GET A FREE DESIGN CONSULTATION

NEXT WORKING DAY DELIVERY when you order before 2pm

REQUEST A CREDIT ACCOUNT

MIR-9000H CEM System

Name(Required)
Preferred Communication Method
Hidden
This field is for validation purposes and should be left unchanged.

Description

Using heated Infra-Red Gas Filter Correlation technology, the MIR 9000H is the ideal multi-gas analyser for DeNOx (SCR/SNCR) process control.

The MIR-9000H is a continuous stack emission monitoring gas analyser for the simultaneous measurement of:

• NH3 and H2O

• CO, CO2, NO, NO2, SO2, HCl, HF, O2 in addition to NH3 and H2O (Multi-gas Version / 8 parameters max)

Strong & robust to IP66 Rating, the MIR 9000H is housed in a stainless steel enclosure to withstand industrial environments.  It’s built to accurately monitor the harshest of environments such as DeNOx processes and flue gas treatment processes.

Data Collection, Processing & Visualisation

Equipped with a USB and a powerful Ethernet connection, the MIR 9000H easily connects to a PC or laptop to provide updates, data recovery and maintenance.

Using a1-cbiss data acquisition software (CDAS), this analyser provides automatic reports to meet customer specific requirements

Features

  • Designed to measure wet and corrosive samples
  • Perfectly suited for ammonia slip detection
  • Reproducible and accurate, fast response time
  • Acquisition and integration of 5 additional measurements
  • Remote access for maintenance and configuration backup
  • Graphic LCD screen, with interactive menu driven software

Product Downloads

You may also like…

Talk with the Experts

Contact us - Our application specialists will identify the best gas monitoring equipment for your needs based on the information that you can provide. If you're unsure about what's important, consider booking a site survey.

Book a site survey - Our specialists consider your process, your site conditions and work with you to understand your needs. It is the most effective means of ensuring your system is completely fit for purpose.

Share This