Industrial LoRaWAN® IO Controller

Two 16 A relays, RS485 Modbus and analog inputs for pumps, motors, valves and lighting

Industrial LoRaWAN® IO Controller

MacSet LX1 LoRaWAN® Remote IO & Automation Controller

Designed and manufactured in Pune, India
WPC compliant · IN865 ready

2 × 16 A Relay OutputsPlus RS485 Modbus · 2 × analog · 2 × digital in
3 Automation ModesSchedule · threshold trigger · cyclic, run on the device
Class C Real-time ControlLoRaWAN® v1.0.4 · 23 dBm · IN865 to AU915
IP65 Rugged Enclosure−40 to +80 °C · IP67 option
No-code SetupMaya app over BLE · OTA updates

MacSet LX1

MacSet LX1 Highlights

Remote switching of pumps, motors and valves with the MacSet LX1 LoRaWAN IO controller

Pumps, motor starters, valves and lighting feeders switched from kilometres away over LoRaWAN®, with the relay state reported back so you know it happened.

2 × 16 A relaysPumps · motors · valves

In plain terms

What Is a LoRaWAN IO Controller?

The short answer

A LoRaWAN IO controller is a device that switches equipment on and off from a distance. It receives commands over a LoRaWAN® network and drives relays wired to a pump, valve, motor starter or lighting feeder, while its inputs read the sensors and Modbus devices around it. Because the radio reaches kilometres on one gateway, a site can control dozens of loads without wiring, Wi-Fi or a SIM card at each one.

Relays

  • 2 relays

    Relay outputs

  • 16 A

    Rating of each relay

  • 3 modes

    Regular, trigger and cyclic automation

MacSet LX1 LoRaWAN IO controller with two 16 A relays

MacSet LX1

The MacSet LX1 carries two 16 A relays and runs its rules on the controller itself, so timed, sensor-triggered and cyclic switching keep working when the network is down. Set to Class C it listens continuously, so a downlink reaches the relay at once.

Two 16 A relay outputs for pumps, valves, motors, lighting and alarms, switched remotely or by rules on the device.

The same device is searched for as a LoRaWAN relay controller, a LoRaWAN remote IO module or a wireless pump controller. It is not the LoRa Alliance “LoRaWAN Relay”, which is a range-extender feature of the network, not a switching device.

Get a quote

Need a quote for the MacSet LX1?

Tell us how many you need and where they are going. A product engineer replies within one working day with availability, lead time and the right variant for your site.

  • Reply within one working day
  • Designed and built in Pune, India
  • WPC compliant, RoHS conformant

Downloads

MacSet LX1 Datasheet, User Manual and Decoder

The datasheet, the online user manual with downlink commands, and the payload decoder, in one place.

Product Datasheet

PDF · full technical specifications

User manual (online)

Installation, Maya app setup, schedules and downlink commands

Payload decoder

Decoder and SDK on GitHub for The Things Stack and ChirpStack

In focus

What Sets the MacSet LX1 Relay Controller Apart

Pumps, motor starters, valves and lighting feeders switched from kilometres away over LoRaWAN®, with the relay state reported back so you know it happened.

Remote switching of pumps, motors and valves with the MacSet LX1 LoRaWAN IO controller

01 / 05

Who it's for

Why Choose the MacSet LX1 Industrial LoRaWAN® IO Controller?

The MacSet LX1 LoRaWAN® IO controller lets automation companies, OEMs, utilities and system integrators switch pumps, valves, motor starters, gates, alarms and lighting from a dashboard, kilometres away, over one LoRaWAN® gateway. Two 16 A relays carry the loads, the RS485 Modbus and analog inputs read the panel, and the rules run on the device.

Industrial Equipment You Can Control with LoRaWAN® IO Controller

  • 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

LoRaWAN IO Controller with 2 × 16 A Relay Outputs

and switchable RS485 Modbus, 4–20 mA, 0–10 V and digital inputs

LoRaWAN IO Controller with 2 × 16 A Relay Outputs and switchable RS485 Modbus, 4–20 mA, 0–10 V and digital inputs illustration

What Do You Want to Control Today? Pumps? Valves? Motors? Lights?

Book Live Demo

At a glance

MacSet LX1 LoRaWAN IO Controller — Key Specifications

Every key specification in one view.

