subject: Cooling Features Of Chicago Data Centers [print this page] Do you outsource your mission-critical business applications to Chicago data centers? Do you understand the benefits of outsourcing to a data center? This article will provide information about Chicago data centers and specifically focus on the cooling features offered at these kinds of facilities.
Every day enterprises around the world create exponentially more information that needs to be stored and maintained. It is estimated that before the year 2010 more data will be produced in one year than all the data created in the prior history of mankind. Critical systems for storing data have continued to get smaller with more horsepower, while at the same time requiring more and more power to operate. Mission-critical business applications also require more processing power to meet the demand of their end-users. This explosion is causing business enterprises to find suitable colocation and enterprise hosting solutions to house this critical data and applications with facilities that can meet these high-density needs.
High quality Chicago data centers offer state-of-the-art facilities and data center services for the colocation and management of mission-critical business applications. Many of them also own and operate multiple data centers across the United States, strategically located to provide secure, expert-run solutions to midsize enterprises. Their attention to detail, strict process culture and world-class customer service enable them to offer maximum reliability, security and stability for their customers.
One of the most important aspects of Chicago data centers is their cooling capabilities. Superior data centers' infrastructures feature N+1 design. The climate is controlled by way of precision air condition systems. These data centers have 20-ton and 30-ton Computer Room Air Conditioners (CRAC) units located in each colocation room. CRAC units are piped to cooling towers, chillers or condensers located in a secured exterior area.
The CRAC units are set to 72-degree set-point, and continuously monitor the data center environment within a 2-degree tolerance, and add humidity, cool or heat as needed to maintain that set point condition.
High-quality Chicago data centers infrastructures also have temperature and humidity sensors located in each colocation room to ensure environmental conditions are appropriate and stable.
A number of methods are used at high-quality Chicago data centers to handle higher densities, and sound operational practice:
- High-quality Chicago data centers infrastructures are designed, engineered and operated based on industry best-practices
- All customers go through a data center design review once requirements are gathered
- Hot-row, cold-row data center infrastructure configurations
- 42" deep cabinets not only allow the necessary room for today's deeper servers, but also allow for better cable management to ensure that airflow from the servers is not blocked
- Blanking panels in all open RU space to prevent bypass-air and hot air recirculation
- Under floor plenum with minimal to no obstructions
- Metered PDUs are used to ensure no circuit loading goes unnoticed, as well as provide critical input for capacity management
- Higher than standard density requirements are met with either passive cooling methods, such as those available from Chatsworth (Vertical Exhaust Duct System), or active supplemental cooling methods, such as those available from APC (in-row cooling)
Choose a Chicago data center offering secure and reliable service and remember to research the data center's cooling capabilities. If a data center does not offer the services mentioned in this article, there may be a better Chicago data center option.
