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[第1年] 指数:3
通过将传感器直接安装到生产模具上，SmartTrac过程控制系统能够监测实时的模具成型过程中发生的化学和物理变化。阻抗变化是用来生成一个“Signature”的数据曲线，这是特定化合物成型的独一无二的特点。
By mounting sensors directly into production molds, the SmartTrac process control system is able to monitor the chemical and physical changes occurring in the molding process in real time. Changes in impedance are used to generate a "signature" data curve, which is unique to the specific compound being molded.
通过将传感器直接安装到生产模具上，SmartTrac过程控制系统能够监测实时的模具成型过程中发生的化学和物理变化。阻抗变化是用来生成一个"特征踪迹"的数据曲线，这是特定成型化合物独一无二的特点。Signature控制处理器使用这些踪迹的计算软件，确定每个压制过程中最佳的固化点，以预测最佳固化点。在最佳固化点停止操作会增加生产量，改善产品的一致性，提供快速的投资回报。
控制输入和输出：
两个独立输入（关闭按压或循环开始）；
两个独立输出（用户定义和固化完成）；
I/O可能是5-32 VDC、120 VAC 60 Hz或 220 VAC 50 Hz；
多达4个传感器；
120V 60 Hz 或220V 50 Hz 功率。
By mounting sensors directly into production molds, the SmartTrac process control system is able to monitor the chemical and physical changes occurring in the molding process in real time. Changes in impedance are used to generate a "signature" data curve, which is unique to the specific compound being molded. The Signature Control processor applies software algorithms that use these signatures to determine the optimal cure point for each press cycle to predict the optimal cure point. Releasing the press at the precise cure point increases throughput and improves product consistency, providing a rapid return on investment.
Control Inputs and Outputs:
Two Discrete Inputs (Press Closed or Cycle Start)
Two Discrete Outputs (User Defined and Cure Complete)
I/O may be 5-32 VDC, 120 VAC 60 Hz, or 220 VAC 50 Hz
Up to Four Sensors
120V 60 Hz or 220V 50 Hz Power
Signature控制处理器采用专门的计算软件，确定每个压制过程中最佳的固化点，来预测最佳停止时间。在最佳点停止操作，增加输出，改善了产品的一致性，提供快速的投资回报。
The Signature Control processor applies software algorithms that use these signatures to determine the optimal cure point for each press cycle to predict the optimal cure point. Releasing the press at the precise cure point increases throughput and improves product consistency, providing a rapid return on investment.
技术参数
其他
