PLC-based industrial temperature controller with different response times

S. Gulpanich, V. Krongratana, Arthit Srimuang, V. Tipsuwanporn, N. Wongvanich
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引用次数: 4

Abstract

This work presents a temperature control of industrial ovens using block FB58 “TCONT_CP” from the Siemens S7-300 PLC, which is evaluated by the OB35 interrupt. Two plants were considered. The first plant was a small industrial oven made of aluminum of size 1.5 cm × 5 cm and taking in 60 W of heat. The second plant was a large industry oven with a 0.125 m3 capacity, capable of exuding 1500 W of heat. Both experiments were controlled by the same Block Command and ovens were tested separately. The Cohen-Coon PID tuning method was firstly applied to both plants, with a separate controller values being obtained for each plant. These values were kept fixed throughout the experiments. A tailored approach was adopted whereby a pulse gen was used in conjunction with the PID control for the small plant; whereas a control zoning was used for the larger plant. Result show that the tailored approach yielded significant improvements in settling times compared to a conventional PID controller.
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基于plc的工业温度控制器,具有不同的响应时间
本文介绍了利用西门子S7-300 PLC的FB58“TCONT_CP”块对工业烤箱进行温度控制,并通过OB35中断对其进行评估。考虑了两家工厂。第一个工厂是一个小型工业烤箱,由铝制成,尺寸为1.5厘米× 5厘米,吸收60瓦的热量。第二个工厂是一个容量为0.125立方米的大型工业烘箱,能够散发1500瓦的热量。两个实验都由同一个Block Command控制,并且分别对烤箱进行测试。首先将Cohen-Coon PID整定方法应用于两个对象,并为每个对象获得单独的控制器值。这些数值在整个实验过程中都是固定的。采用了一种量身定制的方法,将脉冲发生器与小型工厂的PID控制结合使用;而大型工厂则采用控制分区。结果表明,与传统的PID控制器相比,定制的方法在稳定时间上取得了显着改善。
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