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Cutting and Boning Room Design: Fabrication Room Challenges

机译:切割和母体房设计:制造室挑战

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1. Select a Room Temperature from 45℉ (7°C) to 50℉ (10°C). The lower temperature should focus on Hardware efficiency and the higher temperature for the combination of Hardware and People Efficiency. 2. Choose a Dew Point lower than the Meat Temperature. 3. Design ADP as low as possible. To avoid defrost stay at 32℉ (0°C) or above. 4. Design on Air velocities from 20 (0.1 m/s) to 10 FPM (0.05 m/s) and coordinate with Room Air Temperature. 5. Design Constant Fresh Air based on 15CFM/person (25.5 m~3/h.person). 6. Design Wash Down exhaust to "clear" the room at mid-shift (every 4 hours) or between shifts, unless otherwise specified by the customer. 7. In problem areas, try to get your local authorities to understand that an open flame is better than a heat exchanger. 8. Make sure your Process Room floor has an excellent drainage system. 9.Make sure the cooling coil is designed to handle the designed fresh air with low ADP's by using double fin spacing 2 FPI (First 1/3) and 3 FPI (last 2/3). 10. Use AHU -Air Handling Units - specifically designed for your system, and avoid adaptation of units not designed for this application.
机译:1.选择45‰(7°C)至50°(10°C)的室温。较低的温度应专注于硬件效率和更高的温度,以实现硬件和人员效率的结合。 2.选择低于肉温度的露点。 3.设计ADP尽可能低。避免除霜停留在32℉(0°C)或以上。 4.在20(0.1米/秒)至10fpm(0.05 m / s)的空气速度上设计,并与室内空气温度坐标。 5.基于15cfm /人(25.5 m〜3 / h.person)设计常数新鲜空气。 6.设计洗净排气至“清除”房间在中班(每4小时)或班次之间,除非客户另有规定。 7.在问题领域,试图让您的地方当局了解开放的火焰比热交换器更好。 8.确保您的工艺室地板具有出色的排水系统。 9.确保冷却线圈设计为使用双翅间距2 FPI(前1/3)和3 FPI(最后2/3)处理设计的新鲜空气。 10.使用AHU -AIR处理单元 - 专为您的系统设计,避免适应未为此应用设计的单位。

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