IR200 Universal Infrared Gas Analyzer

The IR200 is capable of simultaneously measuring sample gas concentrations for O2 and up to three additional components from the following: CO2, CO, CH4, SO2, NO. Five gases other than O2 are measured using the non-dispersion infrared (NDIR) method and a single beam system, while O2 is measured by the paramagnetic or zirconia method.A unique optical system reduces drifting caused by contamination of the measuring cell, and a high-sensitivity mass flow sensor in the detection block provides excellent long-term stability. The IR200 has a large multi-function LCD that improves operability and enables high accuracy.The IR200 is ideal for applications such as combustion control in various types of industrial furnaces and continuous measurement at botanical research institutes.

IR100TA, IR100TB,IR100A, IR100B Universal Infrared Gas Analyzers

The IR100 is a non-dispersive, single-beam infrared gas analyzer that measures either CO₂, CO, or CH₄, or simultaneously measures CO₂and CO. Horizontal and vertical models are available. Easy maintenance and long-term stability are among its benefits. Features include various diagnostic functions, one-touch calibration, automatic calibration, and range switching.

The IR100 is ideal for applications such as combustion control in various types of industrial furnaces and continuous measurement at botanical research institutes.

SG700 Stack Gas Analyzer

The SG700 Stack Gas Analyzer consists of a non-dispersive infrared gas analyzer using a highly sensitive and stable double beam system and a zirconia or paramagnetic oxygen analyzer. It can simultaneously measure up to 5 components: NOx, SO2, CO2, CO, and O2.The use of interference compensation in the analyzing section virtually eliminates the effects of interference from other components. The SG700 features many functions including autocalibration, conversion to O2-based values, averaging, and high/low alarms. It is used for measuring and monitoring emissions from various types of boilers and waste incinerators.