Industrial RS485 to LoRaWAN® Converter

Connect Energy Meters, Flow Meters, PLCs & Modbus Sensors Wirelessly

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MacSync LX1 RS485 to LoRaWAN Converter

Industrial Modbus RTU to LoRaWAN® Bridge with Onboard Data Logging

RS485 Modbus RTU InputPolls energy meters, flow meters, PLCs and sensors
6 inputs Analog & Digital2× 4–20 mA · 2× 0–10 V · 2× digital input
15 km Line-of-sight Range2 km urban · IN865 / EU868 / US915 / AS923
10 yr Battery Life19 Ah Li-SOCl₂ · solar and 12–24 V options
IP65 Rugged Enclosure−40 to +80 °C · outdoor-ready industrial build

MacSync LX1

Explore the highlights

RS485 and Modbus meters and sensors compatible with the MacSync converter

Polls the RS485 Modbus devices you already own — energy meters, flow meters, drives, PLCs — and carries their registers over LoRaWAN.

RS485Modbus RTU

Downloads

Everything You Need to Get Building

Datasheets, drawings, firmware, and tools — all in one place.

Product Datasheet

PDF · full technical specifications

In focus

The Capabilities That Set It Apart

Polls the RS485 Modbus devices you already own — energy meters, flow meters, drives, PLCs — and carries their registers over LoRaWAN.

RS485 and Modbus meters and sensors compatible with the MacSync converter

Applications

Industrial RS485 Process Monitoring — IoT solution by Macnman

Industrial RS485 Process Monitoring

RS485Modbus RTUProcess Data

Log RS485 Modbus data from industrial instruments and machines, enabling remote process visibility, diagnostics, and long-term performance analysis over LoRaWAN.

Read case studies

Browse all 21 applications

01 / 21

Who it's for

Why Choose MacSync as Your RS485 Modbus to LoRaWAN® Converter?

The MacSync RS485 to LoRaWAN® converter bridges Modbus RTU devices — energy meters, flow meters, PLCs, and sensors — onto LoRaWAN® networks for secure, long-range monitoring, with onboard logging so no reading is lost.

Compatible RS485 & Modbus Devices You Can Connect to LoRaWAN®

  • CNC VMC Machines

    CNC VMC Machines

  • Temperature & Humidity

    Temperature & Humidity

  • Water Flow Meters

    Water Flow Meters

  • Air Flow Meters

    Air Flow Meters

  • Pressure Sensors

    Pressure Sensors

  • Water Quality Sensors

    Water Quality Sensors

  • Weather Stations

    Weather Stations

  • Generators

    Generators

  • CNC VMC Machines

    CNC VMC Machines

  • Air Flow Meters

    Air Flow Meters

  • CNC VMC Machines

    CNC VMC Machines

  • Temperature & Humidity

    Temperature & Humidity

  • Water Flow Meters

    Water Flow Meters

  • Air Flow Meters

    Air Flow Meters

  • Pressure Sensors

    Pressure Sensors

  • Water Quality Sensors

    Water Quality Sensors

  • Weather Stations

    Weather Stations

  • Generators

    Generators

  • CNC VMC Machines

    CNC VMC Machines

  • Air Flow Meters

    Air Flow Meters

  • Energy Meters

    Energy Meters

  • Soil Sensors

    Soil Sensors

  • Level Sensors

    Level Sensors

  • Pressure Monitoring

    Pressure Monitoring

  • Water Quality Sensors

    Water Quality Sensors

  • Weather Stations

    Weather Stations

  • Generators

    Generators

  • Energy Meters

    Energy Meters

  • Soil Sensors

    Soil Sensors

  • Energy Meters

    Energy Meters

  • Soil Sensors

    Soil Sensors

  • Level Sensors

    Level Sensors

  • Pressure Monitoring

    Pressure Monitoring

  • Water Quality Sensors

    Water Quality Sensors

  • Weather Stations

    Weather Stations

  • Generators

    Generators

  • Energy Meters

    Energy Meters

  • Soil Sensors

    Soil Sensors

  • CNC VMC Machines

    CNC VMC Machines

  • Temperature & Humidity

    Temperature & Humidity

  • Water Flow Meters

    Water Flow Meters

  • Air Flow Meters

    Air Flow Meters

  • Pressure Sensors

    Pressure Sensors

  • Water Quality Sensors

    Water Quality Sensors

  • Weather Stations

    Weather Stations

  • Generators

    Generators

  • CNC VMC Machines

    CNC VMC Machines

  • Air Flow Meters

    Air Flow Meters

  • CNC VMC Machines

    CNC VMC Machines

  • Temperature & Humidity

    Temperature & Humidity

  • Water Flow Meters

    Water Flow Meters

  • Air Flow Meters

    Air Flow Meters

  • Pressure Sensors

    Pressure Sensors

  • Water Quality Sensors

    Water Quality Sensors

  • Weather Stations

    Weather Stations

  • Generators

    Generators

  • CNC VMC Machines

    CNC VMC Machines

  • Air Flow Meters

    Air Flow Meters

Capabilities

Industrial Sensor Data Logger with Multi-Input Support

Switchable 4–20 mA, 0–10 V, Digital & RS485 Modbus Inputs

Switchable 4–20 mA, 0–10 V, Digital & RS485 Modbus Inputs device feature illustration (mobile view)

At a glance

Technical Specifications of the RS485 to LoRaWAN Converter

Every key spec of the MacSync LX1 in one view — inputs, range, power, protection, and the platforms it talks to.

