be protected by industrial dehumidifiers. For further information about how dehumidifier can help in the electronic control room, feel free to talk to our expert.
