Water Pressure Data Recording System On Pipes Based On The Internet Of Things Networking

Khoerul Anwar, M. Yunus, Eka Yuniar
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Abstract

Measurement system technology is increasing along with the development of digital technology. Likewise, the technology for measuring water pressure in pipes is made digitally, although many conventional measurements still exist, such as the flow meter in housing in general. The purpose of this research is to make a tool based on Internet of Things technology, especially water pressure sensors that are installed in various water sources to obtain data in real time to ensure sufficient pressure to push water to the customer. Each water pressure sensor node is monitored from the system dashboard in real time. In this paper, the author offers an IoT-based measurement system for microcontroller technology on a smart pressure meter using a water pressure sensor controlled by the NodeMCU and the pressure bar is calculated then the data is sent to the cloud with the GPRS module. The results will be displayed on the monitoring system dashboard in form of pressure data, volume in the water reservoir. The results of this study are the implementation of DWM IoT technology is able to monitor water pressure at several PDAM nodes by recording data and displaying pressure data in real time graphical form on the DWM IoT dashboard.
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基于物联网的管道水压数据记录系统
随着数字技术的发展,测量系统技术也在不断发展。同样,测量管道水压的技术是数字化的,尽管许多传统的测量方法仍然存在,比如一般的房屋流量计。本研究的目的是做一个基于物联网技术的工具,特别是水压传感器,安装在各种水源中,实时获取数据,保证有足够的压力向客户推送水。通过系统仪表板实时监控每个水压传感器节点。在本文中,作者提供了一种基于微控制器技术的物联网测量系统,该系统采用NodeMCU控制的水压传感器,在智能压力表上计算压力条,然后通过GPRS模块将数据发送到云端。结果将以压力数据、水库容积的形式显示在监控系统的仪表板上。本研究的结果是,DWM物联网技术的实施能够通过记录数据并在DWM物联网仪表板上以实时图形形式显示压力数据来监测多个PDAM节点的水压。
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