Intelligent wireless temperature monitoring system mainly includes temperature acquisition subsystem, wireless receiving management terminal, monitoring and control subsystem. A wireless communication mode is adopted between the temperature acquisition subsystem and the wireless receiving management terminal, and the monitoring and controlling subsystem is connected with the wireless receiving management terminal through the optical fiber communication equipment and the serial interface. The temperature acquisition subsystem consists of a wireless temperature measuring device, the wireless temperature measuring device and temperature sensor, RF antenna, programmable memory, read-only memory, clock signal controller, and is connected to the power supply; the radio management terminal and wireless receiving antenna, programmable communication, memory address switch, serial interface, external power supply connected. The system of electric power equipment, especially the comprehensive real-time monitoring of high voltage power equipment of the connection point of temperature, when the operating temperature of the device exceeds the preset temperature alarm value, the system will automatically alarm, in order to take timely measures to ensure the safe and reliable operation of the power grid.
【技术实现步骤摘要】
【技术保护点】
智能无线温度监测系统，其特征在于：它主要包括温度采集子系统，无线接收管理终端、监视调控分系统，所述的温度采集子系统由多个无线测温装置组成，该无线测温装置主要部件包含有无线接收模块、Ａ／Ｄ转换器、逻辑接口、电源管理模块的射频器，以及与射频器相连的温度传感器、天线、可编程存储器、只读存储器、时钟信号控制器、外电源，每一台无线测温装置通过温度传感器连接每一处温度测量点；无线接收管理终端包含有无线接收模块、逻辑接口、电源管理模块的射频器，以及与射频器相连的天线、可编程存储器、地址开关、通信串行接口、外电源；监视调控分系统包括本地站端监视子系统、调控端监测子系统，两者的硬件组成为计算机及光纤通信设置，站端监测计算机通过通信串行接口连接无线接收管理终端，调控端监测计算机经光纤通讯设备及另一通信串行接口与无线接收管理终端相连接。
【技术特征摘要】
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