Class II A2 Biological Safety Cabinet FM-BSC-A401 is a floor standing unit which meets the requirement specified by NSF for Class II type A2 BSC. Features tough glass front window, water tap and gas tap, universal caster, waterproof socket, LCD display, I.V. bar with hooks etc. to carry out the experiments in a contaminant free environment along with operator protection. Approximately 40% of air is exhausted, 60% is recycled and inflow of air is 587 m3/h. It is used in microbiology labs, biotech labs, universities etc.
Specifications
External Dimension (W×D×H) | 1383×775×2295 mm |
Internal Dimension (W×D×H) | 1210×600×660 mm |
Work Surface Height | 750 mm |
Max Opening | 550 mm (22 inch) |
Tested Opening | Safety height 254 mm (10 inch) |
Air flow Volume | In flow: 587 m3/h (346 cfm) Down flow: 60%: 863 m3/h (508 cfm) Exhaust: 40%: 587 m3/h (346 cfm) |
Front Window Thickness | ≥ 5 mm |
HEPA Filter | Two, 99.999% efficiency at 0.3 um |
Filter Guard Type | Aluminium alloy frame |
Noise | NSF 49 ≤ 61 dB/EN 12469 ≤ 58 dB |
Illumination | ≥ 1000 Lux |
Display | LCD Display |
Waterproof Socket | Two Total consumption: ≤ 500 W |
Tap | Water tap × 1, Gas tap × 2 |
Ground Resistance | ≤ 0.10 Ω |
Power Supply | AC 220 V ± 10%, 50/60 Hz; 110 V ± 10%, 60 Hz, Full load Amps: 9A, BTU/Hr: 1690 |
Consumption | 400 W |
DC Motor | One ECM motor, 110V & 220V acceptable, Speed adjustable |
Material | Working area: 304 stainless steel Frame and Decorative Plate: cold-rolled steel with anti-bacteria power coating. |
UV Lamp | 30 W Emission of 253.7 nanometers |
Illumination Lamp | 18 W ×2 |
Packaging Dimension (W×D×H) | 1540×1080×1900 mm |
Weight | 340 kg |
Features
Applications
Accessories Optional
Sr. No | Name of accessory | Quantity |
1 | Armrest | 1pc |
2 | Formalin fumigation sterilizer | 1pc |
3 | Infrared sterilizer | 1pc |
4 | Airflow tester | 1pc |
5 | Remote control | 1pc |
6 | Electric height adjustable base stand | 1pc |
Security System
Fison Class II Biosafety Cabinets offer personnel, product, and environmental protection by preventing contamination during biological sample handling. They are equipped with a laminar airflow design that maintains continuous airflow for optimal sample protection. Our cabinets feature a HEPA filtration system that effectively removes airborne contaminants. They provide negative pressure to prevent hazardous particle escape. These units deliver energy-efficient operation with optimized airflow and lighting for safety and performance.
Fison Class I Biosafety Cabinets offer personnel and environmental protection while handling low-to-moderate risk biological materials. They feature a HEPA filtration system that effectively removes airborne contaminants before air is released. These units are equipped with a negative airflow design that removes contaminated air, ensuring operational safety. They provide a functional workspace with a protective viewing panel for easy sample handling. Our cabinets include energy-efficient airflow and lighting to reduce power use while maintaining performance.
Fison Class III Biosafety Cabinets offer maximum containment protection for handling highly infectious and hazardous biological materials. They feature a gas-tight enclosure with a fully sealed workspace to prevent contamination. These units are equipped with dual HEPA filters for complete removal of hazardous particles. They include built-in heavy-duty gloves for secure material manipulation without direct exposure. Our cabinets deliver advanced safety alarms to monitor airflow, filter integrity, and pressure for maximum security.
Fison Cytotoxic Safety Cabinets offer a secure and sterile workspace for handling hazardous drugs and toxic compounds. They feature a HEPA filtration system that effectively removes airborne contaminants and drug residues. These units are equipped with a negative pressure design to prevent harmful substances from escaping into the environment. They provide laminar airflow technology to maintain a contamination-free workspace. Our cabinets deliver safety alarms and monitoring to detect airflow failures, filter status, and pressure changes.