Product Overview
Introduction
MacSet LoRaWAN® Controller by Macnman Technologies is a rugged, industrial-grade IoT control module engineered for remote automation and control in both connected and disconnected environments. Designed to work over LoRaWAN® networks, it offers ultra-low power operation, long-range communication, and reliable performance even in harsh and remote locations.
Ideal for smart agriculture, industrial automation, water management, smart buildings, and smart cities, MacSet allows users to monitor and control motors, pumps, valves, fans, and other field equipment—completely wirelessly.
With support for RS485, analog control (0–10V / 4–20mA), and relay output, MacSet ensures seamless integration with existing PLCs, sensors, and actuators.
Product Architecture
Core Features
Enables pre-programmed operation of connected devices based on schedules, sensor inputs, or preset conditions, optimizing energy usage and system performance.
The LoRaWAN Controller enables precise remote control of motors, pumps, fans, and valves, ensuring efficient automation across industrial and agricultural applications.
Multi-Device Compatibility
Supports both RS485 and analog (0-10V / 4-20mA) outputs, allowing seamless integration with a wide range of existing equipment without requiring hardware modifications.
Easily configure and manage device settings through the Macnman Maya app, providing an intuitive interface for remote operation, scheduling, and automation.
Supports real-time bidirectional control, allowing users to monitor device status and send commands remotely for enhanced operational efficiency.
Built for extreme environments, the controller is resistant to dust, moisture, and temperature fluctuations, ensuring durability in harsh industrial and outdoor conditions.
Features internal memory to store operation logs and settings, ensuring continuous functionality even during network disruptions.
Supports wireless firmware updates via LoRaWAN or BLE, ensuring the controller stays up to date without manual intervention.
Applications
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Industrial Motor & Fan Control
Automate high-power motors, ventilation systems, conveyor belts, and cooling fans in factories and warehouses. Enables time-based or sensor-triggered activation to reduce manual oversight and optimize energy usage. -
Remote Generator & Asset Monitoring
Monitor and control diesel generators, battery banks, and critical electrical panels in industrial plants and telecom towers using RS485/analog sensors and relay outputs. -
Water Level & Pump Control
Monitor underground tanks, borewells, and reservoirs, and trigger pump operations based on thresholds. Widely deployed in industrial estates and rural infrastructure. -
Smart Manufacturing Automation
Integrate with existing PLCs and machinery to trigger alarms, adjust settings, or control process flows based on LoRaWAN-based input signals. -
Industrial Safety Systems
Deploy gas detectors, smoke sensors, or vibration sensors integrated via RS485 for alerting and automatic shutdowns in hazardous environments. -
Irrigation & Agricultural Automation
Automate pumps, solenoid valves, and dosing systems in farms, polyhouses, and horticulture fields with real-time scheduling and remote access. -
Greenhouse & Environmental Control
Regulate temperature, humidity, and light exposure using fans, shade nets, and misting systems for controlled farming environments. -
Lighting Automation
Schedule and remotely control streetlights, industrial bay lights, or perimeter lighting to reduce electricity costs and improve visibility. -
Smart Drainage and Manhole Monitoring
Control sump pumps and detect gas leaks or flooding in sewage systems. Preventive alerts help reduce urban hazards and service downtime.
Ideal For
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Businesses
Companies looking to integrate IoT-based automation to reduce costs, improve productivity, and optimize energy consumption. -
Farmers & Agricultural Enterprises
Those seeking automated solutions for irrigation, greenhouse control, and soil management to enhance crop health and sustainability. -
Municipal & Utility Managers
Authorities managing water distribution, street lighting, or waste management systems to improve service efficiency and reliability.
Why do you need this user manual ?
Following are the several reasons you need this manual.
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Effective Product Utilization
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Troubleshooting Assistance
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Maintenance & Care
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Warranty & Service Information
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Regulatory Compliance
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Enhanced User Experience
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Resource for Training
Key Parameter Definitions
Below are key technical terms and identifiers relevant for configuring and operating your MacSync LoRaWAN® device:
| Parameter | Description |
|---|---|
| DevEUI | Device EUI – a globally unique 64-bit identifier for the LoRaWAN end device, typically assigned by the manufacturer. |
| AppEUI / JoinEUI | Application/Join EUI used during the OTAA join process to identify the target application or network. |
| AppKey | Application Key used for end-to-end encryption during the join procedure in OTAA (Over-The-Air Activation). |
| DevAddr | Device Address assigned by the network server during OTAA or manually configured in ABP mode. |
| NwkSKey | Network Session Key used to secure communication between the device and the network server in ABP mode. |
| AppSKey | Application Session Key used to secure the payload data in ABP mode. |
| Join Mode | Specifies the activation method: OTAA (Over-The-Air Activation) or ABP (Activation By Personalization). |
| LoRaWAN Class | Specifies device class: Class A (default, low power), Class B (scheduled), or Class C (always listening). |
| Spreading Factor (SF) | Defines the data rate and range trade-off. Higher SF means longer range but lower data rate. |
| RSSI | Received Signal Strength Indicator – helps assess the LoRa signal quality received by the gateway. |
| SNR | Signal-to-Noise Ratio – helps evaluate the signal clarity and link reliability. |
| Network Server | The platform managing device connections, routing messages, and handling security (e.g., ChirpStack, TTS, Helium, etc.). |