Monitor up to 32 Gas Detectors - MX 43 Controller
The MX 43 analog and digital controller delivers 8 analog 4-20 mA signal outputs or a digital con……...
The Hiden QGA 2.0 is a cutting-edge quantitative gas analysis system intended for use by researchers in academia and industry. The new system includes significant improvements for better performance and user-friendliness, building upon the strong foundation of the original QGA system.
Thanks to its lightweight and compact design, this sophisticated model has been tuned for continuous analysis of gases and vapors in close proximity to atmospheric pressures. A variety of inlet accessories are available in configurations for sampling at ambient pressures up to 30 bar to meet the needs of a wide range of research applications.
The QGA 2.0 is an eco-friendly package that combines speed, accuracy, and innovation.
Key Features Include
Advanced Electronics Package: The redesigned electronics package guarantees improved functionality and simplified maintenance.
Lightweight and Compact Design: Weighing less than 30 kg and leaving a 42% smaller trace.
Simplified Start-up: A single button now controls both the software start and the pump down for more efficient operation.
Accessibility: Complete feature availability and external communication via OPC drivers are provided by QGA 2.0.
Sustainability: Utilizing fewer materials during construction, the QGA 2.0 is more environmentally friendly.
Compatibility: Every gas analysis inlet currently available is compatible with the QGA 2.0.
Hydrogen-Compatible Vacuum System: Featuring a high-performance gas dilution and purge function that is optional.
Compact Design: At 419 mm/400 mm in height, 345 mm/340 mm in width, and 580 mm in depth, the QGA 2.0's dimensions are appropriate for a standard fume cupboard while maintaining performance.
Performance: With a 1000 measurement per second performance rate, the QGA 2.0 can produce results quickly. It has a seven-decade dynamic range and detects from 100% to 100 ppb.
Selectivity: NH3+ and OH+ are examples of isobaric mass interferences that can be distinguished at m/z 17.
Speed: <300 ms response time at 1 ppm with <0.5% error
QGA 2.0 Software: Specialized software for quantitative analysis of gases
Features
Simplified – 1-button start-up
Sustainable – Uses fewer materials in construction
Advanced – New electronics package
Versatile – Compatible with a selection of Inlets
Lightweight – 26% Lighter
Optimized – For hydrogen analysis
Speed – Upto 1000 measurements per second
Intuitive – QGA 2.0 software package
Compact – 42% smaller footprint
Applications
Carbon capture
Environmental monitoring
Hydrogen analysis
High-purity gas analysis
Gas production and storage
Thermal Analysis
Fuel cell studies
Fermentation off-gas analysis
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