Research and Design of Distributed Long Distance Lighting Equipment Monitor System

Yu Chen
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引用次数: 1

Abstract

In many areas such as building, road traffic, underground parking lot, large-scale market, stadium, and entertainment places, and so on, we usually need many lighting equipment, but conventional switch control usually needs work staff artificial control by wire style. This kind of style has poor real time and safety, so, in order to realize distributed long distance lighting equipment state control by work staff effectively at central control room, we design a set of wireless long distance lighting equipment control system through analyzing SCM MSP430F149 low power character, based on SCM MSP430F149 and wireless transmission chip nRF401. System is composed of upper PC, main controller, and each terminal controller. Upper PC controls main controller MSP430F19, and transmits control instruction to field controller, MSP430F149 controls corresponding lighting lamp switch state by wireless transceiver module. Upper PC can effectively complete wireless long distance lighting equipment control in real time. System transmission distance can reach 1000m in theory, which not only reduces physical route connection between terminal equipments, but also simplifies construction difficulty and complexity. System has many advantages such as good expansibility, convenient maintenance, and low cost, etc.
分布式远程照明设备监控系统的研究与设计
在建筑物、道路交通、地下停车场、大型市场、体育场、娱乐场所等许多领域,我们通常需要许多照明设备,但常规的开关控制通常需要工作人员通过电线方式人工控制。这种方式实时性差,安全性差,为了在中控室有效实现工作人员对分布式远程照明设备状态的控制,通过分析单片机MSP430F149的低功耗特点,基于单片机MSP430F149和无线传输芯片nRF401,设计了一套无线远程照明设备控制系统。系统由上位机、主控制器和各终端控制器组成。上位机控制主控制器MSP430F19,并将控制指令传递给现场控制器,MSP430F149通过无线收发模块控制相应的照明灯开关状态。上位机可有效完成无线远程照明设备的实时控制。系统传输距离理论上可达1000m,不仅减少了终端设备之间的物理路由连接,而且简化了施工难度和复杂性。系统具有扩展性好、维护方便、成本低等优点。
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