分析比较了中小型纺织企业目前常见加湿方式的原理和优缺点，提出了各种加湿方式的适用范围。
The working mechanism, advantages and disadvantages of frequent humidification methods from several medium and small-scale textile plants were compared and their use range was put forward.
由于其制冷方式属于加湿降温，处理后的空气湿度大，并不太适合人居环境要求。
Because of its humidifying cooling system, it is not be suitable for the human inhabitation environment.
并进行了PAC投加方式的试验，比较了PAC干式投加和湿式投加产生的浮炭量。
The test of PAC dosing mode including dry-type and wet type showed the floating carbon amount results.
采用先进节能的绝对湿度控制方式，根据绝对湿度来调节，不会因机房温度波动使相对湿度变化，造成不必要的加湿、除湿误操作，增大功耗。
According to the absolute humidity to adjust relieves the room temperature fluctuations in the relative humidity change which causes the unnecessary missed operation increasing the power consumption.
采用先进节能的绝对湿度控制方式，根据绝对湿度来调节，不会因机房温度波动使相对湿度变化，造成不必要的加湿、除湿误操作，增大功耗。
According to the absolute humidity to adjust relieves the room temperature fluctuations in the relative humidity change which causes the unnecessary missed operation increasing the power consumption.
应用推荐