- Water Disinfection
- UV-C LED System
- AℓNUV_Aqua
[Disinfection for running water] ULR0031A, UV-C LED system
- Part name ULR0031A
- Max water flow(2.0m/s) [m3/h] 18.0
- Power consumption [W] 400.0
- Body material SUS
- Fittings [inch] 10K50A Flange
- Size(L×W×H) [mm] 650×400×1000
Disinfection Performance: 99.9% inactivation of Bacillus subtilis spores
(transmittance: 95%, end of light source lifespan).
*As this is a development product, the specifications are subject to change.
*As this is a development product, the specifications are subject to change.
Applications
Pure Water System, Small-Scale Water Supply System, Industrial Process Water, Compact Water Treatment System, Agricultural Wastewater Treatment Facility, Rinse Water from Commercial Laundry Machines, Cooling Water, Hydroponics, etc.
- High Performance : Equipped with 265nm UV-C LEDs that have high disinfection
capability for viruses and bacteria, including chlorine-resistant microorganisms. - High Efficiency : Stanley's proprietary rectification and light distribution technology improves disinfection performance.
- Immediacy : Can utilize high disinfection effect immediately upon startup.
- Multifunction : Power supply and Control system is also available.
- Ecology : Environmentally friendly mercury-free.
Outline dimensions (Unit:mm)
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Disclaimer
- Stanley Electric Co., Ltd. shall not be liable for any disadvantage, damage, liability for any cause of action, or any other damage or loss arising out of the use of the downloaded data, or inability or inability to use the downloaded data.
- The Data is provided to the User on an “AS IS” basis, and Stanley Electric Co.
- This data is provided “as is” without warranty of any kind, either express or implied.
Reproduction or duplication of the Data, in whole or in part, is strictly prohibited. - Stanley Electric Co. Ltd. reserves the right to change the data without notice.
- Only representative models are shown in the product diagrams. For product diagrams of requested models, please contact us via the contact page.



