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Testing Solution For Facial Mask

GB-XF1000 Mask Bacterial Filtration Efficiency (BFE) Detector

GB-XF1000 Mask Bacterial Filtration Efficiency (BFE) Detector

It is used to test the percentage of materials containing bacteria suspended particles at the specified flow rate.

Application:

It is used to test the percentage of materials containing bacteria suspended particles at the specified flow rate. The dual gas path simultaneous comparison sampling method is used to improve the accuracy of sampling, which is suitable for the performance testing of bacterial filtration efficiency of medical surgical masks by metrological inspection departments, scientific research institutes, medical mask manufacturers and other relevant departments.

Standards

YY0469-2004、YY/T 0969-2013、ASTMF2100、ASTMF2101、EN14683

Features

  • Negative pressure experiment system to ensure the safety of operators
  • Negative pressure cabinet with built-in peristaltic pump and A and B two-way six-stage Andersen;
  • The flow rate of the peristaltic pump can be set;
  • Dedicated microbial aerosol generator can set the volume of bacterial liquid spray flow, and the atomization effect is good;
  • Embedded high-speed industrial microcomputer control;
  • 10.4-inch industrial-grade high-brightness color touch display;
  • USB interface, support U disk data transfer;
  • Built-in high-brightness lighting in the cabinet;
  • Built-in leakage protection switch to protect operator safety;
  • Insulation and flame retardant between inner and outer layers;
  • The front switch glass door is convenient for experimenters to observe and operate;
  • Detachable stand, the height of stand is adjustable;
  • Support and move dual-purpose casters.
Key Specification Specification Range Resolution Accuracy
A Route Sampling Flow 28.3L/min 0.1L/min Within ± 2.5%
B Route Sampling Flow 28.3L/min 0.1L/min Within ±2.5%
Spray Flow (8~10)L/min 0.1L/min Within ±2.5%
Peristaltic Pump Flow (0.006~3.0)mL/min 0.001ml/min Within ±2.5%
Front Pressure of A Route Sampling Flowmeter (-20~0)kPa 0.01kPa Within ±2.5%
Front Pressure of B Route Sampling Flowmeter (-20~0)kPa 0.01kPa Within ±2.5%
Front Pressure of Spray Flowmeter (0~300)kPa 0.1kPa Within ±2.5%
Ambient Temperature (-40~99)℃ 0.1℃ Within ±2.5%
Negative Pressure of the Aerosol Chamber (-90~-120)Pa 0.1Pa Within ±2.0%
Negative Pressure of the Cabinet -50~-200pa
Data Storage Ability >100000 sets
Vortex Mixer Test Tube Specification and Quantity Φ16×150mm test tube, 8pcs
High Efficiency Particulate Air Filter Properties Filter Efficiency≥99.99% for particles> 0.3μm
Median diameter of aerosol generator mass Average diameter: (3.0±0.3)μm; Geometric Standard Deviation≤1.5
Double Routes 6-lever Andersen Sampling apparatus Level1>7μm; Level 2: (4.7~7)μm; Level 3: (3.3~4.7)μm; Level 4: (2.1~3.3)μm; Level 5: (1.1~2.1)μm; Level 6: (0.6~1.1)μm
Size of Aerosol Chamber 600×85×3mm (Length×Diameter×Thickness)
Total number of positive quality control sampler particles (2200±500)cfu
Negative Chamber Flow Speed ≥5m3/min
Size of Negative Pressure Chamber Door (W×D) 1000×730mm
Size of Main Machine (W×D×H) 1180×650×1300mm
Size of Supporting Frame (W×D×H) 1180×650×600mm, Height within 10cm is adjustable
Noise of the Tester <65dB(A)
Weight 150kg
Power Supply AC220V±10%, 50Hz
Power Consumption <1500W