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Cooling Industrial Enclosures with Filter Fans (.pdf)
to this conclusion are covered. Cooling Industrial Enclosures with Filter Fans. 3. Introduction. As electronic components get smaller and more densely packed into enclosures, systems are becoming. increasingly sensitive to external factors including dust, oil, and temperature. Heat in particular
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Hot tips for cool enclosures
. eBooks. Audio / Videos. Training Center. Whitepapers. Reference Centers. Hot tips for cool enclosures. October 11, 2001. When it comes to cooling enclosures, it's time to think inside the box. Printer-friendly version. Felix Klebe. Product Manager. Climate Control. Rittal Corp. Springfield, Ohio
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Design Criteria for Optimum Cooling and Shielding of Enclosures
. Although new technologies such as liquid or vapor cooling are emerging, forced air, convection using fans or blowers still cool the vast majority of systems. Understanding the systems total power dissipation and localized "hot spots" is critical in selection and locating fans or blowers. Before the type
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Thermal-management lessons for enclosure designers
in and around the electronics. Many don't realize how excessive heat shortens the life of electronic equipment. Heat is invisible, but its effects are devastating and costly. The common solution to hot enclosures is to bring in cool ambient air to lower the. Thermal-management lessons for enclosure designers
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Selecting Air Conditioners for Industrial Enclosures (.pdf)
(for example, the maximum operating. temperature for Rittal TopTherm air conditioners is 131° F), it provides less cooling capacity. This is because air conditioners work by pulling the hot air from inside the electrical enclosure. and transferring the thermal energy away from the cabinet
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Field Applications: Keeping Your Enclosure Cool
· January 2005. Enclosures. Field Applications. tube-axial fan is the most common type used in elec-. fans alone may not be enough to remove hot air. When selecting fans or blowers, pay attention to. tronic cooling systems. It is similar to a propeller fan. due to high airflow resistance
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A scalable cooling strategy to meet current and future thermal management requirements
lead to increased exhaust heat, which must be minimized in order to maintain optimal equipment performance. A scalable cooling strategy to meet current and future thermal management requirements - Electronic Products. Wednesday, March 14, 2012 Sign In | Register AllFeature
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Air movers and coolers
reducing filter efficiency because 90% of the airflow passes through the tips of the fan blade. Carefully positioning the fan in the cabinet can avoid some common cooling pitfalls. First, placing a hot component, such as a transformer, in the incoming airflow may seem good for the transformer