AOIP Flue Gas Analysers Greenline 6000/8000

Parameter

 sensor 

 Range 

 Resol. 

 Accuracy 

 2  

 Electrochemical

 0 ‐25%  

 0.1%  

 ±0.1% vol  

 Electrochemical  

 0 ‐8000 ppm  

 1 ppm  

 ±10 ppm <300 ppm  

 <2000ppm comp  

 ±4% upto 2000 ppm  

 10% >2000 ppm  

 Electrochemical  

 0 ‐20000 ppm  

 1 ppm  

 ±10 ppm <300 ppm  

 ±4% upto 2000 ppm  

 ±10% >2000 ppm  

 NDIR  

 0 – 2500ppm  

 0,1ppm% ±50 ppm ou ±2%FS  

 NDIR  

 0 – 15,000%  

 0,001%  

 <0,66%=±0,02%  

 upto ±15% =±3%  

 Electrochemical

 0‐500ppm

 0,1ppm  

 <40ppm=±2ppm  

 Upto 10%=±5%  

 Electrochemical  

 10%  

 0,01%  

 ±100ppm<0,02%  

 Upto 10%==±5%  

 Electrochemical  

 0 ‐4000 ppm  

 1 ppm  

 ±5 ppm <125 ppm  

 ±4% upto 4000 ppm  

 O  

 Electrochemical  

 0 ‐500 ppm  

 0.1 ppm ±2 ppm <40 ppm  

 ±5% upto 500 ppm  

 2  

 Electrochemical  

 0 ‐1000 ppm  

 1 ppm  

 ±5 ppm <125 ppm ±4% upto 1000 ppm  

 O2  

 Electrochemical  

 0 ‐100 ppm  

 0.1 ppm ±2 ppm <40 ppm  

 ±5% upto 100 ppm  

 x  

 Calculated  

 0 ‐5000 ppm  

 1 ppm  

 2  

 Electrochemical

 0 ‐4000 ppm  

 1 ppm  

 ±5 ppm <125 ppm ±4% upto 4000 ppm  

 2  

 Calculated  

 0 ‐99.9%  

 0.1%  

 2  

 NDIR  

 0‐40,00%

 0,01%  

 <10%=±5ppm Upto 4000ppm=±4%  

 x

 Hy  

 Pellistor

 0 ‐5%  /0.01%

 ±5% Full scale.  

 x

 Hy  

 NDIR  

 0‐50 000ppm  /1ppm

 <2500ppm=±100ppm  

 Upto50000ppm=±4%  

 2S  

 Electrochemical

 0‐1000ppm

 1ppm  

 ±5ppm<100ppm  

 Upto1000ppm=±4%  

 Pt100  

 ‐10 ‐99.9°C  

 0.1°C  

 ±(0.2% rdg + 0.15°C)  

 Tc K  

 0 ‐999.9°C  

 0.1°C  

 ±(0.3% rdg + 0.3°C)  

 T  

 Calculated  

 0 ‐999.9°C  

 0.1°C  

 flux  

 Tc K  

 ‐10 ‐99.9°C  

 0.1°C  

 ±(0.3% rdg + 0.3°C)  

 flow/Treturn  

 Pt100  

 ‐10 ‐99.9°C  

 0.1°C  

 ±(0.2% rdg + 0.15°C)  

 Bridge  

 ±100.00hPa  

 1hPa  

 ±3Pa < 300Pa  

 ±1% rdg. >300Pa

 air  

 Calculated  

 1.00 ‐infinite  

 0.01  

 Calculated  

 0 ‐99.9 m/s  

 0.1 m/s  

 Calculated  

 1 ‐99.9%  

 0.1%  

 ndex

 0 ‐9 Bacharach  

 s  

 2 channels  

 4‐20mA  

 0,01mA  

 ±1% FS  

 NO concentration can be shown in terms of stack equivalent NO2 elative Accuracy limits are stated as absolute or % of reading with reference to the ambient temperature range 5°C to 40°C. Additional ± 1 digit error has to be considered. he pressure relative accuracy shown is valid only after the autozero procedure. ll emissions measurements are available also with a programmable O2reference value. easuring reading can be directly converted from ppm to mg/Nm3mg/kWh, from hPa to mmH2O, mbar, inH2O and°C to °F.