MacSync LWS X2 LoRaWAN 6-in-1 Weather Station Datasheet

Product Overview

MacSync LWS X2 is an advanced industrial-grade 6-in-1 LoRaWAN® Weather Station with Integrated Optical Rain Sensor designed for real-time environmental monitoring, meteorological analytics, and Industrial IoT weather intelligence applications. The station continuously measures rainfall, wind speed, wind direction, ambient temperature, relative humidity, and atmospheric pressure to deliver highly accurate environmental data for automation, predictive analytics, safety monitoring, and climate-driven operational decisions.

Unlike traditional weather stations that rely on mechanical tipping-bucket rain gauges, MacSync LWS X2 uses advanced optical rainfall sensing technology for highly reliable precipitation monitoring with reduced maintenance requirements and improved long-term outdoor stability. This makes the station ideal for flood-warning systems, rainfall analytics, precision agriculture, irrigation automation, stormwater management, reservoir monitoring, and smart-city environmental infrastructure.

Built for ultra-long-range wireless communication and low-power outdoor deployments, MacSync LWS X2 enables stable weather and rainfall data transmission even in remote areas where wired infrastructure is unavailable. Its rugged IP65-rated UV-resistant enclosure and industrial-grade sensing architecture ensure reliable operation in harsh outdoor conditions including heavy rain, dust, humidity, extreme heat, and challenging environmental exposure.

The weather station is ideal for deployment across farms, vineyards, plantations, greenhouses, highways, airports, industrial plants, mining sites, smart campuses, reservoirs, renewable-energy plants, weather-monitoring towers, flood-monitoring infrastructure, and smart-city environmental monitoring networks.

With support for OTA configuration through the Maya App, onboard data logging, solar-powered and battery-powered variants, and seamless integration with TTN, ChirpStack, MQTT servers, SCADA systems, and private LoRaWAN® networks, MacSync LWS X2 provides scalable, secure, and maintenance-efficient weather and rainfall monitoring for Industrial IoT, smart agriculture, disaster management, and environmental intelligence applications.

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Key Features

Industrial 6-in-1 LoRaWAN® Weather Station Advanced industrial-grade LoRaWAN® weather station designed for real-time environmental monitoring across smart agriculture, industrial automation, smart cities, renewable-energy plants, flood-monitoring systems, and outdoor infrastructure.

Integrated Optical Rainfall Monitoring Technology Built-in optical rain sensor enables accurate precipitation monitoring without mechanical tipping buckets, reducing maintenance while improving long-term outdoor reliability.

Real-Time 6-Parameter Environmental Monitoring Simultaneously measures rainfall, wind speed, wind direction, ambient temperature, relative humidity, and atmospheric pressure for accurate meteorological analytics and climate intelligence.

Ultra-Long-Range LoRaWAN® Wireless Connectivity Enables stable weather and rainfall data transmission across farms, highways, reservoirs, industrial campuses, greenhouses, and remote outdoor deployments without wired infrastructure.

Smart Agriculture & Precision Farming Ready Supports irrigation automation, rainfall-based irrigation control, greenhouse climate management, crop protection systems, evapotranspiration analysis, and precision farming analytics.

Real-Time Weather Alerts & Intelligent Automation Generate automated alerts based on rainfall intensity, wind conditions, atmospheric pressure changes, and temperature fluctuations for safety monitoring and industrial automation workflows.

Industrial-Grade Environmental Sensing Architecture High-stability industrial sensors engineered for reliable long-term operation in harsh outdoor environments including rain, humidity, UV exposure, dust, and extreme temperatures.

Solar-Powered & Battery-Operated Variants Available in industrial battery-powered and solar-powered variants for long-term remote weather monitoring deployments with minimal maintenance requirements.

Rugged IP65 Outdoor Enclosure UV-resistant weatherproof enclosure designed for continuous outdoor operation across industrial plants, highways, reservoirs, weather stations, and environmental monitoring infrastructure.

Wireless OTA Configuration via Maya App Configure weather station parameters, sampling intervals, uplink settings, diagnostics, calibration, and firmware updates remotely without opening the enclosure.

