Biological Safety Cabinet Class Ⅱ Type B2 LMBY-B100 is a containment device with total exhaust cabinet of 550 mm 22-inch maximum opening. High-efficiency particulate air filter (HEPA filter) ensures contamination free cabinet. Motorized front window of laminated toughened glass for visual observation. It allows manipulation of materials inside while working.
Maximum Opening | 550 mm (22 inch) | ||||
Tested Opening | Safety height 200 mm (8 inch) | ||||
Exhaust airflow volume | 100%: 1320 m³/h (776 cfm) | ||||
Front Window | Motorized. Two-layer laminated toughened glass ≥ 5 mm. Anti UV | ||||
HEPA Filter | Two, 99.999% efficiency at 0.3 µm, filter life indicator | ||||
Filter Guard Type | Aluminium alloy frame | ||||
UV Lamp | 30 W, Emission of 253.7 nm for sterilization | ||||
Illumination LED Lamp | 18 W × 2 | ||||
Illumination | ≥ 1000 lx | ||||
Noise | NSF 49 ≤ 67 dB/ EN 12469 ≤ 65 dB | ||||
Display | LCD | ||||
Waterproof Socket | Two, Total consumption: ≤ 500 W | ||||
Tap | Water tap × 1, Gas tap × 1 | ||||
Ground Resistance | ≤ 0.10 Ω | ||||
Alarm | Abnormal airflow velocity, filter replacement; Front window at unsafe height | ||||
Material |
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DC motor | One ECM motor, 115 V & 230 V acceptable, Speed adjustable, high efficiency and low power consumption | ||||
Power Supply | AC 230 V, 50 Hz; AC 115 V, 60 Hz, Full load Amps: 9A, BTU/Hr: 1689 | ||||
Power | 400 W | ||||
Internal Dimensions (W × D × H) | 1210 × 600 × 660 mm | ||||
External Dimensions (W × D × H) | 1383 × 775 × 2330 mm | ||||
Packaging Dimensions (W × D × H) | 1540 × 1080 × 1950 mm | ||||
Weight | 350 kg |
Accessories no | Name | Quantity |
1 | LED lamp | 2 |
2 | UV lamp | 1 |
3 | Base stand | 1 |
4 | SS water tap | 1 |
5 | SS gas tap | 1 |
6 | Drain valve | |
7 | Waterproof sockets | 2 |
8 | Stainless steel IV Bar with 10 hooks | 1 |
9 | Remote control | 1 |
Electric height adjustable base stand
It is widely used in research facilities, laboratories, educational environments, pharmaceuticals, hospitals, and medical fields for the aseptic transfer of microbial culture