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    • 1. 发明申请
    • METHOD FOR OPERATING A WATER SOFTENING ION EXCHANGER SYSTEM WITH REGENERATIVE UNIT BY MEASURING IN SITU THE WATER HARDNESS BY MEANS OF AN ION-SELECTIVE SENSORY MECHANISM AND ARRANGEMENT FOR CARRYING OUT SUCH A METHOD
    • 一种用于操作水软化离子交换系统与再生机组的现场测量水余量大小为离子选择性传感器和布置具体实施这样的方法
    • WO0030750A3
    • 2000-08-10
    • PCT/EP9909079
    • 1999-11-24
    • OFS ONLINE FLUID SENSORIC GMBHSCHELLBACH WINFRIED
    • SCHELLBACH WINFRIED
    • B01J49/00C02F1/42G01N33/18
    • C02F1/42B01J49/85G01N33/1853
    • The invention relates to a method for operating a water softening-ion exchanger system with regenerative unit by measuring in situ the water hardness by means of an ion-selective sensory mechanism. According to the inventive method, a partial current of the process water which current has a minimized leak rate is branched off. Said branched-off partial current is guided to a sensory mechanism via a controlled valve unit. The control variables for the partial current are determined on the basis of a process signal which in turn is determined by a control unit for the ion exchanger. Said control variables are correlated with the valve units in such a manner that the partial current is adjusted simultaneously with the process water current. The ion-selective sensory mechanism continuously monitors the concentration ratios in the partial current. When defined threshold values are approached or exceeded, the regenerative process of the ion exchanger is initiated. Outside the tapping hours of process water the partial current is interrupted and the sensory mechanism is provided with a calibrating liquid by the valve unit for calibration and control.
    • 本发明涉及一种用于通过离子选择性传感器的装置中的残余水硬度的现场测量,通过操作与再生单元水软化离子交换系统的方法。 根据本发明的支化具有工艺用水的部分流最小化泄漏率制成,其中,所述部分流通过可控阀单元上的传感器。 此外,我们对的通过用于离子交换工厂过程信号的控制单元预定的基础上,子流设置控制参数,该控制变量被馈送到阀单元,使得部分流是同时调整的处理水流。 离子选择性传感器,用于连续监测在部分流浓度比,与被达到或超过的离子交换系统的再生过程的预定极限值进行。 在过程水的回收时间之外,分流将被中断并通过传感器校准液的阀单元进行校准和控制。