Aerosol Generator NASG-101 is a safe aerosol generator coupled with a photometer. The aerosol particles produced have a wide diameter and provide challenge particles to measure the efficiency of filtration systems. Features oil circuit protection supply system and heat exchange function. The unit has flow range of 1,500 to 65,000 CFM (42 to 1839.5 m3/min), requires compressed inert gas and is easy to operate and stable.
$6,563.00
Specifications
| Available Flow Range | 1,500 to 65,000 CFM (42 to 1839.5 m3/min) |
| Occurrence Concentration | 10 μg/L: flow 65,000 CFM (about 1839.5 m3/min);100 μg/L: flow 65,000 CFM (about 1839.5 m3/min) |
| Particle | PAO, DOP and polydispersion occur |
| Occurrence Method | Heating occurs |
| Compressed Gas | Nitrogen, Argon, Carbon dioxide or Helium (50 psi) |
| Power Supply | AC 220 V to 240 V, 50/60 Hz |
| Dimension | 280 × 390 × 300 mm |
| Weight | 14 Kg |
Features
Applications
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FAQ for Aerosol Generator NASG-101
1: How does the oil circuit protection system improve the reliability of the aerosol generator?
Our oil circuit protection system prevents damage to internal components by controlling the oil flow, which ensures consistent operation and prolongs the overall lifespan of the device.
2: What role does the heat exchange function play in the Aerosol Generator NASG-101?
The heat exchange function maintains a stable operating temperature by dissipating excess heat. This helps the device operate efficiently over long periods without overheating.
3: How does the photometer integration enhance the aerosol generator’s performance?
The integrated photometer allows real-time monitoring of aerosol particle concentration, providing immediate feedback on filtration performance and aiding in precise leak detection.
4: How user-friendly is the Aerosol Generator NASG-101 in terms of operation and maintenance?
The Aerosol Generator is designed for ease of use with straightforward controls and stable operation. Routine maintenance, such as cleaning and inspection, helps maintain optimal performance over time.
5: What makes the aerosol generator ideal for testing filtration systems?
This aerosol generator produces aerosol particles with a wide diameter range, serving as effective challenge particles. This allows precise measurement of the filtration efficiency of HEPA and other filter types under various conditions.
6: What safety features are included in the Aerosol Generator?
The Aerosol Generator includes an oil circuit protection system and a heat exchange function. These features help prevent overheating, contamination, and mechanical wear, ensuring safe and consistent performance throughout its operation.
7: Can the Aerosol Generator be used with all types of filtration systems?
Yes, the Aerosol Generator is compatible with a wide range of filtration systems including HEPA and ULPA filters, HVAC systems, cleanroom units, biosafety cabinets, glove boxes, and negative pressure devices, making it highly versatile for air filtration testing.
8: How does the Aerosol Generator help detect filter leakages?
By generating consistent and visible aerosol particles, the Aerosol Generator helps identify leaks when these particles pass through imperfections in a filtration system. It is especially effective when used in combination with a photometer for real-time particle monitoring.
9: How can I extend the service life of the Aerosol Generator?
To extend its lifespan, operate the Aerosol Generator within recommended parameters, clean the components regularly, use clean and dry inert gas, and check the heat exchange and oil systems periodically to avoid buildup and mechanical wear.
Labnics Aerosol Generators are designed with adjustable flow control for precise and consistent aerosol output. They are built with corrosion-resistant materials to ensure long-term durability. These units offer uniform particle dispersion for reliable operation. They feature a compact and lightweight design for easy handling and portability. Our aerosol generator includes a heat exchange function to maintain optimal temperature during operation.