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AC UV Steriliser System - 19 ltrs/min - 3/4" BSP Ports
Stainless steel ultraviolet steriliser system, which is manufactured in the UK and carries WRAS approval. Suitable for treating up to 19 litres of water per minute*.
A robust high quality system which has been designed with longevity and energy efficiency in mind, resulting in a lower cost of ownership.
Brand | Aqua Cure |
---|---|
Overall Dimensions | METRIC 920mm (l) x 168mm (w) x 95mm (d) IMPERIAL 36.22" (l) x 6.61" (w) x 3.75" (d) |
Max. Working Pressure | 10.0 bar / 145 psi |
Box / Bag Quantity (For Bulk Buy) | 1 |
Port Size | 3/4" |
Port Type | BSP |
Max. Flow | 19.0 lpm / 5.02 gpm (US Gallons) |
Approvals & Certifications | WRAS Approved |
Voltage | 220-240 VAC, 50/60 Hz Single Phase |
Power Consumption | 33 VA |
Lamp Power (Watts) | 30 |
Chamber Construction | 316L Stainless Steel |
Control Box Construction | 304 Stainless Steel |
Lamp Life | 8760 Hours (1 Years Continuous Use) |
Consumables / Spares Codes |
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Product Description
UV steriliser systems are one of the most effective ways to make drinking water sourced from a private supply, such as a well, spring or borehole, safe to drink.
This high quality system has a host of features, including:
- WRAS approval
- 316L stainless steel chamber (polished)
- 30 watt lamp
- Max. flow of 19 litres/min
- 3/4" BSP inlet and outlet
- Long life / high reliability UV lamp
- Robust design
Please note that UV steriliser systems only kill bacteria in water and should be used in conjunction with other water treatment systems. They should be incorporated into a system comprising the appropriate water filters to remove particles and to treat the water to make it palatable.
If you require any advice, please don't hesitate to get in touch with our highly trained staff who can advise on the appropriate system to meet your specific requirements.
*UV systems have a stated flow rate based on feedwater transmission of 95%. On single pass applications (including drinking water) where the water clarity is less than stated, or the potential flow rate could exceed the recommended maximum flow rate, the installer should fit a suitable flow regulator.