MacSync LX1 RS485 to LoRaWAN converter

RS485

Modbus RTU input

Polls energy meters, flow meters, PLCs and sensors

6 inputs

analog & digital

2× 4–20 mA · 2× 0–10 V · 2× digital input

15 km

line-of-sight range

2 km urban · IN865 / EU868 / US915 / AS923

10 yr

battery life

19 Ah Li-SOCl₂ · solar and 12–24 V options

IP65

rugged enclosure

−40 to +80 °C · outdoor-ready industrial build

Any LNS

cloud compatibility

TTN · ChirpStack · AWS IoT · Orbiwise · private

Features

Everything built in

Customizable Logging Modes

MacSync offers three powerful scheduling modes to suit different automation needs

Continuously log and send data at user-defined time intervals

Cross-Device Integration

Compatible with RS485, 0-10V analog, 4-20mA, and digital inputs for seamless industrial automation

Reliable Onboard Storage

Ensuring that no critical data is lost even when the network is down. Securely stores device logs, sensor data, & event history

Bi-directional communication

Achieve real-time bi-directional communication for instant device control and feedback

Engineered for durability & reliability

Device Firmware Library

providing essential tools and resources for seamless firmware updates, customization, & performance optimization

Macnman Maya

Manage all your settings in one place with the Maya app for seamless configuration & control

Learn more about LoRaWAN connectivity for your IoT applications

How it works

How the RS485 to LoRaWAN Converter Works

Step 1 of 5

Pick the Modbus devices you want online

Energy meters, water meters, flow meters, pressure and temperature sensors, PLCs — anything that speaks Modbus RTU over RS485.

Works with

RS485 & Modbus RTU Devices Supported by the LoRaWAN® Converter

Energy Meters, Flow Meters, Temperature, Pressure & Other Modbus Sensors

Energy Meters, Flow Meters, Temperature, Pressure & Other Modbus Sensors

Go the distance with MacSync’s ultra-long battery life

Hardware

Core Hardware of the RS485 to LoRaWAN Converter, Built for Outdoor Use

Designed for harsh industrial and outdoor environments, the MacSync RS485 to LoRaWAN converter uses a rugged enclosure and industrial-grade electronic components to ensure reliable operation in high temperatures, moisture, dust, and electrically noisy conditions.

Core Hardware of the RS485 to LoRaWAN Converter, Built for Outdoor Use illustration

Cloud & LNS

RS485 to LoRaWAN Converter All Gateway & LNS Compatibility

Supports TTN, ChirpStack, AWS IoT, Orbiwise & Private LoRaWAN Servers

Industrial RS485 to LoRaWAN Modbus datalogger compatible with ChirpStack, The Things Stack, Actility, and AWS IoT Core, enabling secure long-range Modbus data logging across public and private LoRaWAN network servers.

Industrial IoT device data integration illustration
Cloud platforms and LoRaWAN network servers supported

Why Macnman

Easy to Set Up the RS485 to LoRaWAN Converter Without Coding

Configure MacSync Devices Quickly Using the Maya App

Easy to Set Up the RS485 to LoRaWAN Converter Without Coding — configuration and management with the Maya app

Upgrade Your Monitoring Without Replacing Sensors

Maximize Efficiency

with Customizable Solution

Regular Mode scheduling mode illustration

On-Off On Set Time

Schedule precise timings for your IoT applications, perfect for daily routines in smart buildings or agriculture.

Range & reliability

How Far Can an RS485 to LoRaWAN Converter Transmit?

Multi-Kilometer Coverage for Remote Industrial Deployments

The MacSync RS485 to LoRaWAN converter supports long-range wireless communication of up to two kilometers in typical urban conditions, using a high-gain antenna to ensure stable connectivity across factories, dense city environments, and smart infrastructure deployments.

MacSync RS485 to LoRaWAN converter offering long-range wireless connectivity for remote monitoring

Power

Battery-Powered RS485 to LoRaWAN Converter

Long-Life Operation withHigh-Capacity Industrial Battery

Powered by a high-capacity nineteen ampere-hour lithium thionyl chloride battery and an optimized low-power design, the MacSync RS485 to LoRaWAN converter is well suited for long-range, low-maintenance industrial and remote IoT deployments.

