T SERIES Instruments
T SERIES Instruments

Introducing the NEW T SERIES
Advanced color display, touch screen, electronic architecture, and connectivity features make the T SERIES the most capable and versatile air quality analyzer available. 

T SERIES models include:

  • Large, vivid, and durable color graphics display with touch screen interface

  • Ethernet, RS-232, and (optional) USB com ports

  • Front panel USB connections for peripheral devices and firmware upgrades

  • 8 analog inputs (optional for analyzers)

  • Commonality of parts across all models

  • Independently calibrated output ranges

  • Onboard DAS for data and diagnostics

 

Analyzers for Sulfur Compounds

Gas

Model

Ranges (Min/Max)

Applications

SO2
Sulfur Dioxide

T100

0-50 ppb / 0-20 ppm

Ambient level: EPA Equivalency, Dilution CEM

T100H

0-10 ppm / 0-5,000 ppm

High level; Extractive CEM

H2S
Hydrogen Sulfide

T101

0-50 ppb / 0-20 ppm

Ambient level

TRS
Total, Reduced Sulfur

T102

0-50 ppb / 0-10 ppm

Ambient level

 

Analyzers for Nitrogen Compounds

Gas

Model

Ranges (Min/Max)

Applications

NO, NO2, NOX
Nitrogen Oxide, Nitrogen Dioxide

T200

0-50 ppb / 0-20 ppm

Ambient level;EPA Equivalency, Dilution CEM

T200M

0-1 ppm / 0-200 ppm

Medium level; Dilution CEM, Turbines

T200H

0-5 ppm / 0-5,000 ppm

High level; Extractive CEM

NH3
Ammonia

T201

0-50 ppb / 0-20ppm

Extractive CEM

 

Analyzers for Carbon Compounds

Gas

Model

Ranges (Min/Max)

Applications

CO
Carbon Monoxide

T300U

0-100 ppb / 0-100 ppm

Trace level; Ultra-sensitive

T300

0-1 ppm / 0-1,000 ppm

Ambient level, EPA Equivalency

T300M

0-5 ppm / 0-5,000 ppm

High level, CEM, Process

CO2
Carbon dioxide

T360

0-2 ppm / 0-2,000 ppm

Ambient level

T360M

0-4 ppm / 0-4,000 ppm

Mid-Range

T801

0-20% (NDIR)

CEM

Option, Add-in

0-20% (NDIR)

Process, CEM

CO2/O2

T803

0-20%/0-100%

CEM

 

Analyzers for Oxygen Compounds

Gas

Model

Ranges (Min/Max)

Applications

O2
Oxygen

T802

0-100% (Paramagnetic)

CEM

Option, Add-in

0-100% (Paramagnetic)

Process, CEM