High performance combustible gas monitoring system

Xu Jun, Tang Ya-nan, Li Xin
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引用次数: 2

Abstract

In order to realize remote monitoring and centralized management of combustible gas. A monitoring system of high performance fuel gas based on RS485 bus communication mode was presented in this paper. The system was composed of center controller and unit controller. The hardware design of unit controller and center controller was introduced, and the software design scheme of the control and communication between each controller were given in this paper. The center controller used Modbus protocol to communicate with the unit controller, to realize the display, storage and query of alarm signal of combustible gas, and complete the automatic zero adjustment, calibration and fault detection of the sensor signal of the unit controller. The unit controller collected the concentration value and temperature value of the combustible gas in real time, but due to effect of temperature, so I used RBF neural network to solve the problem of measuring deviation. The experimental results show that the measurement error is less than 2% LEL, and the alarm error is less than 3% LEL. The presented system has advantages such as easiness of operation, real-time fixing, relativity low cost and a wide prospect of applications.
高性能可燃气体监测系统
以实现可燃气体的远程监控和集中管理。介绍了一种基于RS485总线通信方式的高性能燃气监控系统。该系统由中央控制器和单元控制器组成。介绍了单元控制器和中心控制器的硬件设计,给出了控制的软件设计方案和各控制器之间的通信。中心控制器采用Modbus协议与机组控制器通信,实现可燃气体报警信号的显示、存储和查询,完成机组控制器传感器信号的自动调零、标定和故障检测。机组控制器实时采集可燃气体的浓度值和温度值,但由于温度的影响,我采用RBF神经网络来解决测量偏差的问题。实验结果表明,测量误差小于2% LEL,报警误差小于3% LEL。该系统具有操作方便、实时固定、成本相对较低、应用前景广阔等优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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