Stack Gas Analyzer GI-700 series

Increase your CEMS Capabilities with a HORIBA Multi-gas Analyzer

Experience HORIBA, the Global Single Source Solutions Provider with over 50 years of technological advancements and unparalleled reliability, dependability and operability.The GI-700 stack gas analyzer is designed to continuously measure the concentrations of nitrogen oxides (NO_x), sulfur dioxide (SO₂), carbon monoxide (CO), carbon dioxide (CO₂), oxygen (O₂), and ammonia (NH₃) in stack flue gas streams.

Features

Ultimate Dependability
Proven cross-flow modulation technique
Continuous base line validation
Ultimate Low cost ownership
Up to 6 gases can be measured using a single analyzer with multiple detectors. Works with a simple sampling unit having less tubing, fewer power cables. Simplified wiring translates into less time required for installation. Minimum function for the operation. Any additional functions can be added from controlling PLC.
Ultimate Sensitivity
5 ppm High-Precision measurement (NO_x, SO₂ and CO) is available.
Others
– An external converter provides for separate measurements of NO and NO₂.
– All component modules can be easily installed with in a single 19 inch case. The compact design saves space, facilitates maintenance and requires less wiring and tubing during installation.
– Power consumption is reduced by approximately 50% as compared to systems using individual analyzers (NH₃ analyzer).
User Friendly
Various Applications include:
Stack emission monitoring, SCR control, Desulfurization control, Greenhouse gas monitoring, Boiler emissions measurements, Gas separation, Coal and gas fired emission sources, incinerator emissions monitoring…

Model		GI-700
Component		NO_x	SO₂	CO	CO₂	O₂	NH₃^*3
Measurement methods^*1		NDIR CLA	NDIR NDUV	NDIR	NDIR	MPA	CLA
Range^*1	Standard	10~5000 ppm	10~5000 ppm	50~5000 ppm	5~25 vol%	10~25 vol%	10-100 ppm
	Optional	5 ppm~	5 ppm~	5 ppm~	10 vol%~	–	–
Range Ratio^*1	Standard	1:10	1:10	1:10	1:5	1:5	1:10
	Optional	1:20	1:20	1:20^*2	1:5	–	–
Indicated error (Linearity)		± 1.0 % of full-scale value for each component and range (Standard range ratio) ± 2.0 % of full-scale value for each component and range (Optinonal range ratio)
Zero drift		± 1.0%/week of full scale (standard range) (if the ambient temperature change is ≤ 5°C) ± 2.0%/week of full scale (optional range and O₂ carrier specification O₂ analyzer) (if the ambient temperature change is ≤ 5°C)
Span drift		± 2.0%/week of full scale (if the ambient temperature change is ≤ 5°C)
Response time		T₉₀=45s from the analyzer inlet
Interference		±2.0% of full scale
Environment Condition	Temperature	0° to 40°C (No direct sun light or no radiation heat)
	Humidity	≤ 90%
	Vibration	100Hz, 0.3m/s² or less
	Dust	Less than environment standard
Measuring Gas Condition	Temperature	Ambient temperature
	Dust	None
	Standard gas composition	NO :Up to 5000 ppm NO₂: None SO₂: Up to 5000 ppm SO₃: None CO :Up to 5000 ppm, CO₂:3 vol% to 15 vol% O₂:0.2 vol% to 15 vol% HCl : None H₂O: Saturated at 5°C
Sample inlet tube		Polytetrafluoroethylene tube (6 mm O.D./4 mm I.D.)
Sample gas pressure		Atmospheric pressure ± 4 in. W.C.
Pressure control		Not including (Vacuum regulator (-9.8 kPa))
Output(Option)		Analog output: 6 channels 4-20mA, 0-1V, 0-5V Digital input: 8 channels 24V/10mA Digital output: 16channels 24V/0.5A
Calibration gas		Zero gas : Nitrogen Span gas : Gas to be measured
Carrier gas for (Oxygen analyzer		Nitrogen (for N₂ carrier specification), Air (for air carrier specification)
Air for ozone generation		Dry air (saturated at ≤ -30°C)
Power supply		100 – 240 VAC (Depends on components)
Power frequency		50/ 60 Hz for common use
Power consumption		240 VA
Exterior dimensions/Mass		5U below in (H)19 in. (W)22 in. (D) / Approx. 19kg (depends on the incorporated components)
Materials in contract with sample gas		PTFE, Nylon, PP, FKM, SS304, SS316
Serial Communications		Modbus^TM, Ethernet (Modbus address will be disclosed) _{*Modbus is a trademark of Schneider Electric Inc.}

*1: Depends on measurement range specifications.
*2: A range ratio of 1: 40 is also possible for special applications.
*3: A range ratio of CLA NH₃ and CLA NO_x should be 1: 5 or less.