Dust Sensor

Measuring dust levels and air pollution is a fundamental requirement for preserving the environment and improving air quality in industrial and urban areas. This process plays a vital role in various organizations, including environmental protection agencies, meteorology departments, refineries, petrochemical plants, metal smelting and steel industries, municipalities, and cement and gypsum manufacturing factories.

Category: Tag:

Description

Measuring dust levels and air pollution is a fundamental requirement for preserving the environment and improving air quality in industrial and urban areas. This process plays a vital role in various organizations, including environmental protection agencies, meteorology departments, refineries, petrochemical plants, metal smelting and steel industries, municipalities, and cement and gypsum manufacturing factories.

The primary goal of these measurements is to monitor and reduce the negative effects of pollutants on human health and natural ecosystems. By using advanced equipment and precise measurement systems, it becomes possible to monitor changes in pollution levels and implement appropriate measures to reduce them. This monitoring helps improve environmental standards and reduce the damage caused by industrial pollutants.

Additional information

Weight 30000 g
Measurement Principle

B-Ray Attenuation Method

Range(mg/m3)

0~1

Accuracy

<5%

Lower Detection Limit(mg/m3)

0.015

Flow Error

<±2%

Flow Stability of Sampling

<±2% Flow of work point/24h

Measurement Cycle Time

1 hour

Flow Rate(Liters/min)

16.67

(%)Parallelism

<10%

Filter Tape

Glass fiber filter, width: 40mm, Service time: 1.5monnth (Work period 1h)

Serial Interface

RS-232

Data Storage

1 Month

Detector

Ambient temp.(5 to 40°C), Pressure 80-106 kPa, Humidity <90%

Cutting Head

Ambient temp. (-40 to +50 °C), Ambient Pressure (80-106 kPa)

Power Supply(V)

AC(200+22)V , (50+1)Hz

Dimension(cm)

479x520x396 (LxWxH)

Reviews

There are no reviews yet.

Be the first to review “Dust Sensor”