TAISITE CJ-2S Laminar Flow Cabinet double person double sided
SETAISITE CJ-2S Laminar Flow Cabinet vertical airflow direction, cleanliness level 100, wind speed adjustment range 0.2-0.6 (m/sec), noise ≤ 62db, inner size 1310 * 790 * 550mm
Model：
CJ-2S
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TaiSiTe CJ-2S Laminar flow cabinetSPEC
TaiSiTe CJ-2S Laminar flow cabinetDetails
TaiSiTe CJ-2S Laminar flow cabinetPacking list
- SKU
- NB029138
- type
- Double-Sided, Two Workstations
- Air flow
- Vertical
- Cleanliness class
- Level 100
- collection efficiency
- 0.5Um particles 99.9% or more
- Average colony count
- ≤ 0.5 pcs/dish (φ90mm culture dish)
- Adjustable Wind Speed Range
- Initial: 0.6; End: 0.2 (m/sec)
- Adjustable Wind Speed Range
- 0.2-0.6（m/sec)
- Noise
- ≤62dB(A)
- Vibration Half-Amplitude
- ≤3um
- Illumrination degree
- ≥300Lx
- Working surface load bearing
- 50kg
- Interior
- stainless steel plate
- Exterior
- Cold rolled steel plate, surface resistance painting
- Work door
- Tempered Glass
- HEPA Filter
- 610*610*50mm
- Primary Filter
- 520 * 490 * 5 two
- Fluorescent lamp
- 30W*①
- UV Lamps
- 30W*①
- Fan
- 300W
- Level adjustment
- Adjustment foot (40mm)
- Controller
- LED Controller
- Fan location
- overhead
- Workspace size
- 1310*790*550mm
- Dimensions
- 1487*788*1690mm
- Packaging Dimensions
- 1660*950*1755mm
- Maximum Power
- 0.8kw
- Power
- AC220V/3.6A 50/60Hz rated current
- Net Weight
- 186KG
- Gross Weight
- 236KG
CJ-2S
Laminar flow cabinet
Vertical flow, the airflow direction is from the top to the bottom of the work space/horizontal flow, the airflow direction is from the back to the front
Features
1. Low noise, touch the button, multi-level wind speed adjustment
2. Vertical air supply, sliding door to stop at will
3. No F series: integrated structure + LED indicator controller
4. -F series: detachable split structure + LED indicator controller
-FS series: detachable split structure + LCD intelligent controller
5. The detachable split structure can be used on the platform alone
6. Strengthened glass, quasi-closed table top, prevent external airflow from pouring back
Models
| model | Applicable station | Airflow direction | fluorescent light | UV lamp |
| CJ-1D | single sided | vertical | 20W*1 | 20W*1 |
| CJ-1S | single sided | vertical | 20W*1 | 20W*1 |
| CJ-2D | double sided | vertical | 30W*1 | 30W*1 |
| CJ-2S | double sided | vertical | 30W*1 | 30W*1 |
| HS840 | single sided | level | 20W*1 | 20W*1 |
| HS1300 | double sided | level | 30W*1 | 30W*1 |
| Other parameters | ||||
| cleanliness | Level 100 | |||
| collection efficiency | More than 99.9% of 0.5um particles | |||
| Colony count | ≤0.5 pieces/dish (φ90mm petri dish) | |||
| wind speed | Initial: 0.6; Final: 0.2 (m/sec) | |||
| Adjustable Wind Speed Range | 0.2-0.6 (m/sec) | |||
| noise | ≤62db | |||
| Vibration and Half Maximum Position | ≤3um | |||
| Illumination | ≥300LX (operation center) | |||
| Working surface load | 50kg | |||
| Interior | stainless steel plate | |||
| Exterior | Cold-rolled steel sheet with chemical-resistant coating on the surface | |||
| collection efficiency | More than 99.9% of 0.5um particles | |||
| Colony count | ≤0.5 pieces/dish (φ90mm petri dish) | |||
| wind speed | Initial: 0.6; Final: 0.2 (m/sec) | |||
| Adjustable Wind Speed Range | 0.2-0.6 (m/sec) | |||
| noise | ≤62db | |||
| Vibration and Half Maximum Position | ≤3um | |||
| Illumination | ≥300LX (operation center) | |||
| Working surface load | 50kg | |||
| Interior | stainless steel plate | |||
| Exterior | Cold-rolled steel sheet with chemical-resistant coating on the surface | |||
| fan | 300W | |||
| level adjustment | Adjustment feet (40mm) | |||
| controller | LED controller | |||
FAQ
QCan the wind speed of this workbench be adjusted? How does it help the experiment?
A
Yes, CJ-2S supports 0.2-0 multi-stage wind speed adjustment. You can flexibly adjust according to the experimental needs, such as using lower wind speed to reduce disturbance during cell passage, and using higher wind speed to enhance cleaning effect during reagent preparation. This adjustment function allows the workbench to adapt to more experimental scenarios.