Tubeaxial Fan Deliver Added Performance for Airborne Electronics Cooling

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Tubeaxial Fan Deliver Added Performance for Airborne Electronics Cooling

机译：Tubeaxial风扇为空降电子冷却提供了额外的性能

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AMETEK Rotron has introduced an advanced tubeaxial fan with aerodynamic, motor and DC drive technology that delivers best-in-class performance for its compact size. The Propirad 28 VDC fan delivers 200 CFM at 4 iwg with an overall fan efficiency approaching 45 percent - in a package measuring 9.5 cm (3.75 inches) in diameter.

机译：Ametek Rotron推出了一种具有空气动力学，电机和直流驱动技术的先进的对讲机，可为其紧凑的尺寸提供一流的性能。 Propirad 28 VDC风扇在4 IWG提供200CFM，整体风扇效率接近45％ - 在直径为9.5厘米（3.75英寸）的封装中。

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《Electronics Protection》 |2016年第4期|共1页
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正文语种 eng
中图分类维修、保养;
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专利

1. Tubeaxial Fan Deliver Added Performance for Airborne Electronics Cooling [J] . Electronics Protection . 2016,第4期

机译：Tubeaxial风扇为空降电子冷却提供了额外的性能
2. Model for Predicting Performance of Cooling Fans for Thermal Design of Electronic Equipment (Modeling and Evaluation of Effects from Electronic Enclosure and Inlet Sizes) [J] . Takashi Fukue, Masaru Ishizuka, Shinji Nakagawa, Heat transfer . 2011,第4期

机译：电子设备热设计中的冷却风扇性能预测模型（电子外壳和入口尺寸的影响的建模和评估）
3. Patent Issued for Electronic Apparatus Having Cooling Fan and Detachable Air Filter and Control Method of Cooling Fan [J] . Journal of Engineering . 2013,第12期

机译：具有冷却风扇和可拆卸空气过滤器的电子设备的专利已发布，以及冷却风扇的控制方法
4. Series Stacked Tubeaxial Fans: Flow and Acoustic Performance [C] . Maurice Holahan, Dennis J. Hansen, Noah Shirk International Conference on High-Density Interconnect and Systems Packaging . 2001

机译：系列堆叠对讲机风扇：流动和声学性能
5. Investigating Thermo-Fluidic Performance of Si-Based Embedded Microchannels-3D Manifold Cooling System for High Power Density Electronic Applications [D] . ?Jung, Ki Wook 2020

机译：研究高功率密度电子应用的Si基嵌入式微型通道-3D歧管冷却系统的热流体性能
6. Cooling Between Exercise Bouts and Post-exercise With the Fan Cooling Jacket on Thermal Strain in Hot-Humid Environments [O] . Hidenori Otani, Makoto Fukuda, Takehiro Tagawa 2021

机译：在热湿润环境中与风扇冷却套之间的运动突击件和运动后锻炼的冷却
7. Numerical Investigation of Effects of Tip Clearance Height on Fan Performance and Tip Clearance Flow in an Axial Fan of the Cooling Tower [O] . Keon-Je Oh 2012

机译：尖端间隙高度对冷却塔轴向风扇性能和尖端间隙流动影响的数值研究
8. Cool and Quiet: Partnering to Enhance the Aerodynamic and Acoustic Performance of Installed Electronics Cooling Fans: A White Paper [R] . Koch, L. Danielle, VanZante, Dale E. 2006

机译：酷与安静：合作提高已安装电子冷却风扇的空气动力学和声学性能：白皮书

Tubeaxial Fan Deliver Added Performance for Airborne Electronics Cooling

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