Model HUYAir Bio2Eco | Biosafety Cabinet Class II, Type A2

FEATURES

Biosafety cabinet class II, type A2 – HUYAir Bio2Eco ensures protection for the operator, sample, and the environment.
Structure: 2 layers with interior made of SUS 304 or SUS 316 stainless steel; exterior made of electrogalvanized steel coating by powder resistant chemical, UV, and bacteria.
UV-resistant tempered sliding sash with counterweight.
EBMpapst motor from Germany ensures energy savings.
Work zone: ISO class 5
HEPA (H14) or ULPA (U15) filters from Camfil (Sweden) or AAF (USA) with 99.999% (H14) or 99.9999% (U15) filtration at 0.3 µm/0.1 µm.
Integrated microprocessor controller with touch screen displays real wind speed, time settings, UV, door opening warning and wind speed according to settings, and can be adjusted directly on the screen about fan speed.
There are access ports for accessories such as valve of air, water, gas, and head for online particle counting samplers.

Model	HUYAir Bio2Eco – 700
Controller	Microcessor with 4.3-inch screen
Inflow velocity	0,51 m/s
Downflow velocity	0,35 m/s
Light	>750 lux
Noise	<65 dB
Maximum sash opening height	541.7mm
Motor	AC
External dimensions (W x D x H)	720 x 774 x 1230 mm
Internal dimensions (W x D x H)	620 x 510 x 504 mm
External dimensions including cabinet legs (W x D x H)	720 x 774 x 2030 mm
Cabinet weight	120kg
Power	314W
Voltage – Frequenciens	200 – 240V, 50/60 Hz
Warranty	3 years

Support Stand	Support Stand with caster wheels \| Height 800mm for model HUYAir Bio2-Eco
	Support Stand with cabinets \| Height 800mm for model HUYAir Bio2-Eco
Power accessories	Power outlet
Vans accessories	Gas vans \| Gas (such as N2) \| Vacuum vans
	Water vans
Filter accessories	ULPA filter (H15)

The surrounding air is drawn in through the front grille and the side walls, creating an inward airflow.
The incoming airflow is divided into two portions: 30% of the airflow will be exhausted outside through the exhaust filter, and 70% of the airflow will be evenly distributed over the surface of the HEPA filter, creating a downward vertical airflow.