Gas Analyzer Ry-500agh
The gas analyzer is modern equipment, prepared and ready to meet the requirements of OIML class 1 and O, ISO 3930, UNE 82501, bar 90, bar 97, US EPA ASM. The software presents the concentration of gases and rpm numerically.
Based on infrared technology, it measures 4 or 5 gases (CO, CO2, HC, O2, NOx) and other parameters such as Lambda, corrected CO, oil temperature and rpm. It is very useful for detecting ignition and injection problems as well as for improved fuel consumption.
The Opacimeter is a modern equipment, prepared and ready to meet the requirements of the UNE 82503 and DIN 57411, SAE J1677 USA / Canada standards.
It is a partial flow meter based on the principle of light absorption by smoke.
Technical data
| Gases | CO, HC, CO2, O2 and (NOx optional) |
| Lambda factor calculation and corrected CO | |
| Storage temperature | -50ºC to 70ºC |
| Operating temperature | -5ºC to 45ºC |
| Operating pressure | 750 - 1,100 mbar |
| (1000 mbar nominal) | |
| Automatic removal of water and particles | > 5 µ. |
| Feeding | 220 V at 50 Hz |
| Oil Temperature Gauge | 0-150° C; resolution 1ºC |
| Rpm meter | 0-9990; 10 rpm |
| Lambda | 0.001 or 0.01; configurable |
| It complies with the UNE 82.501, OIML R class 1 and 0, ISO 3930, BAR 90, BAR 97, US regulations. EPA ASM | |
| It has a database and rejection assessment | |
| Environmental working conditions | Temperature: from 5 to 40ºC |
| Humidity: 0-95% | |
| Pollution: <2% | |
| Storage temperature | -32 ºC to 50 ºC |
| Optics | Green Led light source 560nm |
| Detector | Silicon photodiode |
| Response time | 10% to 90% 0.25 ms |
| Acoustic noise | 3 - 6 min. according to temperature |
| Heating period | 240 sec. |
| Standard test probe | 800 mm. 10 mm. OR |
| Opacity | 0-999 m-1 / Resolution 0.01 m-1 |
| Feeding | 220 V. 50 Hz |
| Free measurement | |
| Official opacity test | |
| Electronic measurement precision test | |
| Equipment self-diagnosis | |
| Complies with regulations: DIN 57.411, UNE 82.503, SAE J1677 US / CANADA | |
| Measurement of opacity in % and in absorption coefficient k calculated according to the Beer-Lambert law | |
