MH1030 Particulate Matter Concentration Monitor

Negotiable
China
Chengyang District, Qingdao City, Shandong Province
0532-80960081
Online Contact
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Product Introduction

Keywords: cloud platform monitoring, high precision, portable

The MH1030 Particulate Matter Concentration Monitor is a portable device used to measure PM10 and PM2.5 concentrations in ambient air. It is suitable for data comparison and installation acceptance of particulate matter concentrations at ground stations, small stations, and micro stations, routine monitoring and environmental assessment by environmental monitoring departments, industrial park and boundary monitoring, dust monitoring at roads, mining areas, docks, and construction sites, and grid-based ecological environment monitoring scenarios.

Applicable Standards

HJ 653-2021 "Technical Requirements and Detection Methods for Continuous Automatic Monitoring Systems of Ambient Air Particulate Matter (PM10 and PM2.5)"

DB36/T 1932-2024 "Ambient Air - Determination of Particulate Matter by Beta Ray Method"

HJC-ZY63-2019 "Operating Guide for Portable Ambient Air Particulate Matter (PM10 and PM2.5) Monitors"

Main Features

Uses the beta ray absorption method to directly measure particulate matter mass concentration, providing accurate real-time data around the clock;

Separate sampling and detection positions reduce the influence of temperature and humidity on the detection position;

Whole-unit air circulation radiation protection design plus detector constant-temperature compensation reduces the impact of ambient temperature variations on detection;

Adopts DHS (Dynamic Heating System) to heat the sampling inlet gas with dynamic temperature and humidity compensation, effectively suppressing the influence of humidity on measurement results and improving measurement accuracy;

Patented transmission detection technology effectively reduces filter tape stretching and deformation, ensuring accurate and reliable measurement data;

A full roll of filter tape supports one month of measurements.