Disinfection & SterilizationBB-41354001
UV Sterilization Cabinet 200L
Application: Suitable for items that are not resistant to high temperatures, glass sugar porcelain cups, ceramics, production supplies, currency, non-woven fabric, composite paper, cleaning appliances, tableware, towels, clothes, shoes, packaging materials and other products. The use of three-sided high intensity sterilization, the use of ultraviolet and ozone synergistic sterilization, ozone disinfects areas not exposed to UV rays, kill the surface of the virus or bacteria.
Specifications
- Capacity200L
- UV Lamp MaterialQuartz glass
- Altitude<2000m
- Shelf500*520mm, standard 2pcs, can be optional
- Consumption120W
- Power SupplyAC220V, 50/60Hz (Standard); AC110V, 50/60Hz (Optional, external transformer)
- Internal Size518*523*778mm
- External Size(W*D*H)750*663*1200mm
- Net Weight81kg
- Package Size(W*D*H)875*788*1365mm
- Gross Weight100kg
Details
Technical Parameters: Model BJPX-SVO200 BJPX-SV200 Capacity 200L Type With ozone Without ozone UV Ray Wavelength 253.7/184.9nm 253.7nm Sterilization Way 2 sides of UV ray+1 side of ozone 3 sides of UVC UV ray UV Lamp Material Quartz glass Altitude <2000m Shelf 500*520mm, standard 2pcs, can be optional Standard Accessories Shelf*2,doorknob*1, UV lamp*4,Ozone UV lamp*2 Shelf*2,doorknob*1, UV lamp*6 Consumption 120W Power Supply AC220V, 50/60Hz (Standard); AC110V, 50/60Hz (Optional, external transformer) Internal Size 518*523*778mm External Size(W*D*H) 750*663*1200mm Net Weight 81kg Package Size(W*D*H) 875*788*1365mm Gross Weight 100kg Recommended UV Exposure Time: Microorganism Species Exposure Dose Exposure Time Bacterial Propagules ≥10000μW.s/cm2 10min Bacterial Spores ≥100000μW.s/cm2 10min Virus 10000μW.s/cm2≤Exposure Dose≤100000μW.s/cm2 10min Fungal Spores General Exposure Dose≤100000μW.s/cm2 Special Exposure Dose up to 600000μW.s/cm2 60min When the target microorganism is unknown ≥100000μW.s/cm2 10min Remarks: The suitable temperature range for ultraviolet disinfection is 20℃~40℃. If the temperature is too high or too low, the disinfection effect will be affected, and the disinfection time can be appropriately extended.