MacSet LX1 industrial LoRaWAN IO controller key specifications

2 × 16 A

relay outputs

Plus RS485 Modbus · 2 × analog · 2 × digital in

3 modes

automation on the device

Schedule · threshold trigger · cyclic

23 dBm

transmit power

−137 dBm sensitivity · IN865 to AU915

IP65

rugged enclosure

IP67 option · −40 to +80 °C

BLE

no-code setup

Maya app configuration · OTA updates

Any LNS

network server

ChirpStack · The Things Stack · Orbiwise · Netmore · MQTT

Works with

Equipment You Can Switch with a LoRaWAN IO Controller

Pumps, motor starters, valves, alarms, gates and lighting feeders

Pumps, motor starters, valves, alarms, gates and lighting feeders

How it works

How the MacSet LX1 LoRaWAN IO Controller Works

Step 1 of 5

Connect your loads and sensors

Pumps, valves, motor starters and alarms on the two 16 A relays; sensors and Modbus devices on the analog, digital and RS485 inputs.

Time, Trigger & Cyclic - 3 X Powerful Automation Modes

Create schedules, respond to events, or run repetitive cycles effortlessly

Time Based Automation scheduling mode illustration

On-Off On Set Time, Cyclic Mode & Trigger Mode

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

Discover what MacSet LX1 can control in your environment.

Book Live Demo

Hardware

Offline Automation on a LoRaWAN Relay Controller, No Internet Needed

The MacSet LX1 runs its schedule, trigger and cyclic rules inside the controller, so a pump still starts on low level and the lights still follow their timetable when the gateway, the internet or the cloud is down. The network is for commands and status, not for keeping the site running.

Offline Automation on a LoRaWAN Relay Controller, No Internet Needed illustration

Device-to-device

MacTalk™ Gateway-free Device-to-Device Communication

Your Devices. Talking Directly. Acting Instantly. No Internet Needed.

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.

No-code Configuration with the Maya App

Plug & Play

MacSet LX1 relay schedules and automation modes in the Macnman Maya app

Maya is currently available on Android.

MacSet LX1 requires no coding at all — automation logic, relay actions, schedules, triggers, and cyclic operations are configured directly in the Macnman Maya app over BLE, delivering full industrial-grade control without writing a single line of code.

Cloud & LNS

Compatible with Every LoRaWAN® Gateway and Network Server

Seamless Integration with Public & Private LoRaWAN Networks

The MacSet LX1 joins public and private LoRaWAN® network servers over standard OTAA: ChirpStack, The Things Stack, Orbiwise, Netmore and any private LNS with an MQTT broker, with Macnman decoders published for each.

MacSet LX1 LoRaWAN IO controller: no vendor lock-in and full data ownership
Cloud platforms and LoRaWAN network servers supported

Planning a multi-site automation rollout?

Book Live Demo

Features

Built into the MacSet LX1 Controller

Advanced Automation Modes

MacSet LX1 offers three automation modes to suit different automation needs

Activates actions instantly when a sensor input or event condition is detected.

Smart Task Automations

MacSet’s LoRaWAN controller enables smart scheduling to automate pumps, motors, & valves

Cross-Device Integration

Seamlessly integrate sensors & equipment using RS485, 0–10V analog, 4–20mA, & digital inputs, making it the ideal industrial LoRaWAN controller.

Bi-directional communication

Enjoy real-time control & instant feedback with secure bi-directional LoRaWAN communication,

Engineered for durability & reliability

Reliable Offline Mode

The MacSet LoRaWAN controller operates in offline mode, executing automations setups

Wireless FOTA Updates

Keep your devices optimized with firmware-over-the-air (FOTA) updates BLE

See how fast the MacSet LX1 answers a command over LoRaWAN

Use cases

Use Cases of LoRaWAN I/O Controllers

Real-World Deployments of LoRaWAN I/O Controllers

Remote Conveyor Automation Using LoRaWAN industrial IoT use case illustration

The MacSet LX1 switches the drive contactor of a conveyor over LoRaWAN®, reading run status on its digital inputs and motor load from the VFD over Modbus, so a line can be stopped, started and watched from the control room.