Battery-Powered RS485 to LoRaWAN Converter product installation illustration

Go the distance with MacSync’s ultra-long battery life

Architecture

LoRaWAN Network Architecture for the RS485 to LoRaWAN Converter

LoRaWAN Network Architecture for the RS485 to LoRaWAN Converter IoT architecture diagram (mobile view)

Device-to-device

Device-to-Device Communication Without Gateway or Internet

MacTalk Protocol for Direct Macnman Device Networking

Sensor data direct to Macset. No gateway. No network. Remote automation, guaranteed

MacTalk device-to-device communication without gateway or internet

Plug & Play

Truly Plug & Play , No Complex Setup.

Real-Time Control

Near-instant signal transmission between two devices.

Long-Range

Long-range coverage for hard- to-reach places.

Use cases

Use Cases of the RS485 to LoRaWAN Converter

Use Cases of the RS485 to LoRaWAN Converter

Remote Conveyor Condition Monitoring industrial IoT use case illustration

The MacSync RS485 to LoRaWAN Modbus datalogger enables remote conveyor condition monitoring by capturing vibration, motor current, speed, and operational status data from RS485 and Modbus-based sensors to support predictive maintenance and reduce unplanned downtime.

Curious how all your sensors can talk seamlessly over LoRaWAN?

Installation

Easy Installation for the RS485 to LoRaWAN Converter

The RS485 to LoRaWAN converter is designed for quick field installation and supports both wall-mounted and pole-mounted deployments making it suitable for indoor, outdoor, and remote industrial installations

Easy Installation for the RS485 to LoRaWAN Converter device mounting illustration

Connectivity

MacSync Connectivity Options Beyond LoRaWAN®

MacTalk™, Low-Power Wi-Fi & 4G LTE Cellular

Lte Cellular

Ideal for reliable, high-speed IoT connectivity in mobile assets, remote sites, and mission-critical industrial applications.

Wi-Fi

Best for factory automation, buildings, and environments with Wi-Fi infrastructure, enabling fast local/cloud integration.

MacTalk™

A secure, direct device-to-device communication protocol, built for offline IoT networks with no cloud or gateway dependency.

MacSync RS485 to LoRaWAN converter data flow diagram showing Modbus inputs

Maya app

No-Code Configuration for the RS485 to LoRaWAN Converter

Configure IoT Devices Without Coding withMaya

The Macnman Maya App allows no-code configuration of MacSync data loggers, enabling users to set parameters, view live sensor data, and perform OTA firmware updates. The app is available for Android devices

Get it on Google Play
Phone with Maya UI

INSIDETECH

BLE Chip technology icon

BLE Chip

FOTA|Setups|Calibration|Real Time Data
Main RF Chip technology icon

Main RF Chip

LoRaWAN|Authentication|STSafe Security*
INSIDE TECH internal IoT hardware design

FAQ

Frequently asked questions

Yes. The MacSync RS485 to LoRaWAN converter is compatible with all major public and private LoRaWAN Network Servers, including The Things Stack (TTN), ChirpStack, AWS IoT Core, Orbiwise, Actility, and private LoRaWAN deployments.

An RS485 to LoRaWAN converter collects data from RS485 Modbus RTU devices such as energy meters, pressure sensors, flow meters, temperature sensors, and PLCs, and transmits it securely over LoRaWAN for remote monitoring — with onboard data logging so no reading is lost.

MacSync supports a wide range of RS485 Modbus RTU devices, including energy meters, water meters, gas meters, pressure transmitters, temperature sensors, level sensors, vibration sensors, PLCs, and industrial controllers.

Wire the meter’s RS485 A/B terminals to the MacSync converter, set the slave address and registers to poll in the Maya App, and the readings arrive over LoRaWAN — no cable run back to a control room. The same works for flow meters, PLCs, and any Modbus RTU device.

Yes. The converter polls the sensor locally over Modbus RTU and transmits the values by radio — around 2 km in urban conditions and up to 8–15 km in open line-of-sight. Installation is the converter, two wires to the device, and an antenna.

The names overlap: a bridge or converter translates Modbus RTU to LoRaWAN in real time, while a datalogger additionally stores readings onboard. MacSync LX1 does all three — it polls, logs locally so a network outage loses nothing, and uplinks over LoRaWAN.

Yes. MacSync supports offline operation using local device logic and MacTalk™ device-to-device communication. Internet or cloud connectivity is only required when remote monitoring or cloud data access is needed.

The converter is configured using the Macnman Maya App via BLE. Users can set Modbus parameters, logging intervals, uplink modes, thresholds, and perform OTA firmware updates without any coding.

Yes. MacSync supports secure Over-The-Air (OTA) firmware updates through the Macnman Maya App, allowing remote updates without physical access to the device.

MacSync supports multiple power options including external power supply, battery-powered operation with a high-capacity lithium battery, and solar-assisted deployments for long-term remote installations.

With optimized low-power design and configurable uplink intervals, the battery can last for several years under typical low-duty-cycle operating conditions. Actual battery life depends on usage, sensor type, and transmission frequency.

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