Overview

UV light is effective against contaminants such as bacteria, viruses, mould spores, algae and other micro-organisms as it prevents growth and reproduction. If left untreated, these organisms remain in the water and produce a bio-film coating throughout the water system which harbours more bacteria and makes the water less safe to use or drink. Unlike chlorine or ozone treatments, UV does not create toxic substances or alter the taste and chemical properties of water.

The SPECTRUM Sabre UV systems are capable of treating water from the smallest unit at 4 lpm up to a higher industrial flow rate of 250 lpm. All systems are registered as a WRAS Approved Product.

Typically installed at the point-of-entry or point-of-use, these systems can treat mains water as well as ground water from borehole and other source water. To ensure maximum exposure of UV light to microorganisms rather than suspended solids in the water, pre-filtration is recommended to help prevent a phenomenon known as ‘shadowing’.

Commonly Used To Reduce...

  • Bacteria
  • Viruses
  • Mould spores
  • Algae
  • Cysts

Product Range

SPECTRUM Sabre 4 & 8 – Up to 7.6 lpm - Fileder Filter Systems

SPECTRUM Sabre 4 & 8 – Up to 7.6 lpm

Ideal for residential, light commercial or single-tap outlet applications, these compact single-lamp systems provide effective microorganism control without taking up space or compromising water quality.

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SPECTRUM Sabre 30 & 57 – Up to 57 lpm - Fileder Filter Systems

SPECTRUM Sabre 30 & 57 – Up to 57 lpm

For higher flow rate demands associated with commercial and industrial applications, the SPECTRUM Sabre SUV-S 30 & 57 systems meet higher flow rate requirements utilising lamps with increased power output.

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SPECTRUM Sabre 132 & 250 – Up to 250 lpm - Fileder Filter Systems

SPECTRUM Sabre 132 & 250 – Up to 250 lpm

For higher flow rate demands associated with commercial and industrial applications, the SPECTRUM Sabre range can answer the most challenging of high capacity requirements, increasing the quantity and power output of associated UV lamps.

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