Daviteq LoRaWAN smart factory monitoring solutions help manufacturing teams add wireless visibility to machines, utilities, production areas and facility assets without extensive new signal cabling. This page is designed for plant owners, maintenance teams, automation engineers, system integrators and digital transformation teams who need to monitor machine health, run/stop status, production counters, energy and utility points, gas leakage, workplace environment and tank levels across existing factories. The visual solution brief below shows how Daviteq LoRaWAN sensors, factory gateways and integration-ready data paths can support retrofit monitoring for maintenance, energy management, safety and operational visibility. Typical data destinations include SCADA, MES, BMS, cloud dashboards and analytics platforms through LoRaWAN Network Server, Node-RED, MQTT, Modbus TCP or API integration. It also helps readers understand which Daviteq product families are suitable for vibration, current, pressure, temperature, RS485 meter reading, dry contact, gas, IAQ and level monitoring applications.
Frequently Asked Questions About LoRaWAN Solutions for Smart Factory Monitoring
1. What can LoRaWAN sensors monitor in a smart factory?
LoRaWAN sensors can monitor many non-critical factory data points such as machine vibration, motor load, run/stop status, alarm relay contacts, production counters, pressure, temperature, current, gas leakage, CO₂, humidity, noise, air quality and tank levels. They are especially useful for retrofit monitoring points where new cable installation is costly, slow or disruptive to production.
2. Why use LoRaWAN instead of wired sensors in a factory?
LoRaWAN is useful when a factory needs to add monitoring to existing machines, utility rooms, warehouses, outdoor areas or hard-to-reach assets without installing long cable routes. It can reduce retrofit effort and support phased digitalization projects. Wired systems are still preferred for high-speed control, machine safety interlocks, emergency shutdown and deterministic control loops.
3. Is LoRaWAN suitable for machine condition monitoring?
Yes, LoRaWAN can be used for monitoring rotating equipment condition on pumps, motors, fans, blowers, compressors and gearboxes. Typical measurements include vibration, mounting-point temperature and abnormal operating indicators. It is best used for condition monitoring, trend tracking and alerts, while detailed high-speed diagnostic systems may still be required for critical machinery analysis.
4. Can LoRaWAN help collect production status and OEE signals?
LoRaWAN can support simple production visibility by collecting dry contact, pulse, run/stop, fault, counter and relay signals from existing machines. This is useful before or alongside a full MES deployment, especially when older machines do not have modern connectivity. The collected data can help estimate runtime, downtime, production count and simple OEE-related indicators.
5. Can existing Modbus meters be connected to LoRaWAN?
Yes, existing RS485 / Modbus RTU meters can be connected through a LoRaWAN RS485 master node. This allows factories to collect data from power meters, flow meters, gas meters, water meters and utility devices without running communication cables back to the control room. Data can then be forwarded to SCADA, MES, BMS, dashboards or cloud platforms.
6. Can LoRaWAN sensors monitor factory utilities?
LoRaWAN is well suited for utility monitoring in factories, including compressed air, water, steam, hydraulic pressure, power meters, tanks, generator fuel, coolant systems and utility skids. Sensors can monitor pressure, temperature, current, analog 4–20 mA signals, RS485 meter data or tank level. This helps maintenance and energy teams improve visibility beyond core production equipment.
7. Can LoRaWAN be used for factory safety and environmental monitoring?
LoRaWAN sensors can support safety and environmental monitoring for gas leakage, oxygen level, CO₂, temperature, humidity, sound level, indoor air quality and storage conditions. These applications are useful in production rooms, warehouses, HVAC areas, utility rooms and gas-risk zones. Final selection should consider sensor range, safety zone, enclosure rating, calibration needs and alarm response requirements.
8. How does LoRaWAN factory monitoring data integrate with existing systems?
A typical architecture uses LoRaWAN sensors transmitting to a factory gateway. The gateway or network server can then send data to Node-RED, MQTT, Modbus TCP, API, SCADA, MES, BMS, dashboards or cloud applications. The best integration method depends on the plant architecture, existing automation systems, data ownership requirements and whether edge processing is needed.
9. What information is needed to select the right Daviteq LoRaWAN product?
Useful project information includes the machine or asset list, signal type, measurement range, mounting condition, safety zone, enclosure/IP requirement, sampling and reporting interval, expected battery life, gateway location, gateway backhaul and target software platform. It is also important to confirm whether the point is monitoring-only or requires local control output.
10. When should wired monitoring still be used instead of LoRaWAN?
Wired monitoring should still be used for high-speed control, machine safety interlocks, emergency shutdown, life-safety systems and deterministic automation loops. LoRaWAN is recommended for monitoring, alerts, retrofit data collection and operational visibility. A good factory architecture can combine wired control for critical functions with LoRaWAN for distributed monitoring points.