LoRa Connected HCHO Smart Air Quality Monitor Meter 5V 2A 85dB

Smart Air Quality Monitor with LoRa Connectivity for Long-Range Environmental Control

Transform your air quality management with the Smart Air Quality Monitor with LoRa Control, a cutting-edge solution for continuous indoor air monitoring and remote control. Designed for smart buildings, industrial environments, and large-scale facilities, this monitor provides real-time measurement of key air quality parameters such as CO₂, PM2.5, PM10, HCHO, TVOCs, temperature, and humidity while leveraging LoRa (Long Range) connectivity for efficient, long-distance communication.
With LoRa control, this smart monitor allows for remote management and configuration, even in large or hard-to-reach areas. The device is perfect for integrating into IoT networks, enabling seamless data exchange with other smart systems like HVAC, air purifiers, and building management systems (BMS). Whether you're optimizing energy efficiency, ensuring compliance with health regulations, or improving air quality in spaces like schools, offices, or factories, this monitor offers the flexibility and reliability you need.
Key Features:
Real-Time IAQ Monitoring: Measures CO₂, PM2.5, PM10, HCHO, TVOCs, temperature, and humidity with high precision
LoRa (Long Range) Connectivity: Provides extended coverage for large buildings, industrial environments, or outdoor installations
Remote Control & Configuration: Easily manage the monitor and adjust settings remotely via LoRa network integration
Automation Integration: Seamlessly integrates with HVAC, air purifiers, and smart systems for automated air quality control
Custom Alerts & Notifications: Set personalized thresholds for each parameter and receive alerts when air quality deteriorates
IoT Integration Ready: Compatible with IoT networks for further data analytics, reporting, and building automation
User-Friendly Display: Clear and simple interface for local monitoring and configuration
Low Power Consumption: Designed for long-term, sustainable operation with minimal power requirements