Architecture

LoRaWAN System Architecture Diagram for Industrial IO Controller

LoRaWAN System Architecture Diagram for Industrial IO Controller IoT architecture diagram (mobile view)

Range & reliability

Long-range LoRaWAN® Control from One Gateway

Reliable Control Across Remote & Wide-Area Deployments

At 23 dBm transmit power and −137 dBm sensitivity, the MacSet LX1 holds a link across built-up industrial sites and open farmland from a single gateway, so loads kilometres apart are switched from one place.

MacSet LX1 LoRaWAN controller with long-distance wireless range for industrial remote automation

Build the network: MacLink Gen-2 outdoor LoRaWAN gateway · Setu X1 indoor LoRaWAN gateway · Gateway and coverage calculator

Curious how all your sensors can talk seamlessly over LoRaWAN?

Customize it !

Installation

Designed for Quick Setup in Industrial Environments

MacSet LX1 is designed for for quick and straightforward installation. It can be mounted easily, connected to, relay, analog, digital, or RS485 inputs and configured instantly using the Maya App—without coding or complex setup.

Designed for Quick Setup in Industrial Environments device mounting illustration

Maya app

Configure it from your phone in minutes

All settings, automation modes, & control logic usingMaya

From relay control and scheduling to triggers, cyclic automation, thresholds, and device settings—you can set up everything in minutes with zero coding or complexity.

Get it on Google Play
Phone with Maya UI

Inside the MacSet LX1: STM32WL LoRa and nRF52 Bluetooth Chipset

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 the MacSet LX1: STM32WL LoRa and nRF52 Bluetooth Chipset — internal PCB

Made in India

The IN865 band, WPC compliance and engineering support in Indian Standard Time come as standard. The same hardware ships on EU868, US915, AU915 and RU864 for export projects.

IN865 band

Ships on the 865–867 MHz plan used in India, with the other regional bands available to order.

IN865

WPC compliant

The LoRaWAN® radio is WPC compliant for use in India and the hardware is RoHS conformant.

Compliance

Designed and made in Pune

Hardware, firmware and enclosure from one facility in Pune, with customised firmware and branding for OEM and project orders.

Pune

Support in IST

The engineers who designed the controller answer integration, decoder and Modbus questions by phone, email and WhatsApp.

Support

Next steps: Request a pilot kit · All LoRaWAN converters and controllers · Industrial IoT manufacturer in India

Which controller

Which LoRaWAN Controller Do You Need?

Three Macnman devices cover remote I/O on LoRaWAN®. Pick by how many loads you switch and whether you need to switch at all.

CriterionMacSet LX1MacSet LX2MacSync LX1 converter
Relay outputs2 × 16 A8 × 16 ANone: inputs only
Inputs1 × RS485 Modbus RTU · 2 × 4–20 mA · 2 × 0–10 V · 2 × digital (switchable)1 × RS485 Modbus RTU · 8 × 4–20 mA · 8 × 0–10 V · 8 × digital (switchable)1 × RS485 Modbus RTU, or 2 switchable channels for 4–20 mA, 0–10 V or digital
Power230 V AC or 9–36 V DC variant230 V AC or 9–36 V DC variant19 Ah battery or 9–36 V DC
Automation on the deviceSchedule, trigger and cyclic modesSchedule, trigger and cyclic modesThreshold alerts; no switching
Choose it forOne or two loads: a pump, a motor starter, a valve pair or a lighting feederPanels with up to eight loads: pump houses, lighting feeders, STP blowers, DG changeoverReading a meter, PLC or transmitter with nothing to switch, including sites with no power
SKUs81101 LoRaWAN® · 81102 MacTalk · 81103 BLE81104 LoRaWAN® · 81105 MacTalk · 81106 BLESee the converter page

All three are designed and manufactured in Pune and configured from the same Maya app. Figures are from the Macnman datasheets.

MacSet LX2 datasheet · MacSync LX1 converter

Remote control

LoRaWAN Downlink Commands for the MacSet LX1

Every setting can be changed from the network server without a site visit. Each command has its own FPort, so a rule engine or integration can target it directly.

