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Design of HCI System in Monitor and Control Centre Based on Dry-type Transformer Temperature Controller

机译:基于干式变压器温度控制器的监控中心人机交互系统设计

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Dry-type transformer temperature controllers are installed on transformers and located in different sites outside, which brings inconvenience to the management and operation. The HCI(Human Computer Interface) in monitor and control centre whose function is complete and direct-viewing can be operated simply and easily, and it can manage and operate many temperature controllers inside the monitor and controller centre. Using RISC(Reduced Instruction Set Computer) high speed MCU(Micro Control Unit) ATmega128, a dry-type temperature controller is designed, and then embedding ModBus-RS485 protocol, realizing the data communication between 32 temperature controllers and HCI in monitor and control centre. In this way, a temperature control system is designed. The hardware design and principle of temperature controller are introduced, main functions of HCI system that is designed with Delphi in monitor and control centre are described and design block diagram of the main program is given, with the introduction of embedded Modbus-RS485 protocol and CRC-16 checking. Practice proves that the whole system that consist of temperature controller and HCI in monitor and control centre runs well.
机译:干式变压器温度控制器安装在变压器上,并且位于室外的不同位置,给管理和操作带来不便。监视和控制中心中的HCI(人机界面)功能齐全且可以直接查看,可以轻松简便地进行操作,并且可以在监视和控制中心内管理和操作许多温度控制器。利用RISC(精简指令集计算机)高速MCU(微控制单元)ATmega128,设计了干式温度控制器,然后嵌入ModBus-RS485协议,实现了32个温度控制器与人机界面之间的数据通讯。 。这样,设计了温度控制系统。介绍了温度控制器的硬件设计和原理,介绍了用Delphi在监控中心设计的HCI系统的主要功能,给出了主程序的设计框图,并引入了嵌入式Modbus-RS485协议和CRC。 -16检查。实践证明,由监控中心的温度控制器和HCI组成的整个系统运行良好。

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