SUS 304 stainless steel
A2: 70% Air Recirculation, 30% Air Exhaust. B2: 100% Exhausted
Biological Safety Cabinet
Scope of Application:
Biological safety cabinet is a kind of negative pressure device widely used in microbiology, biomedicine, gene recombination, animal experiments, biological products, other fields of scientific research, teaching and clinical examination. It adopts the advanced air purification technology and vacuum box design to protect the environment, people and samples, which is the basic laboratory bio-safety protection equipment used in laboratories with level-one of bio-safety . When air outlet is connected with outside, this equipment can also be applied for biology experiments with trace volatile toxic chemicals and limited radionuclides as additives.
Structure Characteristics:
A2: Built-in centrifugal fan, mixed air from the room and the cabinet go through the static pressure box, about 30% of the mixed air is exhausted from the high efficiency filter and other 70% is recycled in the work room from down flow filter
B2: Air inhalation from the top of the cabinet, air go through the high efficiency filter from the static pressure box to the work room by the centrifugal fan, the down flow air along with the air inhaled from the operation room is 100% exhausted to the outdoor space through outer air duct and high efficiency air filter by central exhaust system or external exhaust fan
Model Specifications:
| Model | BSC-1000 II A2 | BSC-1300 II A2 | BSC-1600 II A2 |
| Outline Dimension
WxDxH (mm) |
1200*800*2100 | 1500*800*2100 | 1800*800*2100 |
| Work Room Dimension
WxDxH (mm) |
1000*700*580 | 1300*700*580 | 1600*700*580 |
| Purification Efficiency | Level 100 (US federal standard 209E) | ||
| Weight(kg) | 160 | 180 | 200 |
| Average Down Flow Wind Speed(m/s) | 0.25-0.5 | ||
| Average Inhaling Wind Speed(m/s) | ≥0.3 | ||
| Power Consumption(KW) | 1.5 | ||
| Average Number of Colonies | ≤0.5 per dish per hour
φ99mm Petri dish |
||
| Noise | ≤65dB（A） | ||
| Vibration Half-peak | ≤3μ m（X*Y*Z） | ||
| Power | AC 1Φ 220V 50Hz | ||
| Filter | 980*520*50 | 1280*520*50 | 1580*520*50 |
| Fluorescent Lamp | 21W*2 | 28W*2 | 28W*2 |
| UV Lamp | 21W*1 | 28W*1 | 28W*2 |
| Exhaust Pipe Diameter | φ200mm | ||
| Wind Direction | 30% Top Side exhaustion | ||
| Filtration Efficiency | 99.99≤E＜99.999 | ||
| Illuminance | ≥700Lx | ||
| Model | BSC-1000 II B2 | BSC-1300 II B2 | BSC-1600 II B2 |
| Outline Dimension
WxDxH (mm) |
1200*800*2100 | 1500*800*2100 | 1800*800*2100 |
| Work Room Dimension
WxDxH (mm) |
1000*700*580 | 1300*700*580 | 1600*700*580 |
| Purification Efficiency | Level 100 (US federal standard 209E) | ||
| Weight(kg) | 160 | 180 | 200 |
| Average Down Flow Wind Speed(m/s) | 0.25-0.5 | ||
| Average Inhaling Wind Speed(m/s) | ≥0.3 | ||
| Power Consumption(KW) | 1.5 | ||
| Average Number of Colonies | ≤0.5 per dish per hour
φ99mm Petri dish |
||
| Noise | ≤65dB（A） | ||
| Vibration Half-peak | ≤3μ m（X*Y*Z） | ||
| Power | AC 1Φ 220V 50Hz | ||
| Filter | 980*520*50 | 1280*520*50 | 1580*520*50 |
| Fluorescent Lamp | 21W*2 | 28W*2 | 28W*2 |
| UV Lamp | 21W*1 | 28W*1 | 28W*2 |
| Exhaust Pipe Diameter | φ200mm | ||
| Wind Direction | 100% Top Side exhaustion | ||
| Filtration Efficiency | 99.99≤E＜99.999 | ||
| Illuminance | ≥700Lx | ||
