本文主要讲述了除湿器的用法。
这时加个除湿器就可以解决问题。
除湿器是溶液除湿空调系统的重要组成部件。
Dehumidifier is one of the most important components in liquid desiccant air-conditioning system.
溶液除湿空调系统中最重要的部件是除湿器和再生器。
The dehumidifier and regenerator are the main parts of liquid desiccant equipments.
分析结果表明用此方法来计算除湿器中除湿量是可行的，且简便易行。
The experimental results indicate that this method of analyzing the dehumidification quantity in the dehumidifier is feasible and simple.
给出了统一的数学模型，对除湿器和冷却器内复杂的传热传质过程进行描述。
A mathematical model is established to describe the complicated heat and mass transfer in these two components.
使用TEMP - Air便携式除湿器去除不必要的水分，精确控制湿度与温度。
Remove unwanted moisture and precisely control humidity levels with TEMP-AIR portable dehumidifiers.
本文是除湿器的硬件电路设计，出于改善人们的居住环境，提供更加舒适的生活空间。
This paper is dehumidifier hardware circuit design, for improving people's living environment and provide more comfortable living space.
提出了一种内冷型液体除湿器，并对该除湿器的除湿过程建立了热质交换的稳态数学模型。
An internally cooled liquid desiccant dehumidifier was proposed and a steady state mathematical model describing the heat and mass transfer of the dehumidification process was developed.
在已有叉流热质交换模型的基础上，通过合理简化给出了空气焓值、溶液等效焓值在除湿器内部的分布情况以及全热效率的解析解。
Analytical solutions of air enthalpy, desiccant equivalent enthalpy as well as enthalpy efficiency were developed under several reasonable assumptions for cross-flow dehumidifier.
将RDEH与国外非转动及转动式除湿器的数值计算结果作了对比，表明建立的模型及计算方法是正确的，且精度高，适用范围广。
The comparison between RDEH and other codes programmed by other authors shows that the computation model and computation method are correct and RDEH can be used in more cases...
将RDEH与国外非转动及转动式除湿器的数值计算结果作了对比，表明建立的模型及计算方法是正确的，且精度高，适用范围广。
The comparison between RDEH and other codes programmed by other authors shows that the computation model and computation method are correct and RDEH can be used in more …
摘要再生器是溶液除湿空调系统中的重要传热传质部件。
Regenerator is a crucial component in the liquid desiccant air conditioning system.
公司生产的湿度控制器已经为多家国内外的加湿机和除湿机的生产企业配套。
Humidity controller produced at home and abroad for more than the humidification and dehumidification machine production enterprises.
分析了除湿系统中直接蒸发式表面冷却器在结霜工况下的换热特性，特别是结霜速度、结霜时间以及结霜时的换热计算。
This paper analyzes some heat-exchange characteristics of evaporator on the condition of frosting in the desiccation system, especially of frost velocity, frosting time and heat exchange calculation.
压缩空气作为过程控制系统气动执行器的动力源，必须经过严格的除湿处理。
Rigorous dehumidification of the compressed air is imperative for the process control system using pneumatic actuators.
空气干燥塔程序控制器是压缩空气除湿处理的专用控制装置。
We have designed the programming controller for the dehumidifying equipment, air drying tower.
采用西门子s7- 200PLC为主控制器，配以人机界面TD 400c和通信模块EM277，设计了某除湿机控制系统。
This paper USES S7-200 PLC as main controller to design a dehumidifier control system, which is equipped with HMI TD400C and communication module EM277.
通过在蒸发器和冷凝器之间增设一组换热器，提高了单位功耗除湿率。
The dehumidification rate per unit energy consume was greatly increased by adding a heat changer between evaporator and condenser.
上述的气流循环系统还可应用于挂壁式空调的室内机、气幕机、空气加热器、除湿机中。
The airflow circulating system can be used for an wall hanging type air conditioner indoor set, an air curtain machine, an air heater and a dehumidifier.
阐述了控制器的主要功能：制热、除湿、通风、自动运行、定时运行、自动除霜、睡眠等。
The main function of the controller: make heat, make cool, dehumidify, rotation fan, auto run, timing run, auto defrost, sleeping run and so on is also presented.
本文提出了将太阳能空气集热器与海水淡化装置相结合，利用热空气增湿-除湿来实现淡化海水的试验装置。
In this paper, a solar desalination unit is designed based on humidification-dehumidification cycle by using hot air which comes from a solar air collector.
软启动预热除湿功能，开机时自动调整输出功率防止瞬间启动，延长加热器的寿命。
4 soft start preheating and desiccant function, automatically adjust the output power to prevent instant start, extend the life of the heater.
软启动预热除湿功能，开机时自动调整输出功率防止瞬间启动，延长加热器的寿命。
4 soft start preheating and desiccant function, automatically adjust the output power to prevent instant start, extend the life of the heater.
应用推荐