Product Overview

Introduction

MacSync RS485 Analog to LoRaWAN® Converter is an innovative IoT data logger developed by Macnman Technologies to simplify and enhance real-time monitoring and control across various environments. Built with industrial-grade hardware and intelligent software, MacSync offers a versatile and reliable solution for applications ranging from industrial automation to environmental monitoring.

Designed for seamless integration, MacSync supports connectivity with both RS485 & Analog sensors, making it adaptable to a wide variety of systems and use cases. Whether it’s tracking temperature and humidity, monitoring water levels, or controlling field devices, MacSync delivers accurate, real-time data with ease.

Configuration is quick and user-friendly using the Macnman Maya App, which leverages Bluetooth Low Energy (BLE). Through the app, users can set parameters, adjust logging intervals, and manage data settings directly from their smartphone—no technical expertise required.

Product Architecture

Core Features

Multi-Sensor Compatibility

Supports a wide range of environmental and industrial sensors including CO₂, temperature, humidity, and soil sensors.

Universal Sensor Integration

Works seamlessly with RS485 and analog sensors (4–20 mA / 0–10 V) for broad system compatibility.

Secure by Design

Features an STSAFE chip for encrypted storage and secure device authentication*

Onboard Data Storage

Stores up to 3 years of data locally for uninterrupted logging.

Rugged & Reliable

Built to withstand extreme conditions in industrial and outdoor environments.

Simple Configuration via Maya App

Enables fast and easy setup through the BLE-powered Maya mobile app.

MacSync Dataloggers LoRaWAN Variants

Variant Name	Power Source	Battery Capacity	Solar Support	External Flash	RS485/Analog	Ideal For
MacSync Power Operated (Cost)	12–24 V (Power)	✖️	✖️	✖️	✔️	Low-cost industrial applications with stable power
MacSync Power Operated (Standard)	12–24 V (Power)	✖️	✖️	✔️	✔️	Industrial or commercial sites with enhanced features
MacSync Battery Operated	Battery	19 Ah	✖️	✔️	✔️	Remote or portable deployments with low power
MacSync Solar + Battery	Solar + Battery	Configurable	✔️	✔️	✔️	Outdoor, off-grid, and energy-autonomous environments

Applications

• Agricultural Automation
  Use LoRaWAN-based MacSync devices for automating irrigation systems, monitoring soil moisture, and controlling pumps in remote farmlands without constant power or internet.

• Water Level & Pump Monitoring
  Ideal for monitoring water tanks, borewells, and reservoirs using RS485/analog level sensors with real-time alerts and scheduled pump control via LoRaWAN.

• Smart Cities & Municipal Infrastructure
  Enable remote monitoring of streetlights, water flow meters, and manhole gas levels through long-range LoRaWAN communication.

• Industrial Asset Monitoring
  Track machine status, motor health, and remote asset condition in factories or substations using MacSync's rugged design and reliable LoRaWAN communication.

• Cold Storage & Environmental Monitoring
  Monitor temperature, humidity, and air quality inside warehouses and storage units where long battery life and signal penetration are essential.

Ideal For

• Businesses
  Implement IoT-driven solutions to streamline operations, reduce costs, and improve real-time decision-making.

• Researchers
  Collect precise environmental and scientific data using reliable, field-ready sensing and logging tools.

• Facility Managers
  Enhance building performance with intelligent monitoring of energy use, air quality, and equipment status.

Why do you need this user manual ?

Following are the several reasons you need this manual.

• Effective Product Utilization

• Troubleshooting Assistance

• Maintenance & Care

• Warranty & Service Information

• Regulatory Compliance

• Enhanced User Experience

• 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.).