HORIBA Global | Process and Environmental Measurement

 
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!!More Process
!!Products

!!510 Series for
!! Gas Monitoring

!! GA-360E for
!! Trace Gas

!! MU-2000 for
!! Multi-component

!! INM-700 In-situ for
!! NOX/O2

!! VA-3000 for
!! Multi-Component

 

 

 

 

GA-360E Trace Gas Monitor

Features

blue dot Available in either a single gas or dual gas version.
white_dotbullet Monitor either CO, CO2 , or CH4 with single component version.
white_dotbullet Monitor any two of CO, CO2 , or CH4 with dual component version.

blue dot Any single or dual component version is available to measure the
white_dot gas of interest in a background of one of the following gases:
white_dot N2, O2, He, Ar, H2 or Air.

blue dot Simultaneous digital display of the concentrations of the components measured.

blue dot A warning system provides users with quick alerts to any irregularities in the
white_dot flow volume (pressure), electromagnetic cross-flow valve, accidental fire warning,
white_dot or electrical source.

 

Overview

The GA-360E Series Trace Gas Monitors are designed to continuously monitor trace amounts of impurities like CO, CO2, or CH4 contained in gases such as N2, O2, He, Ar, H2, and Air. A proprietary cross-flow modulated NDIR method provides ultra-high sensitivity and highly accurate and stable measurements. The GA-360E Series analyzers have virtually no zero drift because the cross-flow method alternately compares the sample gas to a stable reference gas. Since there are no moving parts and no optical alignment ever required, maintenance is minimal. The GA-360E Series are well suited for use in many applications like:

blue dot Semiconductor gas production facilities.
blue dot Instrument calibration gas manufacturing.
blue dot Cylinder calibration gas accuracy monitoring.
blue dot Purity of gases used in the food and beverage industry.
blue dot Purity of gases used in electronic manufacturing.
blue dot R eference gases for blood gas analyzer manufacturing.


Performance Specifications

Ranges: 0 to 1, 2, 5, and 10 ppm

Lowest detection limit: 0.01 ppm

Linearity: Within 1% FS

Response time: T90 <180 seconds

Zero drift: Within ±0.02 ppm/day

Span drift: Within ±2% FS/day

 

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