TD-H 系列蜂巢转轮传输除湿机主要是用来对吸湿性较强的工程塑料进行高效率的除湿作业。本公司所采用的蜂巢转轮在理想状态下露点可达到 -40℃; 全系列采用 P.I.D. 温控系统为标准装备，另提供 PLC 控制搭配 LCD 触控式人机界面供选配，提供可定时监控机器除湿效果的露点计供选配，该系列品共有 14 种机型，******干燥风量可达 4000m3/hr
The TD-H series honeycomb dehumidifiers are mainly used to dry hygroscopiengineering plastics. A honeycomb-rotor is used in this series to offer effective dryingWe offer two types of honeycomb rotors:H4 and H5 models that, under ideal conditionscan supply dehu?midified dry air with a dew-point down to -40C respectivelyThe SD-H series offers accurate P.l.D temperature control as standard, with LCD touchscreen and dew-point monitor as optional features. This series comprises 14 models ofhoneycomb dehumidifiers, the largest of which can provide dry air up to a volume of4000m3/hr.
该系列采用 P.I.D. 温度控制系统，可精确控制再生温度 ;
该系列除湿系统采用双冷却器结构，确保更低回风温度及露点 ;
可选配干燥电热与温控表，搭配干燥料桶可对原料进行除湿干燥作业 ;
内部装有回风过滤器，确保蜂巢转轮不受原料粉尘污染 ;
This series use P.I.D temperature control system, hasregenerating temperature settings and real temperaturedisplay function.
Equips with dehumidifying heater and temperature controgauge as options to dry and dehumidify the raw material.
The dehumidifying system of the TD-H series featurestwo condensers to ensure a low return air temperatureand low dew-point.
Main power switch with machanical chain lock function.
 
蜂巢转轮的主体由陶瓷及有机添加剂制成之陶质蜂巢构成再以分子筛及矽胶基本材料经高温结晶使之表面坚硬并强力吸附蜂巢内部故不会如同一般筒装或转盘式分子筛老化后产生粉粒随干燥风吹入干燥桶污染塑料 , 而且蜂巢传输之寿命无限制又可以清洗不像一般分子即易于饱和或老化必须经常更换 , 潮湿回风穿过蜂巢传输的无数小孔时水份将迅速被分子筛吸收故当它离蜂巢时已被完全除温并达到非常较低之露点的干燥风再生与除湿原理相似而且同时进行只是再生风流向相反。
The main body of the honeycomb wheel is made of ceramic and organic additives made of ceramic honeycomb, which is then made of molecular sieve and silicone basic materials through high-temperature crystallization to make the surface hard and strongly adsorb the interior of the honeycomb. Therefore, it will not produce powder particles after aging like ordinary cylindrical or rotary molecular sieve, which will be blown into the drying bucket by the drying air to pollute the plastic. Moreover, the lifespan of the honeycomb transmission is unlimited and can be cleaned. Unlike ordinary molecules, which are easy to saturate or age, they must be replaced frequently. When the humid return air passes through the countless small holes of the honeycomb transmission, the water will be quickly absorbed by the molecular sieve. Therefore, when it leaves the honeycomb, it has been completely warmed and reaches a very low dew point. The princi?ple of drying air regeneration and dehumidification is similar, and the regeneration air flow is opposite at the same time.
 
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