本配电工程无线测温监测系统主要由数据采集、数据传输和主站监测组成，每面中压开关柜的断路器手车触头均需配备无线测温装置，每面柜内节点的温度通过485通讯口汇聚至后台系统。
The wireless temperature measurement and monitoring system of the distribution project is mainly composed of data acquisition, data transmission and main station monitoring. The contacts of the breaker handcart in each side of the medium-voltage switchgear are equipped with wireless temperature measurement devices. The temperature of the nodes in each side of the cabinet converges to the background system through 485 communication ports.
本系统的接点温度采集由无线测温传感器、收发器、测温终端构成，无线测温传感器直接安装于配电柜内发热节点，通过无线射频技术将测温数据发送到收发器，再由收发器将数据送至测温终端显示，测温终端可传输到监控主网。本工程无线测温终端选用安科瑞德智能操控无线测温一体化装置ASD320-P6，无线测温传感器选用安科瑞ATE200，收发器选用安科瑞ATC100。
The temperature acquisition system consists of wireless temperature sensor, transceiver and temperature measuring terminal. The wireless temperature sensor is installed directly in the heating node of distribution cabinet. The temperature measurement data is sent to the transceiver by wireless radio frequency technology, and then the data is sent to the temperature measuring terminal to display. The temperature measuring terminal can be transmitted to the monitoring master. Net. In this project, the wireless temperature measurement terminal is ASD320-P6, the wireless temperature sensor is Ancory ATE200, and the transceiver is Ancory ATC100.
整个系统由10kV开闭所无线测温子系统、1#变配电所无线测温子系统、1#变配电所无线测温子系统、主站组成。
The whole system is composed of 10kV switch station wireless temperature measurement subsystem, 1 # substation wireless temperature measurement subsystem, 1 # substation wireless temperature measurement subsystem, main station.