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B2 Type Biological Safety Cabinet, Dimensions 1300 x 570 x 635mm (CAT#: STEM-GLE-1624-LGH)

Highlights

The biological safety cabinet is mainly composed of a safety cabinet box, a rack, a fan, an ultra-high-efficiency filter and a control system.
The main body is made of high-quality cold-rolled steel plate, and the studio is made of SUS304 stainless steel plate. The double-layer structure is used as the air duct between the studio and the outer wall of the cabinet. The air circulation system made by the duct is driven by the built-in centrifugal fan, and the air sucked from the room is mixed with the original air in the cabinet and then passed through the net pressure box.
About 30% of the gas of type A2 is discharged through the exhaust high-efficiency filter, and 100% of the gas of type B6 is sent to the operating area of the safety cabinet through the downflow high-efficiency filter for circulation

Cat Number: STEM-GLE-1624-LGH

Application: It is a negative pressure safety equipment widely used in scientific research, teaching, clinical inspection and production in the fields of microbiology, biomedicine, genetic recombination, animal experiments and biological products. It adopts the current advanced air purification technology. It is the most basic safety protection equipment in the first-class protective barrier of laboratory biosafety, which realizes the protection of the environment, personnel and samples.

Model: BHC-1300IIB2

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Description

The biological safety cabinet is mainly composed of a safety cabinet box, a rack, a fan, an ultra-high-efficiency filter and a control system.
The main body is made of high-quality cold-rolled steel plate, and the studio is made of SUS304 stainless steel plate. The double-layer structure is used as the air duct between the studio and the outer wall of the cabinet. The air circulation system made by the duct is driven by the built-in centrifugal fan, and the air sucked from the room is mixed with the original air in the cabinet and then passed through the net pressure box.
About 30% of the gas of type A2 is discharged through the exhaust high-efficiency filter, and 100% of the gas of type B6 is sent to the operating area of the safety cabinet through the downflow high-efficiency filter for circulation
Under the control of the control system composed of microcomputer chips, a complete system of biological safety cabinets is formed

Specification

Cleanliness grade: ISO 5(100 Class 100)/ISO 4(10 Class 10)
Filter level/filtration efficiency: @0.3~0.12μm ≥ 99.999%~99.995%
Average downdraft flow: 0.25m/s~0.5m/s
Average inflow flow: ≥ 0.5m/s
Noise: ≤ 67dB(A)
Vibration half peak value: ≤ 5μm
Power supply: AC, single-phase 220V/50Hz (AC,220V, 1,50 Hz)
Personnel protection (repeat 3 times) : a. The total number of colonies in the collision collection style should be no more than 10CFU/ time
B. The total number of colonies in the slit sampler was ≤ 5CFU/ time
Product protection (repeat 3 times) : The total number of colonies ≤ 5CFU/ each time
Cross contamination protection (repeat 3 times) : Total number of colonies ≤ 2CFU/ time
Maximum power: ≤ 1500KVA(including spare socket)
Weight: 200
Working area dimensions (W x D x H) : 1300 x 570 x 635mm
Overall dimension of the device: 1500×855×2350
Fluorescent lamp specifications and quantity: 40W× ②
Uv lamp specifications and quantity: 30W× ①
Illumination: ≥ 650Lx
Exhaust pipe diameter: φ250
Wind direction: push in, push out

Features

The biological safety cabinet is mainly composed of a safety cabinet box, a rack, a fan, an ultra-high-efficiency filter and a control system.
The main body is made of high-quality cold-rolled steel plate, and the studio is made of SUS304 stainless steel plate. The double-layer structure is used as the air duct between the studio and the outer wall of the cabinet. The air circulation system made by the duct is driven by the built-in centrifugal fan, and the air sucked from the room is mixed with the original air in the cabinet and then passed through the net pressure box.
About 30% of the gas of type A2 is discharged through the exhaust high-efficiency filter, and 100% of the gas of type B6 is sent to the operating area of the safety cabinet through the downflow high-efficiency filter for circulation
Under the control of the control system composed of microcomputer chips, a complete system of biological safety cabinets is formed
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