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상세 정보 |
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| 타입: | 피 테스팅 장비 | 이름: | BSC 생물학적 안정성 캐비넷 |
|---|---|---|---|
| 전반적인 크기: | 1800×800×2120mm | 정화 영역 크기: | 1600×700×600mm |
| 상품 이름: | 생물학적 안정성 캐비넷 | 모델: | BSC-1600A2 |
| 다운 플로우 속도: | 0.31±0.025m/s | 유입 유속: | 0.48±0.025m/s |
| 하이 라이트: | BSC-1600A2 BSC 생물학적안정성 Cabinet,A2 BSC 생물학적안정성 Cabinet,A2 층류 생물학적 안정성 캐비넷 |
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제품 설명
BSC Biosafety Cabinet main feature:
1. It conforms to the principles of physical engineering, and is designed with a 10° inclination angle, which makes the operation feel better.
2. Air isolation design to avoid cross-contamination of internal and external air circulation. 70% air recirculation, 30% exhaust, vertical laminar flow negative pressure.
3. Both the front and back of the workbench are equipped with spring windows that can move up and down, making the positioning flexible and convenient.
4. Equipped with special ventilation filters to make the exhaust air meet national standards. The 5-contact switch adjusts the voltage to always keep the wind speed in the working area in an ideal state.
5. Use the LED panel for operation.
6. The material of the working area is 304 stainless steel.
| Model | BSC-1600A2 |
| Clean Grade | HEPA:ISO 5 calss ( Class100 ) |
| ULPA:ISO 4 Class ( Class10 ) | |
| HEPA Filter | HEPA:≥99.995% , @0.3μm |
| ULPA:≥99.999% , @0.12μm | |
| Air tightness | 99.99≤E≤99.999 |
| Overall Dimensions | 1800×800×2120mm |
| Working Space | 1600×700×600mm |
| Downflow Velocity | 0.35m/s |
| Forward intake wind speed | 0.25m/s±0.025m/s |
BSC Biosafety Cabinet Precautions:
1. In order to avoid cross-contamination between items, the items needed during the whole work process should be lined up and placed in the safety cabinet before the work starts, so that no items need to be taken out through the air flow compartment before the work is completed or Put it in, pay special attention: no items can be placed on the front and rear return grilles to prevent the return grills from being blocked and affecting the air circulation.
2. Before starting work and after finishing work, it is necessary to maintain the air circulation for a period of time to complete the self-cleaning process of the safety cabinet. The cabinet should be cleaned and disinfected at the end of each test.
3. During the operation, try to reduce the number of arms in and out as much as possible, and the arms should be slow when entering and exiting the safety cabinet to avoid affecting the normal airflow balance.
4. The movement of items in the cabinet should follow the principle of moving from low pollution to high pollution, and the experiment operation in the cabinet should be carried out in the direction from the clean area to the contaminated area. Before operation, a towel soaked with disinfectant can be used as a bottom to absorb any droplets that may spill.
5. Try to avoid placing centrifuges, oscillators and other instruments in a safety cabinet to prevent the particulate matter on the filter membrane from shaking off when the instrument shakes, resulting in a decrease in the cleanliness of the cabinet; at the same time, the airflow of the heat dissipation vents of these instruments may affect the cabinet. The airflow balance.
6. Do not use open flames in the safety cabinet to prevent the high temperature and fine particles generated during the combustion process from being brought into the filter membrane and damage the filter membrane.
