LoRa Modbus – LoRaWAN to Modbus TCP converters for BMS and SCADA

LoRaWAN to Modbus TCP converters – LoRa Modbus for automation and BMS

LoRa Modbus solutions (LoRaWAN ↔ Modbus TCP) enable wireless transfer of data from distributed sites to supervisory systems based on Modbus TCP. In practice, this means remote reading and control of devices that in your automation are seen as a Modbus TCP Master or a Modbus TCP Slave—without running costly cable routes over long distances.

The LoRaWAN to Modbus TCP Converters category is selected wherever range, transmission stability and fast commissioning matter: infrastructure monitoring, utilities and energy, building installations, industrial facilities, and locations where Ethernet is available only at a central point, while measurements must be collected from many distributed sites.

How LoRaWAN ↔ Modbus TCP conversion works

A LoRaWAN to Modbus TCP converter acts as a bridge between long-range connectivity and standard Ethernet-based automation. On the wired network side, the device provides Modbus TCP communication via RJ45, and on the radio side it exchanges data within a LoRaWAN network. This way, in the supervisory system (BMS/SCADA/PLC) you keep convenient Modbus TCP integration, while the transmission to remote points is performed wirelessly.

This approach is particularly effective in retrofit projects where running cabling is difficult or not cost-effective. In practice, the integrator gets a stable data channel for reading measurements and statuses and for executing control tasks using standard Modbus TCP mechanisms.

Modbus TCP Master or Modbus TCP Slave – selecting the right option for the supervisory system

In this category you will find devices in Modbus TCP Master and Modbus TCP Slave versions. Choosing the right variant matters, because it determines how the device operates on the Modbus TCP side:

• Modbus TCP Master – a typical choice when the device must actively acquire data and perform Modbus TCP requests within the project architecture.
• Modbus TCP Slave – the right choice when the supervisory system is expected to poll the device as a Modbus TCP server and the data must be available as registers.
• Selecting 868/915 MHz frequency – chosen depending on the radio plan, region, and project requirements.

Models available in this category (LoRaWAN to Modbus TCP)

Below we have collected models from the series visible in this category. They differ by the role on the Modbus TCP side (Master/Slave) and by the 868 MHz or 915 MHz frequency variant. The common denominator is practical integration: LoRaWAN on the radio side, Modbus TCP on the Ethernet side, DIN-rail mounting, and an SMA antenna (according to the variant).

• HD67F03-B2-868MHz – LoRaWAN gateway to Modbus TCP Master, RJ45, SMA 868MHz, DIN rail, housing type B.
• HD67F03-B2-915MHz – LoRaWAN gateway to Modbus TCP Master, RJ45, SMA 915MHz, DIN rail, housing type B.
• HD67F04-B2-868MHz – LoRaWAN gateway to Modbus TCP Slave, RJ45, SMA 868MHz, DIN rail, housing type B.
• HD67F04-B2-915MHz – LoRaWAN gateway to Modbus TCP Slave, RJ45, SMA 915MHz, DIN rail, housing type B.
• HD67D03-B2-868MHz – LoRaWAN converter to Modbus TCP Master, RJ45, SMA antenna, DIN-rail mounting, housing type B.
• HD67D03-B2-915MHz – LoRaWAN converter to Modbus TCP Master, RJ45, SMA 915MHz, DIN rail, housing type B.
• HD67D04-B2-868MHz – LoRaWAN converter to Modbus TCP Slave, RJ45, SMA 868MHz, DIN rail, housing type B.
• HD67D04-B2-915MHz – LoRaWAN converter to Modbus TCP Slave, RJ45, SMA 915MHz, DIN rail, housing type B.
• HD67D01-2-B2-868MHz – LoRaWAN converter to Modbus TCP Master, RS232, Ethernet, DIN rail, housing type B.

Typical LoRa Modbus applications

In practice, LoRa Modbus is most often used in projects where data must be collected from many distributed points, and the supervisory system runs on Modbus TCP. This makes it possible to quickly build consistent monitoring and control based on standard automation.

• Remote reading and integration of measurements in BMS/SCADA (utilities, infrastructure, distributed sites).
• Monitoring device statuses and alarms in hard-to-reach locations.
• Retrofits – adding data transmission without laying new cable routes.
• Distributed systems where Ethernet exists only at the central point, and measurement points are remote.
• Projects requiring a simple, standard Modbus TCP interface for PLC controllers and BMS systems.

FAQ – LoRa Modbus (LoRaWAN to Modbus TCP)

Need a quick LoRa Modbus selection for a specific supervisory system? Write to us – we will select the Modbus TCP Master/Modbus TCP Slave variant and 868/915 MHz option for your installation.