Smart Industrial Wireless LoRaWAN® IO Controller
Wirelessly operate pumps, valves, alarms, & industrial actuators with LoRaWAN®
Smart LoRaWAN Remote IO & Automation Controller
Cellular IO Controller is available Starting from ₹ 19899
LoRaWAN MacSet Controller
Starting at ₹ 5900
MacSet X1
Explore the highlights
Pumps, valves, lighting, motors — switched from kilometres away over LoRaWAN, with the state reported back so you know it happened.
MacSet works in always-listening mode, so a command from your dashboard reaches the relay in real time — not on the next check-in.
Reads sensors over analog, digital and RS485 Modbus inputs alongside its outputs — one controller for the whole panel.
Time schedules, presets and threshold rules run on the controller itself, so routine operation continues even without the network.
Runs from 230 V AC or 9–24 V DC, with optional solar support — built to sit in a panel, not on a battery budget.
Transmits at 26 dBm — among the strongest in our range — reaching around 2 km through built-up sites in our field tests.
Macnman devices coordinate directly over the MacTalk™ protocol — no gateway, no internet, no cloud required.
Standard LoRaWAN, so it joins the network server you already run — public or private.
Commission over BLE with Maya, build automation rules without code, and push OTA firmware updates remotely.
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 or light, and it reads sensors on its own inputs to decide when to act. The site needs no control cable and no SIM, only a LoRaWAN gateway within range.
Relays
- 2 relays
Relay outputs
- 16 A
Rating of each relay
- 3 modes
Regular, trigger and cyclic automation
Automation
- Regular
Relay actions at scheduled times
- Trigger
Relay actions from sensor readings
- Cyclic
Repeating on/off timing sequences
Inputs
- 4–20 mA
Two current-loop inputs
- 0–10 V
Two voltage inputs
- RS485
One Modbus RTU master port
Radio
- v1.0.4
LoRaWAN® version
- IN865
Also RU864, EU868, US915 and AU915
- MacTalk
Macnman protocol for gateway-free links
Power & build
- 230 V AC
Mains supply
- IP65
Enclosure, with an IP67 option
- −40 to +80 °C
Operating temperature
Setup
- Maya
Android app, configuration over BLE
- OTA
Remote configuration by downlink
- AES-128
LoRaWAN® encryption
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. Over MacTalk, Macnman devices can also command it directly, with no gateway.
Two 16 A relay outputs for pumps, valves, motors, lighting and alarms, switched remotely or by rules on the device.
Regular mode switches at scheduled times, trigger mode acts on analog or Modbus readings, and cyclic mode repeats an on/off sequence.
Reads 2 × 4–20 mA, 2 × 0–10 V and 2 × digital inputs, and polls Modbus RTU devices on one RS485 port.
LoRaWAN® v1.0.4 on IN865, RU864, EU868, US915 and AU915, plus MacTalk for links without a gateway.
Runs from 230 V AC mains in an IP65 enclosure, with an IP67 option, rated from −40 °C to +80 °C.
Configured over BLE with the Maya Android app, and reconfigured remotely by downlink.
The same job is described as a LoRaWAN relay controller, a LoRaWAN remote IO module or a wireless pump controller.
Get a quote
Need a quote for the MacSet X1?
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
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
Pumps, valves, lighting, motors — switched from kilometres away over LoRaWAN, with the state reported back so you know it happened.
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Applications
Applications of the Industrial LoRaWAN Relay Controller
Industrial Equipment Control
Control pumps, motors, and valves remotely using LoRaWAN relay outputs—ideal for factories, utilities, and industrial automation.
Read case studiesWater Pump Automation (Pumps, Water Tanks, Irrigation): Automate borewell pumps, overhead tanks, and irrigation valves with real-time LoRaWAN switching for reliable water management.
Energy Load Control (Switchgear, Relays, Breakers): Enable remote control of energy loads, switchgear, and relay panels for optimized power distribution and safety.
Refrigeration Control (Cooling Units, Alarms, Relays): Control cooling units and trigger alarms in cold rooms and freezers using LoRaWAN digital outputs.
Machine Health Automation (Vibration, Alarms, Shutdown): Trigger alarms or emergency shutdowns based on vibration or temperature thresholds for predictive maintenance.