Onboard Data Logging & Reliable Buffering Internal memory stores environmental and rainfall data during temporary network outages and automatically synchronizes once connectivity is restored.

Supports TTN, ChirpStack, MQTT & Private LoRaWAN® Networks Fully compatible with The Things Network, ChirpStack, MQTT servers, industrial cloud dashboards, SCADA systems, and private LoRaWAN® network servers.

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Applications

Smart Agriculture & Precision Irrigation Monitor rainfall and weather conditions in real time to optimize irrigation scheduling, greenhouse climate control, crop protection, and precision farming operations.

Rainfall Monitoring & Flood Warning Systems Track precipitation intensity, rainfall trends, and environmental conditions for flood-warning infrastructure, stormwater management, and disaster management systems.

LoRaWAN® Weather Monitoring Networks Deploy distributed wireless weather stations across large geographical areas for hyperlocal weather intelligence, climate analytics, and environmental monitoring.

Industrial Weather Monitoring & Safety Automation Monitor environmental conditions around factories, industrial yards, mining sites, warehouses, and construction zones to improve operational safety and automation.

Smart City Environmental Monitoring Infrastructure Enable urban climate monitoring, heat mapping, pollution analysis, rainfall monitoring, and weather-responsive smart-city infrastructure.

Solar Farms & Renewable Energy Monitoring Collect environmental and weather data for renewable-energy analytics, solar farm optimization, and predictive maintenance systems.

Highways, Airports & Transportation Infrastructure Support weather-responsive operational monitoring across highways, railways, airports, ports, bridges, and intelligent transportation systems.

Reservoirs, Dams & Water Resource Monitoring Monitor rainfall and environmental conditions around reservoirs, dams, canals, and water-treatment facilities for operational planning and water management.

Research Stations & Meteorological Studies Enable long-term climate monitoring, hydrology analysis, environmental research, and meteorological data collection for research institutions and universities.

Remote Forest & Wildlife Environmental Monitoring Ideal for forests, wildlife reserves, mountainous terrain, plantations, and remote outdoor locations without wired communication infrastructure.

Smart Campuses & Institutional Weather Monitoring Deploy weather stations across universities, industrial parks, government infrastructure, corporate campuses, and research centers.

Industrial IoT Environmental Analytics Stream real-time environmental and rainfall data into SCADA systems, cloud dashboards, industrial analytics platforms, and MQTT monitoring applications.

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Technical Specifications

Environmental Measurement

Ambient Temperature Range

-40°C to +85°C

Ambient Temperature Accuracy

±0.3°C @ 25°C

Ambient Temperature Resolution

0.01°C

Relative Humidity Range

0% to 100% RH (Non-Condensing)

Relative Humidity Accuracy

±3% RH (@ 90% RH)

Relative Humidity Resolution

0.01% RH

Wind Speed Range

0–60 m/s

Wind Speed Accuracy

±(0.3 + 0.03V) m/s

Wind Speed Resolution

0.01 m/s

Wind Direction Range

0°–359.9°

Wind Direction Accuracy

±3° (Speed < 10 m/s)

Wind Direction Resolution

0.1°

Atmospheric Pressure Range

500–1100 hPa

Atmospheric Pressure Accuracy

±0.5 hPa @ 25°C

Atmospheric Pressure Resolution

0.1 hPa

Rainfall Range

0–200 mm/h

Rainfall Accuracy

±0.2 mm/h

Rainfall Resolution

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Wireless Transmission

Wireless Protocols

LoRaWAN® (v1.0.4), Macnman MacTalk Protocol

Antenna

Internal high-efficiency antenna

Supported Bands

IN865 / RU864 / EU868 / US915 / AU915 / KR920 / AS923

Tx Power

23 dBm @ 865 MHz

Sensitivity

-137 dBm @ 300 bps

Activation

OTAA

LoRaWAN® Class

Class A (Default), Configurable to Class C via Maya

Supports Major LNS

Private LNS, ChirpStack, TTN, MQTT, Orbiwise, Netmore, and on-premise industrial IoT deployments