FPortWhat it doesTypical use
5Test a relayCommission from the LNS before the load is wired
6Set the heartbeat interval, in secondsSlow the uplinks on a quiet site, speed them up while commissioning
8Set the Modbus slave ID and registers to readAdd or change a meter without touching the device
9Set the Modbus slave ID and coilsRead coils on a Modbus slave
10Write a Modbus registerChange a VFD setpoint or a meter configuration
11Modify schedules, times in secondsShift a pump or lighting schedule for the season
12Set RS485 baud rate and parityMatch a new RS485 device
13One-time Modbus register readSpot-check a register from the dashboard
14Read the schedule settings backVerify what the controller is running
15Verify Modbus registersConfirm a configuration took effect

Payload formats for each FPort are in the remote device configuration guide in the documentation. Uplinks carry relay state, input readings and Modbus registers on a configurable interval.

Application map

Pump, Motor Starter and Lighting Control with the MacSet LX1

Each row is a job found on most Indian industrial, utility and farm sites, with the relay, the input and the automation mode that does it.

ApplicationThe relays switchThe inputs readAutomation modeNetwork
Water pump and tank levelPump contactor on relay 1; alarm or fill valve on relay 2Tank level from a 4–20 mA or Modbus level sensor; float switch on a digital inputTrigger: start on low level, stop on high levelLoRaWAN®, or MacTalk from a Macnman level sensor with no gateway
Borewell and irrigationPump starter and a solenoid valveFlow pulse or run feedback on a digital inputSchedule with a cyclic on/off windowLoRaWAN® on IN865
Three-phase motor starterStarter coil through a contactor on a relayRun and trip status on digital inputs; current from a Modbus meterDownlink command, with a trigger rule as the fallbackLoRaWAN® Class C
Street and area lightingLighting contactor or feederSupply status on a digital inputSchedule: sunset to sunrise, run on the deviceLoRaWAN®
DG set and panel monitoringStarter or load changeover on the relaysFuel level on 4–20 mA, battery on 0–10 V, controller registers over ModbusTrigger on thresholds; status by uplinkLoRaWAN®
Ventilation and HVAC fansFan or blower contactorTemperature or CO₂ over Modbus or 0–10 VTrigger on a threshold; cyclic for timed air changesLoRaWAN®
Alarms and sirensSiren, beacon or shutdown relayGas, pressure or level transmitter on 4–20 mATrigger: immediate on threshold, runs without the networkLoRaWAN® or MacTalk
Machines and conveyorsDrive enable on a relayRun status on digital inputs; load from a Modbus VFDDownlink on/off with schedulesLoRaWAN®

Relay contacts are rated 16 A. Motors are switched through their starter or contactor, not directly through the relay.

Related: Smart industry solutions · Smart agriculture and irrigation · Smart city and street lighting · LoRaWAN level sensor for tanks

Compared

MacSet LX1 vs Milesight UC300 vs Dragino LT-22222-L

The two controllers most often shortlisted against the MacSet LX1, on the figures each manufacturer publishes. Checked 10 October 2026; where a page does not state a figure, the cell says so.

CriterionMacnman MacSet LX1Milesight UC300Dragino LT-22222-L
Relay outputs2 × 16 A2 × SPDT relays, 3 A at 30 V DC or 250 V AC2 × relays, 5 A at 250 V AC or 30 V DC
Inputs1 × RS485 Modbus RTU · 2 × 4–20 mA · 2 × 0–10 V · 2 × digital1 × RS485 Modbus RTU · 1 × RS232 · 4 × digital with pulse counting · 2 × 4–20 mA · 2 × 0–10 V · 2 × PT1002 × digital in · 2 × digital out · 2 × 0–20 mA · 2 × 0–30 V; RS485 not on the page checked
LoRaWANv1.0.4 · Class A, Class C via the app · OTAAClass A / C · OTAA or ABP; version not on the page checkedClass A and Class C; version not on the page checked
Transmit power23 dBm at 865 MHz16 dBm at 868 MHz · 20 dBm at 915 MHzNot on the page checked
BandsIN865 · RU864 · EU868 · US915 · AU915CN470 · IN865 · EU868 · RU864 · US915 · AU915 · KR920 · AS923CN470 · EU433 · KR920 · US915 · EU868 · AS923 · AU915 · IN865 by order code
Power230 V AC (180–260 V, 50 Hz) or 9–36 V DC variant5–24 V DC by terminal block or 5 V USB-C0–24 V DC input
EnclosureGlass-filled nylon · IP65, IP67 optional · −40 to +80 °CIP rating not on the page checked · −20 to +60 °CIP rating and temperature not on the page checked · 14.5 × 8 × 5 cm
Automation without the networkSchedule, trigger and cyclic rules on the device · MacTalk device-to-device variantIF-THEN rule engine, up to 16 rules, keeps running when the network is downNot on the page checked
ConfigurationMaya app over Bluetooth · downlink commandsMilesight configuration toolAT commands · downlink
Designed and made inDesigned and manufactured in Pune, India · WPC compliantMilesight, Xiamen, ChinaDragino, Shenzhen, China

Figures for the other products are taken from their manufacturers' product pages, checked on 10 October 2026, and may change. Milesight and Dragino are trademarks of their respective owners.

