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Equipment and automatic control method of the Buddha product concentration of electrolytic chromic acid-treated steel for Plated bath

机译:电镀液用电解铬酸处理钢的佛陀产品浓度的设备和自动控制方法

摘要

PURPOSE:To achieve the automatic control of a plating bath by a simple method by measuring the potential of a sample with an ion electrode after the addition of a chemical agent thereto to determine the concentration of all fluorine ions and the concentration of active fluorine ions based on a calibration curve prepared. CONSTITUTION:A sample is taken into a measuring tank 8 with a pump 17 from a plating bath tank 12 and a buffer is injected into the tank 8 with a pump 19 from a tank 4. After they are mixed thoroughly, potential is measured with an ion electrode 1 and a conversion assay of the concentration of all fluorine ions is performed with a microcomputer 9. Then, a NaCl solution is fed to an assayed sample solution, sampled into a measuring tank 8' with the pump 17, from a tank 6 with a pump 20 and after they are mixed thoroughly, potential is measured with an ion electrode 2 and a conversion assay of the concentration of active fluorine ions is performed with the microcomputer 9. The measured concentrations of both the fluorides are compared with a preset target concentration and addition values of both the fluorides are calculated. Based on the results, they are fed to a plating bath tank 12 by a specified amount from chemical liquid tanks 10 and 11.
机译:目的:通过一种简单的方法来实现对镀液的自动控制,方法是在添加化学试剂后通过离子电极测量样品的电势,从而确定所有氟离子的浓度和活性氟离子的浓度。在准备好的校准曲线上。组成:将样品从电镀槽罐12中用泵17放入测量罐8中,并将缓冲剂从罐4中用泵19注入到罐8中。将它们充分混合后,用电位计测量电位。离子电极1,并用微型计算机9进行所有氟离子浓度的转换分析。然后,将NaCl溶液送入被分析的样品溶液中,并用泵17从水箱6中取样到测量水箱8'中。用泵20并将其充分混合后,用离子电极2测量电位,并用微型计算机9进行活性氟离子浓度的转化测定。将所测得的两种氟化物的浓度与预定目标进行比较计算出两种氟化物的浓度和添加值。基于该结果,将它们从化学液体罐10和11以指定量供给到镀浴罐12。

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