UVC LED Water Disinfection UVC110

Model Number: UVC110

Features:

  • Flow rate: 2 LPM
  • Lifetime: 8,000 hours
  • Up to 99.99% Disinfection
  • Instant On
  • Low-Power Consumption
  • Environmentally Friendly: No additives, Chemical-Free, Mercury-Free
  • Solid, lead-free brass construction for durability and reliability

More Unique Functionality

  • Hands-free, motion-sensored technology
  • Safe and reliable disinfection (highly disinfection 200 nm to 280 nm UVC radiation)
  • Lighting ring in the bottom indicates LED life and disinfection condition, automatically reminding users of a replacement
  • Compatible with Dawnway commercial grade, water filtration system
  • Disinfection closest to the outlet port to avoid secondary pollution, and with a design-forward aesthetic
  • With an LED life of 8,000 hours, it can be used for more than 40 years based on the daily use of 40 liters in an ordinary household.
  • In addition, UV-C LEDs do not need any warm-up time, can be switched on and off as often as required, and are immediately ready for function at any time.
Installation Instruction

Description

What is Ulraviolet (UV-C) LED Water Disinfection?

Disinfection Principle
Due to the ultraviolet rays with wavelengths at 200 nm to 280 nm, it can effectively destroy and terminate the DNA and RNA replication processes of bacteria, viruses and spores, achieving the purpose of inhibiting the proliferation of harmful bacteria.

Scientific studies prove that UV light reliably inactivates 99.99% of all viruses, bacteria and fungi.

UV-C LED Disinfection Module:
The UV-C LED Disinfection Module we are using is by far the world's first and smallest UV-C LED product designed for water disinfection. This component integrates state-of-the-art LEDs into a unique and compact design, without the use of chemicals or mercury-based lamps. LEDs also allow for instant full-intensity power, unlimited cycling and a heat-free transfer of water.

The module is manufactured in the US and has been tested and certified by NSF International against NSF / ANSI / CAN 61 for materials and structural requirements.

It has also received 3rd party validation by Ohi State University professor and GAP Environmental (Certified Lab) to complete testing in accordance with US EPA drinking water guidelines.

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