Portable infrared smoke analyzer MGA6plus

NegotiableUpdate on 07/21

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Produced by MRU/Mingyou Company in Germany, the portable infrared flue gas analyzer MAG6plus is widely used in the monitoring and analysis of boiler and heating furnace flue gas in industries such as power and steel. It can detect the gas content of CO, O2, SO2, NOx, N2O, CH4, etc. in flue gas, which is used for energy-saving and environmental monitoring, improving furnace gas composition, enhancing combustion efficiency, as well as for desulfurization, denitrification, ultra-low emission environmental protection measurement.

Product Details

Portable infrared smoke analyzer MAG6plus

The infrared flue gas analyzer MGA6plus is suitable for long-term monitoring of various application environments such as industrial combustion emissions, large boilers, internal combustion engines, turbine engines, kilns, etc.

The all-new infrared smoke analyzer MGA6plus can achieve a wide range of monitoring purposes. It integrates non dispersive infrared technology and electrochemical sensors in a lightweight host, uses the LINUX operating system, and can be wirelessly connected to smart terminals.

The new non dispersive infrared (NDIR) technology ensures accurate and stable measurements, enhancing the reliability of long-term measurements

Infrared NDIR sensor detection for up to 8 gases: CO/CO2/C3H8/CH4/SO2/NO/NO2/N2O

O2 optional 5-year long life or paramagnetic sensor

Remote monitoring can be achieved through Bluetooth or WLAN on smartphones or tablets with MRU4U software installed

Main functions of infrared smoke analyzer MGA6plus

7-inch high-resolution (800x480) TFT full-color display screen, touch operated, using LINUX operating system
Intuitive icon display and fully Chinese interface
Fashionable and sturdy exterior design, the all aluminum shell wrapped in rubber has good impact resistance and can be used in various harsh industrial environments
Advanced algorithms ensure the accuracy of the instrument, covering various aspects that may affect its quality and performance, such as preheating time, cross interference supplementation, and response time
Multiple related parameters can also be measured simultaneously, such as flue gas and ambient gas temperature, atmospheric pressure, sampling flow rate monitoring, etc
Can connect Pitot tube to measure smoke flow rate and calculate other flow rate related parameters
Can calculate all combustion related parameters, such as heat loss, combustion efficiency, excess air coefficient, dew point temperature, etc
Measurement data storage database, which can record the entire measurement process data and generate measurement reports, and can output CSV files and other formats
Can connect to the network through WLAN
Data transmission can be achieved through Bluetooth or wireless network, and long-distance data transmission can be achieved through RS485
8-channel analog output, 4-channel analog input