Zhou Jinpeng, Huang Zhencheng, Wang Zhixin, et al. Study on the Capability of a Two Phase Natural Convection System for Hot-swappable Communication Cabinets[J]. Journal of refrigeration, 2012, (1).
DOI:
Zhou Jinpeng, Huang Zhencheng, Wang Zhixin, et al. Study on the Capability of a Two Phase Natural Convection System for Hot-swappable Communication Cabinets[J]. Journal of refrigeration, 2012, (1). DOI: 10.3969/j.issn.0253-4339.2012.01.041.
Study on the Capability of a Two Phase Natural Convection System for Hot-swappable Communication Cabinets
a system with R22 for the hot-swappable communication cabinet is built and tested for its heat dissipation capability. The result shows that this system can handle more than 3000W with the cooling water at about 28℃
meanwhile
it keeps the temperature of the electronic module to be lower than 65℃. Moreover
the tests of unbalance heat load start up and varying during operation are carried out to simulate cases of the heat load changing and hot swapping in a real cabinet. The result tells that the system operates stable with unbalance heat load and meets the requirement for hot swapping.