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PROPER CONVEYOR OVEN DESIGN INCREASES MANUFACTURING PRODUCTIVITY

机译:正确的输送机烤箱设计可提高生产效率

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摘要

As users of industrial conveyor ovens, you likely want to increase productivity by finding the best match between your manufacturing process and the oven. In pursuit of this goal, certain factors must be considered and decisions must be made if oven designers and manufacturers are to be successful in helping oven users achieve their goals. This article aims to shed light on design points that seem small but often have a large impact on oven design. Operating temperature is an area that is often a source of unexpected adjust- ments. The two most common operating temperature ranges where unexpected adjustments are needed are low temperature (less than 150℉ [65℃]) processes and those in the 450 to 600℉ (232 to 315℃) range. In a typical conveyor oven, the heat source will be infrared, infra-air (a combination of infrared and internal recirculating airflow), and electric or gas hot air convection. The choice of heat type is first based upon the substrate and the heat source that best matches it.
机译:作为工业输送烤箱的用户,您可能希望通过在制造过程和烤箱之间找到最佳匹配来提高生产率。为了实现此目标,如果要使烤箱设计者和制造商成功地帮助烤箱用户实现其目标,则必须考虑某些因素并做出决定。本文旨在阐明看似很小但通常会对烤箱设计产生重大影响的设计要点。工作温度通常是意外调整的来源。需要进行意外调整的两个最常见的工作温度范围是低温(低于150℉[65℃])过程和450至600℉(232至315℃)范围的过程。在典型的输送机烤箱中,热源将是红外,红外空气(红外和内部循环气流的组合)以及电或气体热空气对流。热类型的选择首先基于基材和最匹配基材的热源。

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  • 来源
    《Process Heating 》 |2014年第8期| 14-17| 共4页
  • 作者

    Byron Stokes;

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  • 正文语种 eng
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