1. What can LoRaWAN sensors monitor in data centers and critical facilities?
LoRaWAN sensors can monitor distributed facility points such as water leakage, sump pit water level, temperature, humidity, gas leakage, vibration, equipment status, energy meters, water meters and process signals. In data centers, these points are often located across electrical rooms, plant rooms, basements, rooftops, utility areas and service corridors, where adding new signal cables can be costly or disruptive.
​​
2. Why use LoRaWAN instead of wired sensors in a data center?
LoRaWAN is useful when monitoring points are spread across a facility and do not require high-speed control. It helps reduce cabling work for retrofit monitoring, non-control alarms, meter reading and distributed facility visibility. Wired systems should still be used for critical control loops, emergency shutdown and certified life-safety systems, while LoRaWAN can complement them as a flexible monitoring layer.
​
3. Is LoRaWAN suitable for water leak detection in electrical rooms?
Yes. LoRaWAN can be used to transmit status from leak rope, water presence sensors, float switches or dry-contact leak alarms near electrical rooms, UPS rooms, battery rooms and plant areas. This is especially useful where leak points are remote from the main BMS panel or where pulling new cable through finished or operational areas is difficult.
​
4. How can LoRaWAN help reduce flooding risk in basements or sump pits?
LoRaWAN level sensors can monitor sump pits, basement tanks, underground utility chambers and water pits. By reporting water level trends or threshold alarms, the system can help facility teams detect abnormal water accumulation earlier. This supports flood prevention planning, pump maintenance and faster response before water ingress affects electrical or critical infrastructure areas.
​
5. Can LoRaWAN sensors monitor temperature and humidity in plant rooms?
Yes. Battery-powered LoRaWAN temperature and humidity sensors are suitable for monitoring plant rooms, electrical rooms, UPS areas, battery rooms, equipment stores and service corridors. They can provide trend data and threshold alarms to support facility monitoring, thermal risk management and preventive maintenance, especially in areas that are not fully covered by existing wired BMS sensors.
​
6. Can existing power meters, water meters or gas meters be connected to LoRaWAN?
Yes. Existing meters and field devices can often be connected using LoRaWAN nodes with RS485/Modbus, digital input, pulse input or analog input. This is useful for power meters, water meters, gas meters, flow computers and other installed devices where the customer wants to collect data wirelessly without replacing the existing measurement infrastructure.
​
7. How does LoRaWAN data integrate with DCIM, BMS or SCADA systems?
A typical architecture sends data from LoRaWAN sensors to a LoRaWAN gateway, then to a network server or edge layer. From there, data can be forwarded to DCIM, BMS, SCADA, cloud dashboards or facility monitoring platforms using integration methods such as MQTT, Modbus TCP, API, TCP/IP bridge, Node-RED flows or project-specific connectors.
​
8. Can LoRaWAN be used for generator rooms and technical-room gas monitoring?
Yes, LoRaWAN gas sensors can support monitoring of gas risks in generator rooms, medical gas rooms, fuel areas and technical spaces. Depending on the gas type, the project may require electrochemical, NDIR or siren-equipped gas sensor options. For gas applications, final selection should confirm gas type, detection range, local alarm needs, ventilation conditions and applicable safety requirements.
​
9. Is LoRaWAN suitable for vibration and condition monitoring of pumps, fans and motors?
LoRaWAN vibration sensors can support condition monitoring for rotating equipment such as pumps, fans, motors and generators. They are useful for collecting vibration and temperature trends for predictive maintenance and early fault detection. For high-frequency diagnostic analysis, detailed machine-health requirements should be reviewed before selecting the sensor model and reporting strategy.
​
10. Where should a LoRaWAN gateway be installed in a data center or critical facility?
Gateway placement should consider building structure, floor layout, basements, plant rooms, service corridors, metal enclosures, fire-rated walls and rooftop or outdoor utility areas. Large or complex facilities may require multiple gateways or carefully placed antennas. A site survey or pilot test is recommended when coverage must extend across several floors or shielded technical rooms.
​
11. What information is needed to select the right Daviteq LoRaWAN solution?
Useful inputs include the monitoring point list, floor plan, installation area, sensor range, IP rating, power source, alarm thresholds, reporting interval, gateway location, expected battery life and target integration protocol. For meter or device integration, it is also important to confirm whether the existing signal is dry contact, pulse, RS485/Modbus, 4–20 mA or another interface.
​
12. How can Daviteq support a data center LoRaWAN monitoring project?
Daviteq can help review the monitoring points, recommend suitable LoRaWAN sensors and gateways, estimate coverage requirements and define the integration architecture for DCIM, BMS, SCADA or cloud platforms. Sharing the floor plan, equipment list, gateway location, reporting interval, alarm logic and target protocol helps Daviteq propose a practical configuration for the project.