The Ultra Series analyzer provides extended, low drift performance via its precision temperature stabilized optical core.

Portable Ultra systems can be uniquely employed for a wide range of fixed, handheld, and mobile applications. The low power consumption of Ultra systems makes them ideal for solar powered applications.
Aeris MIRA Series analyzers operate in the middle infrared (MIR) region, achieving unparalleled specificity and sensitivity in a compact, low power consumption platform. The ability to monitor HCHO in real-time with a portable analyzer enables a wide range of lab as well as field applications that were previously impractical due to traditional size, weight, power, and cost constraints. Ultra Series analyzers offer performance levels traditionally associated with much larger, more expensive gas analyzers, representing a paradigm shift in high accuracy laser-based gas analysis systems.

Key Features:

• Temperature and pressure stabilized core
• Autonomous, built-in calibration or zero cycle
• 1 or 2Hz operation
• GPS ready for creating HCHO “maps”
• Built-in wifi, RS-232, and optional analog out
• Lowest, 20W (average) power consumption
• Maintenance-free sensor, user-serviceable filters
• 2-port, differential sampling, built-in pump.

Real-Time Ambient and Source Monitoring

The MIRA Ultra VOC is suitable for long-term ambient monitoring applications as well as emissions quantifications studies. Common sources of formaldehyde
include including engineered wood products, glues and paints, and industrial facilities such as die-cast or plastics manufacturing plants. Comparisons with ASTM methods quantify system accuracy and linearity from ppb to ppm levels, determining absolute HCHO levels in minutes instead of hours, while eliminating wet chemistry steps and consumables (column) associated with other methods.

As an absorption-based method, MIRA Ultra systems achieve high sensitivity and linearity over an extremely wide concentration range. Ultra VOC systems come equipped with two programmable sample ports and associated software that enables autonomous calibration (or rezeroing) as well as differential measurements. As the optical core in the Ultra VOC is heated to 40°C, it is ideal for use in humid environments where the potential for condensation in the analyzer is of concern.

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For stack testing and emissions monitoring, time is the most important resource; GT6000 Mobilis helps you save it.
Extreme portability, easy setup, fast results – the Gasmet GT6000 Mobilis portable FTIR multi-Component stack gas and emission analyzer is designed for Stack Monitoring with a list of features to make you more efficient.

Key benefits include:

• The first and only FTIR analyzer with MCERTS EN15267-4 certification
• Intuitive user interface and ergonomic design
• Easy to disassemble, carry, and set-up again
• Multigas measurements in a portable package
• Realtime results reliably and remotely
• Exceptional robustness: shock and vibration resistivity by design
• Smart software with self-diagnostics for easy and fast service
• Suitable for on site or laboratory use.

GT6000 Mobilis Data Sheet
GT6000 Mobilis Brochure

GT6000 Mobilis is designed to be used with the portable sampling system, PSS Plus or PSS Base. PSS utilizes the hot-and-wet measurement principle (no drying or dilution), which ensures that the analysis is done with a representative sample. There is two-stage particulate filtration: the first one in the sampling probe and the second one in the sampling system. The portable sampling system can be optionally equipped with a ZrO2 sensor for accurate oxygen measurement.

With all-new design the user experience has been taken to new heights. Integrated controls on front, 2 handles and cables in the back provide smooth operation. While PSS Base offers more basic design, for more hardcore work we have PSS Plus. PSS Plus comes with flow meters on front and has an instrument air option. This makes the system easier and cheaper for user while also providing safer operation, since nitrogen is only needed for background measurements.

PSS Data Sheet

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Formaldehyde (CH₂O) is a key impurity in fuel cell hydrogen, where it is responsible for the degradation of the proton exchange membrane, adversely affecting performance. Tiger Optics delivers a powerful analytical tool for the measurement of trace CH₂O for diverse applications. The low detection limit allows monitoring for compliance with SAE J2719, ISO 14687 or similar purity standards and protects fuel cell electric vehicles (FCEVs) from damage*.

Based on powerful Continuous-Wave Cavity Ring-Down Spectroscopy (CW-CRDS), with a proprietary laser lock cell, the HALO 3 CH₂O is free of drift, guaranteeing consistent and reliable trace CH₂O detection in nitrogen, hydrogen and other inert gases. Highly specific to the target molecule, CW-CRDS also prevents cross-interferences from distorting your measurement. And there is no need to perform costly and time-consuming zero and span calibrations, saving both time and money with continuous, online service.

The HALO 3 CH₂O gives you unsurpassed speed of response and ease of use for a range of applications where trace gas measurement is extremely critical, such as sensor validation, gas standard preparation, and fuel cell hydrogen purity analysis.

Designed for formaldehyde analysis in laboratory and process applications:

• Accuracy traceable to the world’s major national reference labs
• Industry-proven technology
• Freedom from the need for span calibrations
• No periodic sensor replacement/maintenance
• Low ppb detection limit
• Wide dynamic range and no drift

*For fuel-cell hydrogen analysis according to ASTM Standard Test Method D7941, the method detection limit (MDL) is 2.5 ppb, as determined via U.S. EPA 40 CFR Part 136 Appendix B (95% Confidence Limit).

Applications

• High-Purity Gases & Systems
• Hydrogen Fuel Cells
• Research & Development
• Syngas & Fuel Gas Production

Datasheet

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HFX205 – Formaldehyde (HCHO)
Reliable electrochemical sensing technology
– Fast response times and wide measuring range.
– Direct real time display in ppm or mg/m3.
– 0 -10 ppm, 0-25ppm & 0-100ppm available.
– Manual and auto data save.
– Optional digital RH and temp sensor available.
– Rechargeable lithium ion battery.

HFX HCO202 – Carbon Dioxide (CO2)
Dual beam, non-dispersive infrared (NDIR) absorption gas technology
– Fast Response.
– Direct real-time digital reading.
– 0.00 – 50,000 ppm.
– <2 second response time.
– Large data storage capacity.
– Optional digital RH and temp sensor available.
– Rechargeable lithium ion battery.

HVX501 – VOCs
Intrinsically safe Photo ionisation detector (PID) detector to detect a wide variety of organic compounds and some inorganic compounds in ambient air.
– 0-2 ppm, 0-20 ppm, 0-200 ppm or -2,000 ppm with varying sensitivity.
– <6 seconds.
– 10.6EV UV Energy Lamp.
– Rechargeable lithium ion battery.
– On board filter to remove particles and liquids.

HCO107 – Carbon Monoxide Meter (CO)
Using electrochemical sensor technology, the HCO107 responds very quickly to ambient changes in CO concentration.
– 0-500 ppm
– T90 <30 seconds response time.
– Direct real time digital reading.
– Rechargeable Li-Ion battery.
– Store up to 500 sets of data.

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