MacSync LWS X1 LoRaWAN Weather Station Datasheet
Product Overview
MacSync LWS X1 is an advanced industrial-grade LoRaWAN® Weather Station designed for real-time environmental and meteorological monitoring across smart agriculture, industrial automation, smart-city infrastructure, renewable-energy plants, and environmental research applications. The station continuously measures wind speed, wind direction, ambient temperature, relative humidity, and barometric pressure to deliver accurate weather intelligence for automation, analytics, and climate-driven operational decisions.
Built for ultra-long-range wireless communication and low-power outdoor deployments, MacSync LWS X1 enables reliable weather data collection even in remote locations where wired infrastructure is unavailable. Its rugged IP65-rated enclosure, UV-resistant housing, and industrial-grade sensing architecture ensure stable operation in harsh outdoor environments including heavy rain, dust, humidity, heat, and extreme climate conditions.
The weather station is ideal for deployment across farms, vineyards, plantations, greenhouses, highways, airports, solar farms, mining sites, industrial plants, smart campuses, reservoirs, flood-monitoring systems, research stations, and smart-city weather monitoring networks.
With support for OTA configuration through the Maya App, onboard data buffering, solar-powered and battery-powered variants, and seamless integration with TTN, ChirpStack, MQTT servers, and private LoRaWAN® networks, MacSync LWS X1 provides scalable, secure, and maintenance-efficient weather monitoring for modern Industrial IoT and environmental monitoring applications.
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Key Features
Industrial LoRaWAN® Weather Station for Real-Time Environmental Monitoring Advanced industrial-grade LoRaWAN® weather station engineered for continuous environmental monitoring across smart agriculture, smart cities, industrial automation, renewable-energy plants, and outdoor infrastructure.
5-in-1 Weather Monitoring with High-Accuracy Sensors Simultaneously measures 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 reliable weather data transmission across farms, highways, reservoirs, industrial campuses, greenhouses, and remote outdoor deployments without wired infrastructure.
Smart Agriculture & Precision Farming Ready Supports irrigation automation, greenhouse climate control, crop protection systems, evapotranspiration analysis, and precision agriculture decision-making.
Real-Time Weather Alerts & Intelligent Automation Generate automated alerts based on wind conditions, atmospheric pressure changes, temperature fluctuations, and environmental thresholds for safety and automation workflows.
Industrial-Grade Environmental Sensing Technology High-stability sensors designed for reliable long-term weather monitoring in harsh outdoor environments including rain, humidity, dust, UV exposure, and extreme temperatures.
Solar-Powered & Battery-Operated Variants Available in battery-powered, solar-powered, and external-power variants for long-term remote weather monitoring deployments with minimal maintenance.
Rugged IP65 UV-Resistant Outdoor Enclosure Weatherproof industrial enclosure designed for continuous outdoor operation in industrial sites, highways, airports, farms, and environmental monitoring stations.
Wireless OTA Configuration via Maya App Configure weather station parameters, uplink intervals, calibration settings, thresholds, diagnostics, and firmware updates remotely without opening the enclosure.
Onboard Data Logging & Reliable Buffering Internal memory stores environmental 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 platforms, SCADA systems, and private LoRaWAN® network servers.
Low-Power Industrial IoT Architecture Ultra-low-power design enables multi-year deployment for remote environmental monitoring systems, meteorological stations, and smart infrastructure applications.
Applicatins
Smart Agriculture & Precision Irrigation Systems Monitor real-time weather conditions to optimize irrigation scheduling, greenhouse climate control, crop protection, and precision farming operations.
LoRaWAN® Weather Monitoring Networks Deploy distributed wireless weather stations across large geographical regions for hyperlocal weather intelligence 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.
Smart City Environmental Monitoring Infrastructure Enable urban climate monitoring, heat mapping, stormwater planning, pollution analysis, and weather-responsive smart-city infrastructure.
Solar Farms & Renewable Energy Monitoring Collect weather and wind data for renewable-energy analytics, solar panel efficiency optimization, and predictive maintenance applications.
Flood Monitoring & Disaster Management Systems Track atmospheric and environmental conditions for flood-warning systems, emergency response infrastructure, and disaster management networks.
Highways, Airports & Transportation Networks Support weather-responsive operational monitoring across highways, railways, airports, ports, bridges, and transportation infrastructure.
Research Stations & Meteorological Studies Enable long-term environmental data collection for climate studies, meteorological analysis, hydrology research, and academic projects.
Reservoirs, Dams & Water Resource Monitoring Monitor weather conditions around reservoirs, canals, dams, and water-treatment facilities for operational planning and environmental management.
Remote Forest & Wildlife Environmental Monitoring Ideal for remote forests, wildlife reserves, mountainous terrain, plantations, and outdoor locations without wired communication infrastructure.
Smart Campuses & Institutional Weather Monitoring Deploy weather stations across universities, industrial parks, research centers, government infrastructure, and corporate campuses.
Industrial IoT Environmental Analytics Stream real-time environmental data into SCADA systems, cloud dashboards, industrial analytics platforms, and MQTT monitoring applications.
Technical Specifications
MacSync LWS X1 Variants
| Variant Name | Power Source | Ideal Deployment | SKU |
|---|---|---|---|
| MacSync LWS X1 BO | 19 Ah Industrial Lithium Battery | Ideal for remote farms, reservoirs, industrial sites, environmental monitoring stations, highways, and outdoor weather monitoring deployments without wired power availability. | 843 |
| MacSync LWS X1 SO | 20 W Solar Panel + 8 Ah Rechargeable Battery | Designed for long-term smart agriculture, meteorological monitoring, smart-city infrastructure, flood monitoring systems, and renewable-energy weather monitoring deployments. | 854 |
What's in the Box?
Make sure the package contains the following items before installation.
- MacSync LWS X1 LoRaWAN Weather Station
- Mounting Bracket *
- User Manual
- Warranty Card
- IP68 Cable Extender *
- Mounting Screws
- Power Adapter *
Accessories marked with (*) must be purchased separately and may not be included in the package.
MacSync LWS X1 Product Dimensions
The MacSync LWS X1 features a rugged industrial-grade enclosure designed for long-term outdoor weather monitoring deployments. With compact dimensions of 152 mm × 62 mm × 43 mm, the device enables easy installation across weather stations, farms, reservoirs, highways, environmental monitoring infrastructure, industrial sites, and smart-city climate monitoring systems.
