PGA 3510

Portable 3-Gas NDIR Analyzer + Oxygen (% 0₂)
Precision Measurement of Protective Heat Treating Atmospheres

	Accurate measurement of carbon based on gas composition CQI-9 carbon potential verification device Easy to operate Built in sample pump Battery operated Easy to use on board calibration Software utilities for printing charts
	CO: Carbon Monoxide Range: 0 - 100% CO2: Carbon Dioxide Range: 0 - 2.0% Optional Range: 0 - 20.0% CH4: Natural Gas/Methane Range: 0 - 100% % 02: Oxygen Range: 0.1 - 25.0% Optional H2: Hydrogen Range: 0 - 100% Calculated % Carbon Range: 0.1 - 2.00% Suggested COF / PF factors On - Board Data Acquisition

Included Software For Data Management     Language editor     Data manager for downloading     Print charts and tabular data     Setup facility and furnace identifiers     Add notes when capturing data     Real time graphical display on PC     Export utilities     Backup data manager Field calibration for zero and span Ethernet communications Universal power (110 - 230 VAC) Rechargeable battery

PGA Utility Software for Configuration, Equipment, Language and Data Management with an Easy Interface

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Why a portable 3-Gas IR analyzer for atmosphere diagnostics?
	Endothermic Generator Diagnostics
	The effectiveness of the catalyst is measured by the CH4 content. Less than 0.5% is an indication of properly functioning catalyst. Higher concentrations indicate the necessity for either conditioning or replacement. Measuring the level of CO in the carrier gas allows correction of the % Carbon reading at the furnace.
	Heat Treat Furnaces - Conventional Endo Gas
	Furnace atmosphere carbon potential (% C) can be verified with the PGA 3510 Measuring carbon monoxide (CO) allows adjustment of the COF/PF parameters to fine tune the % Carbon calculation in the furnace Measuring Carbon Monoxide (CO) and Carbon Dioxide (CO2) can show possible problems (i.e. sooting, water leaks, air leaks, and radiant tube leaks) Too much free methane (CH4) could be an early indication of a furnace problem
	Heat Treat Furnaces - Nitrogen/Methanol Endo Gas
	The carbon monoxide (CO) level in the furnace atmosphere indicates the effectiveness of the cracking of the methanol. Equilibrium of this reaction CH3OH --> CO + 2H2 is temperature dependent Furnace atmosphere carbon potential (% C) can be verified with the PGA 3510 Measuring carbon monoxide (CO) allows adjustment of the COF/PF parameters to fine tune the % Carbon calculation in the furnace Measuring Carbon Monoxide (CO) and Carbon Dioxide (CO2) can show possible problems (i.e. sooting, water leaks, air leaks, and  radiant tube leaks)