Wireless data transmission over long distances is increasingly vital in automation and measurement technology due to the high cost of traditional infrastructure. LoRaWAN serves as a low-power wide-area network protocol in the 868 MHz band, delivering energy-efficient radio communication for IoT applications at regional to global scales. Combined with AMC gateways, sensors, and the iFactoryX platform, it provides a comprehensive end-to-end solution for condition monitoring, maintenance planning, and operational visibility.
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LoRaWAN Uses License-Free 868 MHz Band for Building-Penetrating Connectivity
AMC-Lieferprogramm von LoRaWAN Produkten (Foto: AMC – Analytik & Messtechnik GmbH Chemnitz)
Leveraging the unlicensed 868 MHz frequency band in Europe, LoRaWAN provides coverage and robust signal penetration through city infrastructures. Its energy-efficient protocol allows battery-powered sensor nodes to transmit data across kilometers to gateways. These gateways aggregate incoming packets and forward them to a centralized network server over IP connections. There, sensor readings are stored, analyzed, and visualized in real time. This architecture supports scalable IoT deployments and Smart City monitoring.
Industry 4.0 and Facility Monitoring Efficiently Enhanced by LoRaWAN
Temperature and humidity monitoring in halls and buildings, machine or pump status signaling, meter readings for water, gas, electricity, and signal switching represent key applications. Alarm functions enable early detection of critical conditions and trigger automated responses. By leveraging LoRaWAN networks, industrial and facility monitoring scenarios benefit from long-range wireless coverage, low power consumption, improved penetration. This approach supports predictive maintenance, operational efficiency, and seamless integration in Industry 4.0 environments.
LoRaWAN system integrates sensors, gateways, server for seamless connectivity
A LoRaWAN setup generally comprises battery-powered sensors known as endnodes, multiple gateways, and a central network server to process incoming data. Endnodes collect environmental or machine metrics and transmit packets wirelessly using the LoRaWAN protocol to gateways strategically located for optimal coverage. Gateways such as the WISE-6610 aggregate data from numerous nodes simultaneously and forward these messages securely to the backend over Ethernet or cellular connections for storage and analysis.
AMCs WISE-6610 Gateway and WISE-2410 Sensor Offer Enhanced Connectivity
Monitoring Messdaten Smart Factory (Foto: AMC – Analytik & Messtechnik GmbH Chemnitz)
AMCs hardware lineup includes the WISE-6610 gateway and the battery-powered WISE-2410 vibration sensor with ISO-10816 compliance and integrated AI functionality. The EVA-2000 I/O module offers versatile analog and digital channel support. Meanwhile, the WISE-4610 outdoor base module delivers flexible power options, such as battery operation, solar panel integration, external power sources, ensuring reliable deployment in remote harsh environmental conditions. Together, these devices facilitate seamless data acquisition and efficient edge computing.
iFactoryX integrates Edge IoT, on-premise, cloud for comprehensive monitoring
The iFactoryX platform integrates edge IoT gateways with connectivity to on-premise and cloud environments. It features a suite of intelligent applications for Digital Andon displays, maintenance workflows, prognostic health monitoring, facility monitoring systems, and statistical process control. By combining real-time analytics engines with customizable dashboards, it empowers operations teams to identify performance trends, optimize resource allocation, improve equipment uptime, and implement predictive maintenance strategies that reduce downtime and increase efficiency.
All-in-one AMC Starter Kit Offers LoRaWAN, Modbus, MQTT Support
The AMC starter kit comprises a LoRaWAN gateway with an integrated server, two analog I/O channels (U/I), two digital inputs and one digital output, plus Modbus/RTU connectivity. Sensor nodes can run on battery power, a solar panel or an extended voltage supply, ensuring versatile installation. The system requires no programming skills and is configurable. Data is available over Modbus TCP, MQTT or via public LoRaWAN networks like The Things Network.
AMC Provides Expert LoRaWAN Consultation And iFactoryX Integration Services
AMC has supported numerous LoRaWAN implementations over several years, delivering expert consulting services and integration with the iFactoryX platform. Their experienced engineers guide clients from initial assessment through deployment, ensuring compatibility and optimization. Prospective customers seeking tailored network architecture or analytics capabilities can reach out via info@amc-systeme.de or call 0371/38388-0. The team collaborates closely with users to define requirements, streamline project planning, and drive successful outcomes in industrial IoT environments.
LoRaWAN integrates AMC Devices, iFactoryX for Efficient IoT Automation
Integration of LoRaWAN communication, AMCs modular hardware lineup, and the iFactoryX software framework delivers a robust, energy-optimized solution tailored for automation and IoT applications. It streamlines wireless network deployment through intuitive configuration tools and multi-protocol compatibility, including Modbus, OPC UA, and MQTT. Complete starter kits provide out-of-the-box connectivity to LoRaWAN networks and public infrastructures. End-users gain access to real-time dashboards, predictive maintenance algorithms, and sustainable cost reductions via intelligent data analytics.
