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Particle Counter

Particle Counter

The HandiLaz® Mini can be used to measure flow hoods, clean rooms, and HEPA filtered incubators. The HandiLaz® Mini provides an on-the-spot check that your air quality is up to scratch, providing you with immediate verification that your air filtration system is producing Grade A air to EU GGMP standards.

 

 



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Particle counting

IVF Laboratories rely on air filtration to protect the gametes from contamination during critical procedures. An independent inspection is used to certify that the air system is working, typically once per year. Acknowledging that this is inadequate, many laboratories are now installing expensive continuous monitoring systems at fixed positions. The HandiLaz® Mini, exclusively from Research Instruments, gives the same level of protection at a fraction of the cost. This enables far more laboratories to consider employing this form of monitoring than ever before.

Why use the HandiLaz® Mini?

The HandiLaz® Mini can be used to measure HEPA filtered flow hoods, clean rooms and incubators. The HandiLaz® Mini provides an on-the-spot check that your air quality is up to scratch providing you with immediate verification that your air filtration system is producing the appropriate Grade air to ISO or EU GGMP standards. The HandiLaz® Mini particle counter is ergonomically designed to fit in the palm of your hand. It is rugged and dependable, and provides accurate validation at a great price.

Validation

The HandiLaz® Mini is calibrated by NIST traceable particles and adheres to the same standards that an independent inspector does.

Data Analysis

The HandiLaz® Mini interfaces directly by cable to an optional printer or PC.

Channel thresholds: 3 channels: 0.3, 0.5 and 5.0 µm
Flow rate: 0.1 ft3/min. (2.83 l/min.)
Flow sensor: Smart flow control based on pressure transducers
Light source: Laser diode
Calibration particles: NIST-traceable particles
Max. concentration:

(@ 5% coincidence error)

>2,000,000/ft3
Zero count:
ISO certification: ISO 5-8 @ 0.5 and 5.0 µm
Sample output filtering: None
Communication modes: RS-232C or RS-485; RJ11 connector; RS-485 via cascade connection only
Communications protocol: 9600 bps baud rate
User interface & display: Keypad; LCD: 4 lines, 20 letters
Data display modes: Counts, Counts/m3, Counts/ft3
Sampling modes: Repeated, single or continuous sampling modes, plus calculation or ISO mode
Key internal software features: ISO certification, hotkey, auto start, sample modes, plus calculation or ISO mode
Standard reports: Repeat, single or continuous sampling modes, plus (from optional external printer) calculation or ISO mode
Error messages (real time): Excessive concentration, exceeds alarm limits, laser power, low battery, printer buffer
External software: Downloads CSV file
Data security: Cannot edit stored data; cannot delete individual records
External surface: ABS (plastic resin)
Appropriate cleaning materials: Methanol or neutral detergents
Dimensions (WxHxD): 4.3 x 7.6 x 2.7 (11 x 20 x 7cm)
Weight: 1.5lb (0.68 kg) without batteries
Power: AC adapter: 100-240VAC, 50/60 Hz
Batteries: 4 rechargeable AA NiMH batteries (1.2VDC; 2100mAh)
Operating time on battery: 3 hours
Battery recharging: External charger
Operating temperature: 10-35°C
Operating humidity: 0-85%, non condensing

  Enviromental Monitors Brochure (691.7 KiB, 836 hits)

  Product Catalogue (6.4 MB, 3,847 hits)

 

Q: How is the HandiLaz® Mini used?

A: Having rechargeable batteries, the counter can be taken anywhere in the laboratory. Simply hold or place it in the test environment and start the test. The HandiLaz® Mini samples the air for a user-defined time, counting the particles within three size ranges (0.3µm, 0.5µm and 5µm). At the end of the test the results are displayed on the screen in units that can be immediately compared with the pass and fail criteria given in the standards (ISO or EU GGMP).

Q: How does the HandiLaz® Mini work?

A: Air is drawn through the detection chamber by a pump. A laser beam is directed across the chamber and any particles contained in the air reflect the light, appearing as a bright flash. The larger the particle, the brighter the flash. A photo detector measures the brightness of each flash and the meter counts and sorts them into the three size ranges. The software then calculates the results.

Q: What do the numbers on the display mean?

A: We recommend the units are set to counts per m.