Agriculture Automation (Irrigation, Pumps, Sprayers): Automate irrigation pumps, sprayers, and greenhouse systems with long‑range LoRaWAN control.
HVAC & Ventilation Control (Fans, Airflow, Controllers): Remotely control HVAC dampers, exhaust fans, and ventilation systems for smarter building automation.
Tank Level Control (Pumps, Valves, Alarms): Automate tank filling/emptying using level-sensor inputs and LoRaWAN-controlled pumps or valves.
Smart Parking Automation (Barriers, Lights, Status): Control boom barriers, parking lights, and entry systems remotely via LoRaWAN relay control.
Smart Waste Systems (Compactors, Alerts): Trigger waste compactors or alarm systems based on fill-level data for efficient waste management.
Greenhouse Automation (Fans, Misters, Shades): Automate greenhouse climate systems—fans, misters, and shading—using LoRaWAN outputs.
Environmental System Control (Air Quality, Alarms, Controls): Trigger ventilation, alarms, or environmental controls based on sensor thresholds.
Silo & Tank Control (Motors, Valves, Safety): Remotely operate motors and valves in silos and tanks for safe, automated material handling.
Building Automation (Lighting, HVAC, Safety): Enable remote control of building lights, HVAC systems, and safety alerts through LoRaWAN.
Utility Control (Water, Gas, Energy): Automate and remotely control utility valves and breaker panels for real-time operations.
Mining Automation (Conveyors, Pumps, Safety): Control dewatering pumps, conveyors, and safety alarms in harsh mining environments.
Quality & Process Automation (Alarms, Relays, Digital): Trigger QC alarms and control production relays using sensor-driven LoRaWAN automation.
Chemical Plant Control (Valves, Alarms, Safety): Remotely actuate safety valves and alarm systems in chemical storage plants.
Process Optimization Control (Actuators, Digital, Relays): Automate actuators and relay systems to streamline industrial processes.
Airport System Control (Conveyors, Lighting, Safety): Remotely control airport utility systems like conveyors, lighting, and alarms over LoRaWAN.
STP/ETP Automation (Pumps, Blowers, Dosing): Automate STP/ETP pumps, blowers, and dosing systems with relay-based LoRaWAN control.
Poultry Farm Automation (Fans, Feeders, Lighting): Control climate fans, automatic feeders, and lighting schedules wirelessly.
Commercial Automation (Lighting, HVAC, Alarms): Automate mall lighting, HVAC, and alert systems for energy efficiency and better control.
Browse all 23 applications
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Who it's for
Why Choose the MacSet LX1
Industrial LoRaWAN® IO Controller?
MacSet X1 LoRaWAN® IO Controller enables automation companies, OEMs, utilities, and system integrators to remotely control pumps, valves, motors, gates, alarms, and industrial equipment using long-range LoRaWAN®.
Industrial Equipment You Can Control with LoRaWAN® IO Controller
CNC VMC Machines
Temperature & Humidity
Water Flow Meters
Air Flow Meters
Pressure Sensors
Water Quality Sensors
Weather Stations
Generators
CNC VMC Machines
Air Flow Meters
CNC VMC Machines
Temperature & Humidity
Water Flow Meters
Air Flow Meters
Pressure Sensors
Water Quality Sensors
Weather Stations
Generators
CNC VMC Machines
Air Flow Meters
Energy Meters
Soil Sensors
Level Sensors
Pressure Monitoring
Water Quality Sensors
Weather Stations
Generators
Energy Meters
Soil Sensors
Energy Meters
Soil Sensors
Level Sensors
Pressure Monitoring
Water Quality Sensors
Weather Stations
Generators
Energy Meters
Soil Sensors
CNC VMC Machines
Temperature & Humidity
Water Flow Meters
Air Flow Meters
Pressure Sensors
Water Quality Sensors
Weather Stations
Generators
CNC VMC Machines
Air Flow Meters
CNC VMC Machines
Temperature & Humidity
Water Flow Meters
Air Flow Meters
Pressure Sensors
Water Quality Sensors
Weather Stations
Generators
CNC VMC Machines
Air Flow Meters
Capabilities
Industrial LoRaWAN IO Controller with 2x Digital Outputs
& Switchable Digital, Analog & RS485 Modbus Input Interfaces
At a glance
MacSet X1 LoRaWAN Controller — Key Specifications
Every key specification in one view.
