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2016-04电子仓库空调解决方案
针对电子仓库场所的精密空调解决方案，由于电子仓库无明显发热设备，且对温湿控制及节能有较高要求。根据电子仓库场所的特点，机房精密空调选型推荐为：HIMOD M5...
恒温恒湿空调
The design of constant temperature and humidity system is applied for the climate and environmental conditions (high temperature operation & storage, temperature cycle, high temperature and high humidity, temperature and humidity, condensation test, and etc.), the product of itself is able to tolerate the adaptability and characteristics of change.
恒温恒湿机的设计在气候环境温湿组合条件下(高低温操作&储存、温度循环、高温高湿、低温低湿、结露试验...等)，产品本身的适应能力与特性是否改变。
方案特点
High reliability, flexibility, low cost in entire life cycle
高可靠性，灵活性，整个寿命周期费用低
Modular, scalable, easier to service
模块化，可扩展，易于使用
Large screen graphic display
大屏幕图形显示屏
Standard RS485 and IP communication interface
标准的RS485和IP通信接口
Less thermal cycling for increased electronics life
较少的热循环增加电子寿命
Reduced shipping and site transportation costs
降低运输和现场运输成本
Shorter commissioning time
缩短调试时间
Increased system reliability and mean time between failures (MTBF)
增加系统的可靠性和平均故障间隔时间
No altitude or cold climate de-rating
没有高度或寒冷的气候评级
Ability to free cool -- reduced HVAC system heat load
能够自由冷却——降低空调系统热负荷
High reliability, flexibility, low cost in entire life cycle
高可靠性，灵活性，整个寿命周期费用低
Modular, scalable, easier to service
模块化，可扩展，易于使用
Large screen graphic display
大屏幕图形显示屏
Standard RS485 and IP communication interface
标准的RS485和IP通信接口
Less thermal cycling for increased electronics life
较少的热循环增加电子寿命
Reduced shipping and site transportation costs
降低运输和现场运输成本
Shorter commissioning time
缩短调试时间
Increased system reliability and mean time between failures (MTBF)
增加系统的可靠性和平均故障间隔时间
No altitude or cold climate de-rating
没有高度或寒冷的气候评级
Ability to free cool -- reduced HVAC system heat load
能够自由冷却——降低空调系统热负荷
方案介绍
Nature’s most efficient means of cooling is through the evaporation of water. A simple example is the cooling you feel when stepping out of a swimming pool – the water evaporates quickly from your body, taking heat with it. Our coolers do essentially the same thing by drawing hot air through wet pads using a fan or blower. As water evaporates from the pads, it takes heat from the air with it, resulting in up to 30 degree cooler air being discharged from the cooler.
自然冷却的最有效的方法是通过水的蒸发。一个简单的例子，当你走出一个游泳池觉得水分蒸发很快使你的身体降温。我们的冷却器基本上做同样的事情采用风扇或鼓风机通过湿垫冲热空气。当水分蒸发从湿垫，将热带到空气中导致高达30度，冷空气从散热器排出。
Nature’s most efficient means of cooling is through the evaporation of water. A simple example is the cooling you feel when stepping out of a swimming pool – the water evaporates quickly from your body, taking heat with it. Our coolers do essentially the same thing by drawing hot air through wet pads using a fan or blower. As water evaporates from the pads, it takes heat from the air with it, resulting in up to 30 degree cooler air being discharged from the cooler.
自然冷却的最有效的方法是通过水的蒸发。一个简单的例子，当你走出一个游泳池觉得水分蒸发很快使你的身体降温。我们的冷却器基本上做同样的事情采用风扇或鼓风机通过湿垫冲热空气。当水分蒸发从湿垫，将热带到空气中导致高达30度，冷空气从散热器排出。
方案特点
High reliability, flexibility, low cost in entire life cycle
高可靠性，灵活性，整个寿命周期费用低
Modular, scalable, easier to service
模块化，可扩展，易于使用
Large screen graphic display
大屏幕图形显示屏
Standard RS485 and IP communication interface
标准的RS485和IP通信接口
Less thermal cycling for increased electronics life
较少的热循环增加电子寿命
Reduced shipping and site transportation costs
降低运输和现场运输成本
Shorter commissioning time
缩短调试时间
Increased system reliability and mean time between failures (MTBF)
增加系统的可靠性和平均故障间隔时间
No altitude or cold climate de-rating
没有高度或寒冷的气候评级
Ability to free cool -- reduced HVAC system heat load
能够自由冷却——降低空调系统热负荷
High reliability, flexibility, low cost in entire life cycle
高可靠性，灵活性，整个寿命周期费用低
Modular, scalable, easier to service
模块化，可扩展，易于使用
Large screen graphic display
大屏幕图形显示屏
Standard RS485 and IP communication interface
标准的RS485和IP通信接口
Less thermal cycling for increased electronics life
较少的热循环增加电子寿命
Reduced shipping and site transportation costs
降低运输和现场运输成本
Shorter commissioning time
缩短调试时间
Increased system reliability and mean time between failures (MTBF)
增加系统的可靠性和平均故障间隔时间
No altitude or cold climate de-rating
没有高度或寒冷的气候评级
Ability to free cool -- reduced HVAC system heat load
能够自由冷却——降低空调系统热负荷
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