Oizom Polludrone Outdoor Ambient Air Quality Monitoring System

Oizom Polludrone is a continuous outdoor ambient air-quality monitoring system for projects that need ongoing environmental data rather than occasional spot checks. The manufacturer describes Polludrone as a configurable system for particulate matter, gaseous pollutants, meteorological parameters, ambient noise and other environmental conditions.

What it helps monitor

• Particulate matter and dust
• Selected gases and environmental parameters
• Temperature, humidity, pressure, wind and rain, subject to configuration
• Ambient noise and other optional modules

Key features

• Outdoor enclosure rated IP66 and NEMA 4X according to Oizom
• Solar, AC or combined power options according to project configuration
• Multiple communication options, including cellular, Wi-Fi, Ethernet, LoRa and Modbus
• Remote diagnostics, firmware updates and onboard data storage according to configuration
• Envizom integration for dashboards, alerts, reports, historical analysis and API access

Applications

Suitable for industrial fenceline monitoring, construction and infrastructure projects, mines and quarries, smart-city programmes, campuses, airports, ports, highways and research deployments. Sensor selection, communications, power and software configuration should be confirmed for the project.

Why request a quotation?

Polludrone is configured around the parameters, site conditions, power supply, communications and reporting requirements. Contact AISYS to confirm the suitable configuration, delivery scope and compatible Envizom options.

Request a quotation from AISYS for Oizom Polludrone.

Specification summary

Outdoor continuous monitoring system; configurable particulate, gas, weather, noise and other environmental modules; IP66 and NEMA 4X enclosure; AC, solar or combined power options; communications and Envizom data services subject to configuration.

What it solves

Helps environmental, EHS and infrastructure teams collect continuous site data, identify changing conditions and produce monitoring reports without relying only on periodic manual measurements.