The concentration of ambient ozone is proportional to UV light absorption since there is a significant characteristic absorption for ozone on wavelength of 254nm.
Periodical diversion on sample flow passing through the ozone scrubber will generate reference measurement, which is compared with sample measurement to provide stable and representative result.
The ozone scrubber is filled with MnO2 as catalyst, which will convert O3 to O2 to form reference gas. Meanwhile, the presence of other components remains the same.
Stored data are easily retrievable through the serial or ethernet port via PC client software, allowing operators to perform predictive diagnostics and enhanced data analysis by tracking parameter trends.
Standard Range | Min: 0~100 ppb F.S. Max: 0~10 ppm F.S. (Selectable) |
Zero Noise | < 0.3 ppb (RMS) |
Span Noise | < 0.5% of reading (RMS) above 100 ppb |
Lower Detectable limit | < 1 ppb |
Zero Drift (24 hours) | < 1 ppb |
Span Drift (24 hours) | < 1% F.S. |
Response Time | < 20s (T90) |
Precision | < 0.5% |
Linearity | < 1% F.S. |
Sample Flow Rate | 800 cc/min ±10% |
Operating Temperature | 20~30°C range (per US EPA guidelines). Instrument may be safely operated over the range of 5~40°C |
Power Requirement | 100~240 VAC, Converter applicable |
Dimensions and Weight | 178mm(H) x 432mm(W) x 609mm(D), 15kg |