Product Introduction

The ONETEST 100S series high-precision air PM2.5, PM10, TSP detection unit is an online air quality detection sensor designed specifically for humid and dusty environments. It has significant characteristics in continuous and reliable operation and excellent environmental tolerance. Accurate instrument detection data, minimal humidity impact, and compact size.

Main applications:

Real time online monitoring in schools, shopping malls, hospitals, buildings, construction sites, roads, tunnels, material storage yards, garbage dumps, scenic areas, chemical plants and other places.

Product features:

Long service life: using laser light source, the working life can reach more than three years;

High resolution: resolution of particles with a small diameter of up to 0.3 microns, good repeatability, and an error of less than 5%;

Wide working humidity range: 0~95% RH can work normally and stably;

Fast response speed: The data update frequency is 1Hz, the measurement startup time is less than 30 seconds, and continuous online monitoring can be achieved.

● Easy to integrate: Provides 433MHz or LORA wireless communication and 485 wired output for real-time data upload, making it easy to integrate into IoT devices.

Related wireless communication products, detection data can be uploaded to the cloud through a gateway for remote monitoring, enabling data collection, display, analysis, storage, application, and publishing. Visual calculation result charts can be generated intuitively on the management end;

● Compact structure: The product is designed with aluminum alloy material, which is sturdy and durable, suitable for wall installation and use, easy to operate, and effectively reduces manual work intensity;

The unique air intake design ensures stable aerosol collection, unaffected by humidity and large particulate dust, extending the lifespan of the instrument.

The system maintenance is simple and convenient, with a small maintenance workload, saving maintenance costs in the later stage

Structural parameters: