Environmental Monitoring Solutions
Using a proven flame ionisation detector (FID), the analyzer HC51M measures ambient air hydrocarbons (THC, CH4, nmHC) in the range 0-1000 ppm.
Available in 2 versions for the simultaneous and continuous measurement of:
Categories:
Have questions? Call +61 2 9622 6327
| Measured parameter | THC / nmHC |
| Technology | Flame Ionization Detector (FID) |
| US-EPA Approval / QAL 1 Certification | N/A |
| Measurement ranges | 0-10 ppm / 0-1000 ppm |
| Measurement units | ppb, ppm, µg/m3 (user-selectable) |
| Lower Detectable Limit (2σ) | < 0.05 ppm |
| Noise (σ) | 0.025 ppm |
| Zero drift | <0.1 ppm / 24h |
| Span drift | < 1% / 24h |
| Linearity | ± 1% FS |
| Sample flow rate | ‘4.8L/h |
| Sampling pump | Internal |
| Temperature range | +10°C to 35°C |
| Data storage | Last 1500 average data |
| Included I/O | 3 AO/RS232/RS422 |
| Weight (Kg) | 27 |
| Dimensions mm (LxWxH) | 581 x 483 x 177 |
| Chassis | 19″ Rack, 4U |
Talk to our sales team. Call +61 2 9622 6327
LasIR™ Laser-based Fence Line Gas Monitor for Emissions Monitoring
The 11000 is a low cost, high-accuracy dust monitor designed for outdoor particulate and gas monitoring. These robust monitors provide reliable, accurate measurement of airborne contamination allowing for the detection of environmental and public health concerns. The first real time monitor to provide 30 accurate particulate size channels at higher concentrations.
The Particles Plus® 10000 is designed for outdoor particulate and gas monitoring. These robust monitors provide reliable, accurate measurement of airborne contamination allowing for the detection of environmental and public health concerns. The first real time monitor to provide 6 accurate particulate size channels. Realtime Data 6 particle size channels recorded by the 10000 Monitor are stored in an internal non-volatile memory at user-defined data sampling rates (1 second to -99 hours). The high time-resolution of the Model 10000 measurements provides a near-instantaneous look at changing airborne particulate concentrations, leading to a well-defined model of local point source influences that may disproportionately affect air quality. Internet-Enabled Particles Plus® systems are configured to allow users to push real-time data to the cloud where sensor outputs can be visualized by authorized stakeholders. Fully Integrated Low-Cost Air Quality Sensor System Integration of additional sensors for measurement of environmental and meteorological parameters (relative humidity, temperature, barometric pressure, (optional) carbon dioxide – CO2, and total volatile organic compounds – TVOC) offers a more complete view of air quality.
Ambient