2× 16 A
relay outputs
Plus 2× analog · 2× digital out · RS485
3 modes
automation
Cycle · threshold · schedule-based
15 km
line-of-sight range
Long-range LoRaWAN connectivity
IP65
rugged enclosure
Outdoor-ready build
BLE
no-code setup
Maya app configuration · OTA updates
Any LNS
cloud compatibility
Compatible with all major LNS
Works with
Industrial Equipments You Can Control Using Smart LoRaWAN IO Controller
Operate Pumps, Motors, Valves, Alarms, Gates, & Heavy Industrial LoadsOperate pumps, motors, valves, alarms, gates, & heavy industrial loads
How it works
How the MacSet LX1 LoRaWAN IO Controller Works
Step 1 of 5
Connect your loads and sensors
Pumps, valves, motors and alarms on the 2× 16 A relays; sensors on the analog, digital and RS485 Modbus inputs.
Build the logic in the Maya app
Cycle, threshold or schedule-based rules, set over Bluetooth — no code. The controller runs them on its own.
It runs even without the network
Rules execute locally on the device, and Macnman devices can coordinate directly over MacTalk™ — no gateway or internet required.
Command it over LoRaWAN
Send on/off and setpoint commands remotely through your LoRaWAN network, from anywhere.
See status in real time
Live output states and input readings on your dashboards and mobile app.
Time, Trigger & Cyclic - 3 X Powerful Automation Modes
Create schedules, respond to events, or run repetitive cycles effortlessly
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.
Operating modes
Time, Trigger & Cyclic - 3 X Powerful Automation Modes
Create schedules, respond to events, or run repetitive cycles effortlessly
Supports time-based schedules, sensor-triggered actions, and cyclic ON/OFF automation—everything you need for complete control.
01
Set ON/OFF Time
Choose the exact I/O ON and OFF time to automate your equipment on a daily or custom schedule.
02
Configure Schedule in Maya
Use the Maya App to set your preferred timing schedule over Bluetooth—no coding or manual setup required.
03
Automation Runs Automatically
The MacSet LX1 executes the ON/OFF schedule automatically every day without requiring any manual intervention.
Hardware
Offline & Local Automation with a LoRaWAN Relay Controller (No Internet Needed)
The MacSet LX1 operates fully offline, executing automation logic locally inside the controller without dependence on LoRaWAN, Wi-Fi, or cloud connectivity ideal for remote and mission critical sites.
Device-to-device
MacTalk(TM) Internet Free Device-to-Device Communication
Your Devices. Talking Directly. Acting Instantly. No Internet Needed.
MacTalk™ is Macnman’s proprietary device-to-device communication protocol that works even in remote locations with no network coverage. Your devices talk directly to each other over long distance, enabling automation, alerts, and control actions instantly and securely.
Sensor data direct to Macset. No gateway. No network. Remote automation, guaranteed
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 Maya for LoRaWAN Relay Controllers
Plug & Play
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 All LoRaWAN® Gateways & Network Servers
Seamless Integration with Public & Private LoRaWAN Networks
MacSet LX1 integrates seamlessly with public and private LoRaWAN network servers, including The Things Stack (TTN), AWS IoT, Orbiwise, and MQTT-based platforms—ensuring reliable interoperability across diverse deployments.
Why Macnman
True No-Code Configuration for Smart LoRaWAN IO Controllers
Automate Pumps, Valves, Motors, & Alarms without Coding
Features
Everything built in
Advanced Automation Modes
MacSync offers three powerful scheduling 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 MacSet Responds, Experience instant relay control over LoRaWAN.
Use cases
Use Cases of LoRaWAN I/O Controllers
Operate Pumps, Valves, Motors, Lights & More
Real-World Deployments of LoRaWAN I/O Controllers
The MacSet LX1 LoRaWAN Controller enables real-time conveyor automation, capturing vibration, motor load, and operational status to improve uptime, reduce failures, and enhance predictive maintenance.