Full comparison with sources and where each controller fits

FAQ

MacSet LX1 LoRaWAN IO Controller: Frequently Asked Questions

Pumps, motor starters, solenoid valves, lighting feeders, sirens, blowers and DG changeover panels, through its two 16 A relays. Motors are switched through their starter or contactor, so the relay carries the coil current, not the motor current. Each relay can be driven by a downlink command or by a schedule, threshold or cyclic rule running on the controller.

Yes. The MacSet LX1 is a standard LoRaWAN® v1.0.4 device using OTAA, and joins public and private network servers including ChirpStack, The Things Stack, Orbiwise, Netmore and any private LNS with an MQTT broker. Macnman publishes the payload decoder, so uplinks arrive as readable relay states, input readings and Modbus registers.

A Class A device only listens for a short window after it transmits, so a command can wait until the next uplink. The MacSet LX1 ships as Class A and can be set to Class C in the Maya app, where it listens continuously and a downlink reaches the relay at once. Class C needs a permanent supply, which the mains or DC powered LX1 has.

Yes. Schedule, trigger and cyclic rules run inside the controller, so a pump still starts on low level and lights still follow their timetable when the gateway or the internet is down. The MacTalk variant goes further and links Macnman devices directly, with no gateway at all.

One RS485 port acting as a Modbus RTU master at 1,200 to 115,200 baud, reading holding and input registers and writing single or multiple registers on several slaves; two 4–20 mA and two 0–10 V analog inputs with 12-bit resolution; and two digital inputs with state-change detection. The analog and digital channels share switchable terminals.

Yes. Wire a 4–20 mA or Modbus level sensor to an input and set a trigger rule: the pump relay closes below the low level and opens above the high level, without a dashboard in the loop. With the MacTalk variant, a Macnman level sensor at the tank can command the controller at the pump directly, even with no gateway on site.

It switches the starter: the relay drives the contactor or starter coil, and the starter carries the motor current. The relays are rated 16 A, so use a contactor sized for the motor rather than switching the load through the relay directly. Run and trip feedback can come back on the digital inputs.

A GSM controller needs a SIM and mobile coverage at every pump. A LoRaWAN® controller needs neither: one gateway covers pumps, tanks and valves kilometres apart, the rules run on the controller when coverage drops, and the data lands on your own server or broker. GSM still suits a single pump with no gateway nearby.

From the Maya Android app over Bluetooth on site: network keys, relay rules, Modbus registers, thresholds and reporting intervals, with no code. After that, settings are changed by downlink commands on dedicated FPorts, and signed firmware updates arrive over the air.

IN865 for India, plus RU864, EU868, US915 and AU915 to order. The radio is WPC compliant and the hardware is RoHS conformant. The controller is designed and manufactured in Pune.

The radio transmits at 23 dBm with −137 dBm sensitivity. In Macnman field tests that gives around 2 km across built-up industrial sites and up to 8 km with line of sight; antenna height, band and terrain decide the figure on your site.

No. The LoRa Alliance relay specification describes a battery device that extends network coverage to other end nodes. The MacSet LX1 is a relay-output controller: it switches electrical loads from relays. If you were looking for a range extender, a second gateway is the usual answer on a LoRaWAN® network.

The LX1 has two 16 A relays with two 4–20 mA, two 0–10 V and two digital inputs. The LX2 has eight 16 A relays with eight of each input, for panels that switch many loads. Both share the RS485 Modbus port, the three automation modes, the Maya app and the same enclosure family.

The controller, a mounting clip, mounting screws, the user manual and the warranty card; an IP68 cable extender and a power adapter are optional. The glass-filled nylon enclosure measures 142 × 80 × 32 mm, weighs about 175 g and mounts on a wall or a pole.

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