Airflow management aims to maintain and enhance IT equipment functions and the intake of air temperature allows for cooling in control temperatures and reduces cooling airflow as far as possible. If done correctly, the cooling capacity increases, and the operating cost reduces. While cooling optimization and airflow management awareness has improved in the last few decades, a few issues limit the efficiency and capacity of the equipment. Here are several mistakes that data center operators often make, and thereby you can look at them to improve the airflow management with cooling optimization.
Excessive or misplaced supply tiles
Perforated grates and tiles are an easy means to manage airflow inside the computer room. However, recent reports reveal that only a meager amount of entrepreneurs pay attention to the supply tiles. On average, 73% of proper placement gets established. Supply tiles cannot be placed in hot or open areas but in the front of the equipment, which requires air conditioning.
Along with it’s a typical practice to install two rows of incredible tiles in cold areas. This releases more conditioned air inside the region than the equipment, and the excess air will bypass and affect the system. There are two means to reduce the airflow in the aisle, one is removing the supplied tile, and the second is reducing the volume of conditioned air inside the room. Whatever you feel is appropriate based on your requirements, you can go for it. Do not just jump over options and choose wisely.
Unsealed floor opening
Although various sites have tried to seal cable openings in the raised floor, only a few have accomplished the job. These openings release airflow that limits the cooling system’s efficiency and capacity. It’s significant to reduce or seal the airflow from these openings below the electrical equipment, like the power distribution unit and remote power panel.
Poorly sealed racks
The vertical racks of the equipment must have proper seals. It includes installing a blanking panel in the U-shape sealing, the area between the sides of the cabinet and mounting rails, and sealing below the cabinets. The better you seal these areas; the minor exhaust air will circulate in the system.
When multiple or single cabinet space is left open, the open area allows airflow loss outside and even recirculates the air inside the cold. In such a condition, you need the help of professionals who know everything about hi-flow rate, low-temperature air conditioning systems, limiting the efficiency and capacity of the cooling system, and so on.
Calibrate relative humidity and cooling unit temperature
The sensors placed on the cooling unit often shift beyond drift or calibration over time. It results in inaccurate data in the cooling unit. It may also result in mismanagement and poor working of the cooling units. The cooling unit temperature and relative humidity must be checked every 3 to 6 months, and there must be provisions for adjustments.
Various sites have a relative humidity control system that requires constant monitoring. Tight control over the system is necessary to ensure that the cooling unit consumes the least energy and removes unwanted airflow. To limit the relative humidity inside the room, pay attention to the cooling unit, do not allow moisture to enter the room, and lower the return air temperature, so everything works better.
Plan a comprehensive buildup
Without a comprehensive plan for the location of cabinets, mistakes might limit the use of raised floor areas and the cooling capacity. Along with this, the site may get compromised when loaded with more equipment than is necessary. Remember that the cooling unit will work only when everything is well spaced out. For this, you need a master plan under Alterum Technologies to grab a comprehensive picture of everything. Experts can guide you better to kill any opportunity to make a cooling blunder. Talk to professionals so that cooling mistakes do not affect the functioning of data centers.
Benefits of airflow management
Various sites are taking steps to implement airflow management because they understand the benefits of IT intake air. Moreover, making adjustments to the airflow rate circulating inside the room and the temperature of the cooling unit. Without these adjustments, you cannot realize operating costs and capacity improvement. In all these adjustments, you need the help of professionals who know the strategies to ensure the cooling system’s efficacy and management. If you want to ensure cooling optimization, then you need the use of these experts. You know how to evaluate the airflow management system to ensure cooling optimization and complete management over time.
You may look at digital media for information on the best local professionals. By comparing the distinct options, you may make the decision. Following this, you may go for an in-depth analysis. It will help you prepare the master plan to avoid errors.
Avoid cooling follies that can kill data management functions!