IMR 1400C – Flue Gas Analyzer

Oxygen O2 0 – 20 9 Vol %
Carbon Monoxide CO 0 – 2000 ppm
Carbon Dioxide CO2 0 – 30 0 Vol %
Efficiency 0 – 99 9 %
Heat Losses 0 – 99 9 %
Excess Air 1 – 9 99
Flue Gas Temperature 20 – 1200°C
Ambient Temperature 20 – 120°C
Pressure + 350mbar
Soot Filter paper method
Gas sampling probe with heated probe handle 270mm hose 3 5m
Power supply 240VAC 120VAC Rechargeable battery
Dimensions 425 x 185 x 290 mm
Weight 5 8 kg
Operating conditions 0°C 40°C 10 90% RH non condensing
Other ranges are available upon request

17 People watching this product now!
  • Ini demo, bisa diisi apa saja
  • Ini demo, bisa diisi apa saja
  • Ini demo, bisa diisi apa saja
  • Ini demo, bisa diisi apa saja
  • Produk Tridinamika tersertifikasi jaminan SNI

Ini hanya demo

Free

  • Jasa Pengiriman kilat oleh tim Tridinamika

Ini hanya demo saja

2-3 Days

Free

Product Details

Specification

The IMR 1400C is a portable Flue Gas Analyzer for commercial and industrial applications

The rugged combustion analyzer can be equipped with up to 4 sensors

Its basic unit has an O2 Oxygen and a CO Carbon Monoxide sensor The other two sensors are customer selectable as well as the measuring ranges

The IMR 1400C measures and calculates all the needed parameters to perform a thorough combustion test

The IMR 1400C is a portable continuous measuring flue gas analysis instrument housed in an aluminum case

It measures Flue Gas Temperature Oxygen O2 and Carbon monoxide CO Combustible calculations like Losses Excess Air Combustion Efficiency and Carbon dioxide CO2 are standard

It can optionally measure Amient Temperature Nitric Oxide NO Nitrogen Dioxide NO2 Sulfur Dioxide SO2 andor Hydrocarbons HC

Draft and Soot measurements are optional available as well

Further features include

Simultaneous display of eight measured parameters on the illuminated LCD
Integrated thermal printer IMR 1400cp
Engineering units like ppm mg mgkWh mg ref O2 units are selectable
Case with additional space for spare parts

Additional information
Brand

IMR

User Manual

Contact Us