Besides being the best portable in the market, the Solair can be connected to a manifold and used in a real time monitoring system. Add a Scan Air Pro filter scanning probe and do filter integrity testing. High pressure diffusers allow you to do particle testing in ultra-pure gasses. Integrate environmental sensors and you have the world’s most versatile portable particle counter.
The SOLAIR incorporates our extreme life laser diode technology sensor to produce the industry’s longest laser diode life of 20+ year MTTF (based on continuous 24/7 operation). Using a new, lighter extended-life battery and external AC adapter, the SOLAIR 3350 is even more portable. The SOLAIR features one of the industry’s best user interfaces (UI) to configure and operate the instrument with intuitive ICON-driven screens and menus that are simple and easy to learn and use.
The SOLAIR can store up to 3,000 records of particle count data from up to 8 particle channels and the configurable recipe database can store up to 50 recipes for sampling and reports. All data can be quickly and reliably transferred to a computer, a Facility Monitoring System or a Building Automation System. Secure data transfer (per 21 CFR Part 11) to a USB flash drive can be accomplished by using the Lighthouse secure data transfer feature and LMS Express or Express RT software to read it. Flexible communications with these instruments is made possible by the integrated Ethernet, RS-485, USB and USB flash drive interfaces. SOLAIR is designed, manufactured and calibrated to ISO 21501-4 to ensure particle-counting accuracy.
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Key Features:
Key Features:
Key Features:
Key Features:
Contaminants in argon can affect its inertness, leading to unwanted reactions in processes where argon is used to create a stable, non-reactive environment. This is crucial in applications like shielding gases in welding or inert atmospheres in metal manufacturing.
Due to its small atomic size, helium is highly sensitive to particle contamination. Contaminants can affect its efficacy as a cooling medium in cryogenics and its purity in gas chromatography, impacting the accuracy and efficiency of these processes.
Particle contaminants in CO2 can affect its properties as a supercritical fluid, impacting its use in extraction and cleaning processes. In applications where CO2 is used for carbonation or as a refrigerant, purity is essential for both product quality and process efficiency.
Nitrogen is often used for creating inert atmospheres in various industries. Particle contaminants in nitrogen can introduce impurities into these processes, affecting everything from the quality of pharmaceutical products to the integrity of electronic components in semiconductors
In semiconductor manufacturing, impurities in ammonia can lead to defects in nitride films, affecting the performance of electronic devices. In chemical synthesis, contaminants can alter reaction pathways, leading to undesired products or yields.
Other Inert Gases Inert gases like neon, xenon, and krypton are used in specialized applications where their specific properties are crucial. Particle contaminants can alter these properties, thereby affecting the performance in applications like lighting, imaging, or as carrier gases.
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