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Data Transmission from ATEX Boxes by Means of LoRa Technology for Industrial Internet of Things (IIoT) Applications

机译:通过为工业互联网(IIOT)应用程序通过LORA技术进行数据传输

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European Union Directive 2014/34/UE regulates characteristics of electronic devices operating in the so-called ATEX environments, i.e., environments featuring a high risk of explosions. Since in these cases electronic components must be separated from the environment itself, sealed metallic ATEX-compliant boxes have been realized to house any electronic component to operate within these scenarios. The aim of this paper is to demonstrate the feasibility of a LoRa transmission from inside an ATEX box to a Gateway positioned outside it. Indeed, LoRa, with the associated LoRaWAN protocol, is becoming day-by-day a crucial technology for the implementation of the so-called Industrial Internet of Things (IIoT) applications. Such a solution may easily overcome any problem of data transmission from inside to outside the box. Tests have been performed exploiting a real 2 cm thick aluminum ATEX box, analyzing radio parameters like Received Signal Strength Indicator (RSSI) and Signal to Noise Ratio (SNR). Results confirm the effectiveness of this transmission channel, while the measured link margin suggest the functioning of this technology also with LoRaWAN Gateway placed at higher distances from the ATEX box, thus fostering its use also in real industrial scenarios.
机译:欧盟指令2014/34 / UE调节在所谓的Adex环境中运行的电子设备的特性,即,具有高风险爆炸的环境。由于在这些情况下,电子元件必须与环境本身分开,因此已经实现了密封的金属ATEX兼容框以容纳任何电子元件以在这些情况下运行。本文的目的是展示从ATEX盒内到射线盒内部的LORA传输到位于其外部的网关中的可行性。事实上,与相关的Lorawan议定书的Lora正在成为一天的一项对所谓的工业互联网(IIOT)应用的重要技术。这种解决方案可以容易地克服从内部到盒子外部的数据传输的任何问题。测试已经进行了利用真正的2厘米厚的铝合金Adex盒,分析了接收信号强度指示器(RSSI)的无线电参数和信噪比(SNR)。结果证实了该传输通道的有效性,而测量的链接保证金表明该技术的运作也与Lorawan网关放在距离Adex盒上的距离较高的距离上,从而在真正的工业场景中培养其使用。

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