Water Level Monitoring & Pump Control Using LoRaWAN: The MacSet LX1 LoRaWAN Controller automates water management using level sensors, activating pumps and valves intelligently based on tank or pit levels, preventing overflow, flooding, and ensuring uninterrupted flow operations.
Battery Health Monitoring Using LoRaWAN: The MacSet LX1 LoRaWAN Controller measures battery parameters including voltage, current, and temperature, enabling threshold alerts, predictive health diagnostics, and better energy reliability.
Smart Waste Bin Monitoring Using LoRaWAN: The MacSet LX1 LoRaWAN Controller enables automated waste-bin monitoring using ultrasonic fill-level sensing, delivering real-time data to optimize collection routes and maintain cleaner facilities.
Street Light & Area Lighting Control Using LoRaWAN Relays: The MacSet LX1 LoRaWAN Controller manages large lighting networks by controlling up to 32 lights through an external relay module, ensuring energy savings, automated scheduling, and remote lighting management.
Underground Water Level Monitoring & Drainage Automation: The MacSet LX1 LoRaWAN Controller continuously monitors underground water levels using pressure or ultrasonic sensors, providing real-time insights for flood prevention, drainage automation, and water resource planning.
Solar Panel Performance Monitoring Using LoRaWAN: The MacSet LX1 LoRaWAN Controller monitors solar panel performance by tracking voltage, current, and temperature, enabling fault detection, performance optimization, and remote solar farm management.
PLC Data Acquisition & Remote Control Using LoRaWAN: The MacSet LX1 LoRaWAN Controller collects real-time PLC process data and triggers automated relay actions, enabling seamless industrial automation, equipment control, and remote operation.
Vacuum & Low-Pressure Monitoring Using LoRaWAN: The MacSet LX1 LoRaWAN Controller captures vacuum and low-pressure readings in real time, ensuring precise monitoring, fault detection, and preventive maintenance in industrial systems.
Architecture
LoRaWAN System Architecture Diagram for Industrial IO Controller
Connectivity
Industrial IO Controller with Multiple Connectivity Options
Choose MacTalk™, Low-Power Wi-Fi or 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.
Capabilities
Real-Time Command Execution Using LoRaWAN
MacSet LX1 Works In Always Listening Mode
Range & reliability
Long-Range Communication Using LoRaWAN
Reliable Control Across Remote & Wide-Area Deployments
MacSet LX1 enables reliable long-range LoRaWAN communication, supporting stable control and monitoring across multi-kilometer distances for industrial, agricultural, and remote automation deployments.
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.
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.
Maya app
Configuration Soooo Easy that Feels Like a Magic
All settings, automation modes, & control logic using
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.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.
INSIDETECH
BLE Chip
Main RF Chip
FAQ
Frequently asked questions
Yes. The MacSet LX1 LoRaWAN IO Controller is compatible with all standard public and private LoRaWAN Network Servers (LNS), including The Things Stack (TTN), ChirpStack, Orbiwise, AWS IoT, Loriot, and enterprise private LoRaWAN deployments.
The MacSet LX1 LoRaWAN IO Controller can control pumps, motors, solenoid valves, industrial relays, contactors, alarms, lighting systems, gates, and any equipment driven by digital, analog, or RS485 Modbus inputs, making it suitable for industrial and infrastructure automation.
Yes. The MacSet LX1 supports full offline automation and executes all control logic locally inside the controller. Internet or LoRaWAN connectivity is only required for remote monitoring, command updates, or cloud-based control.
The controller is configured using the Macnman Maya App over BLE. Users can set schedules, triggers, cyclic operations, and I/O logic without writing any code or PLC programs, enabling fast deployment even by non-technical teams.
The MacSet LX1 supports digital inputs, analog inputs (0–10V and 4–20mA), and RS485 Modbus RTU, allowing seamless integration with a wide range of industrial sensors, meters, and PLC systems.
Yes. The LoRaWAN relay controller continuously listens for downlink commands and executes relay actions immediately when commands are received from the network server, enabling near real-time remote control of connected equipment.
Yes. With offline automation capability, industrial-grade I/O interfaces, long-range LoRaWAN communication, and reliable local decision-making, the MacSet LX1 is well suited for industrial, agricultural, utility, and remote mission-critical automation deployments.
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