SJ-X100 Mask Bacterial Filtration Detector
SJ-X100 Mask Bacterial Filtration Efficiency (BFE) DetectorUsed for rapid and accurate detection of bacterial filtration efficiency (BFE) of various flat masks, 3D masks, and protective materials, the product is developed strictly in accordance with the experimental method requirements of Appendix B Bacterial Filtration Efficiency (BFE) in YY0469-2011 "Medical Surgical Masks". It is a high-performance intelligent bacterial filtration efficiency detector. It also complies with ASTM F2100,
ASTMF201 and EN14683.
SJ-X100 Mask Bacterial Filtration Detector Product Features:
A professional negative pressure biological cabinet provides a safe working environment to ensure the safety of operators;
High negative pressure working chamber, two-stage high-efficiency filters, 100% safe discharge
Adopting two-way six level Anderson sampling;
Built in peristaltic pump, with adjustable flow rate;
Special microbial aerosol generator, the flow of bacterial liquid spray can be adjusted, and the atomization effect is good;
Industrial grade 10.4-inch color touch screen control, easier to operate;
Using a microcomputer for control and data processing, it can seamlessly integrate with laboratory information management systems;
USB interface, supporting data transfer and storage;
The safety cabinet is equipped with LED lighting for easy observation;
Built in UV * * lamp;
Front switch sealed glass door, convenient for operation and observation;
Use imported isolation gloves for safe and reliable operation;
The system has user, permission management, and audit tracking functions;
Invention of bricks: ZL2009.1.115605.4 Dual gas path sampling sensor
Invention of Brick Technology: ZL2010.1.0180212.4 Laser Core Technology (Metrology Calibration)
Utility model brick benefit: ZL2011.2.0107692.1 laser particle counter
Utility model brick benefit: ZL2011.2.0107663.5 laser gas device
Utility model brick benefit: ZL2005.2.0140347.2 Negative pressure leakage rate core technology
SJ-X100 Mask Bacterial Filtration Detector | parameter | measuring range | resolution |
accuracy | Anode quality control sampling flow rate | 28.3 L/min | 0.1 L/min |
Shi 2% | Sample sampling flow rate | 28.3 L/min | 0.1 L/min |
Shi 2% | Spray flow | 0.1--10 L/mnin | 0.1 L/min |
Soil 5% | Peristaltic pump flow rate | 0.01-3 mL/min | 0.01 mL/min |
Shi 2% | operation temperature | ||
0-50 | Negative pressure in biosafety zone | ||
-90····120 Pa | Data storage capacity | ||
20G | Data output and interface | ||
USB (3 pieces) | Performance of high-efficiency air filter | ||
99.995%@0.3um,99.9995%@0.12um | Total number of particles in the positive quality control sampler | ||
2200 ± 500 cfu | Mass median diameter of aerosol generator | ||
Average particle diameter (3.0 ± 0.3um), geometric standard deviation<1.5 | Six stage Anderson sampler captures particle size fractions | ||
Grade I=7um, Grade 11 (4.7-7 um), Grade III (3.3-4.7um), Grade IV (2.1-3.3um), Grade V (1.1-2.1um), Grade VI (0.6-1.1um) | Specification of aerosol chamber | ||
600mm in length, 80mm in diameter, and 3.0mm in thickness | Ventilation flow rate of negative pressure cabinet | ||
5 cubic meters per minute | Host size Work area: 870 * 600 * 1100mm |
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Dimensions: 1250 * 700 * 2000mm | work noise | ||
Less than 65db | Working power supply |
AC220 ± 10%, 50Hz, 1KW