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Device Management

Configuration Method

Via Macnman Maya Android App

Local Configuration

BLE-Based Local Configuration

Remote Configuration

Over-the-Air Configuration (Downlink Commands)

Status LED

1 × Internal Multi-Color LED

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Server Data Reporting Modes

Data Reporting Mode

Periodic / Event-based / Hybrid

Transmission Interval

Independent uplink interval for optimized power consumption

Threshold-Based Alerts

Configurable parameters threshold alerts for intelligent event-triggered transmission

Sampling Interval

Configurable data acquisition interval (e.g., 1 min to 24 hours)

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Battery Performance (BO Series)

Battery Type

Li-SOCl₂ Cell (19Ah) Industrial grade

Power Consumption

~100 µA in sleep mode / ~50 mA during transmission

5-Minute Reporting Interval

~2 Years (Estimated)

15-Minute Reporting Interval

~4 Years (Estimated)

60-Minute Reporting Interval

~7+ Years (Estimated)

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Solar Option

Solar Panel

20 W High-Efficiency Solar Panel

Rechargeable Battery

Integrated 8000 mAh Solar Rechargeable Battery

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Communication Options

BLE Connectivity

For local configuration and diagnostics via Maya App

Cloud Protocols

MQTT / HTTPS / TCP/IP (Gateway Dependent)

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Security & Encryption

Data Encryption

AES-128 LoRaWAN® encryption

Authentication

OTAA Device Activation

Firmware Protection

Secure boot and signed OTA updates

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LED Status

LED Type

1 × Internal Multi-Color LED

Solid Blue

Device connected to Maya App

Flashing Blue

OTA (Over-the-Air) update in progress

Slow Blinking Green

Attempting to connect to the LoRaWAN® network

Single Red Blink

Confirmed parameter modification

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Physical Characteristics

Operating Temperature

-40°C to +80°C

Humidity Range

0% ~ 100% RH (non-condensing)

Ingress Protection

IP65 standard (IP67 optional variant)

Housing Material

Glass Filled Nylon

Color

Matte White

Weight

~175 g

Mounting Options

Pole Mount / Wall Mount

Device Dimensions

~152 mm × 62 mm × 43 mm

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Certifications & Compliance

WPC

Compliant

RoHS

Conforms to RoHS directive

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MacSync LWS X2 Variants

Variant Name	Power Source	Ideal Deployment	SKU
MacSync LWS X2 BO	19 Ah Industrial Lithium Battery	Ideal for remote farms, reservoirs, flood-monitoring infrastructure, industrial weather monitoring stations, smart agriculture deployments, highways, and outdoor environmental monitoring applications without wired power availability.	855
MacSync LWS X2 SO	20 W Solar Panel + 8 Ah Rechargeable Battery	Designed for long-term smart agriculture, rainfall monitoring, meteorological weather stations, smart-city environmental infrastructure, renewable-energy plants, and Industrial IoT outdoor monitoring deployments.	856

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What's in the Box?

Make sure the package contains the following items before installation and outdoor deployment.

• MacSync LWS X2 LoRaWAN 6-in-1 Weather Station
• Industrial Mounting Bracket *
• User Manual
• Warranty Card
• IP68 Cable Extender *
• Mounting Screws & Installation Hardware
• Power Adapter *

note

Accessories marked with (*) must be purchased separately and may not be included in the package.

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MacSync LWS X2 Product Dimensions

The MacSync LWS X2 features a rugged industrial-grade enclosure engineered for long-term outdoor weather and rainfall monitoring deployments. With compact dimensions of 152 mm × 62 mm × 43 mm, the device enables flexible installation across smart agriculture farms, reservoirs, highways, flood-monitoring infrastructure, industrial plants, renewable-energy sites, smart-city environmental monitoring networks, and meteorological weather stations.

Its compact low-profile design simplifies pole mounting and outdoor installation while maintaining reliable environmental sensing performance in harsh weather conditions including heavy rainfall, humidity, dust, and extreme temperatures.

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