AquaHouse Tankless Reverse Osmosis Water Filter System, 1000GPD with Easy DIY Filters

AquaHouse 1000GPD Tankless Compact Reverse Osmosis System

The AquaHouse Tankless 1000GPD Reverse Osmosis System is compact and specially designed to produce pure RO water on demand at a flow rate of up to 2.6 litres per minute, without any need for a separate water tank. Features easy DIY filter changes with a simple twist in / out filter design, and an integrated smart control display panel for real time TDS and filter monitoring on the front of the unit.

Features

• Compact modern design to fit neatly beneath the sink
• Easy DIY filter changes with simple twist in / out mechanism
• Replace pre-filter yearly, and reverse osmosis membrane every 2 years (dependent upon usage and incoming water quality)
• Instant filtration with direct flow of up to 2.6 litres per minute, without need for a separate storage tank
• Integrated display to show real time TDS readings and filter life indicator
• Uses the latest in zero stale water reverse osmosis membrane technology, to avoid TDS creep after periods of non-use
• Supplied with brushed steel filter tap as standard, can be connected to any filter tap using 1/4″ or 3/8″ tubing, or a three way tap (please see accessories for more options)
• 2 Year warranty

Specification

• Membrane rating: 1000GPD
• Pure water flow rate: up to 2.62 Litres per minute
• Mains powered: supplied with 2 meter lead and UK standard plug
• Operating pressure: Minimum: 1 Bar – Maximum: 4 Bar
• Operating temperature: 5-38°C
• Dimensions: Width: 137mm, Height: 407mm, Depth: 433mm
• Filters included.
• Replacement filter 1: 12 Months CB1 (PCT) code: AH-RO1000GPD-CB1
• Replacement filter 2: 24 Months RO code: AH-RO1000GPD-RO

How it works

Reverse osmosis (RO) is a sophisticated filtration process that strips away up to 99% of dissolved salts, particles, and organic contaminants from your water. While nature uses osmosis to help plants absorb nutrients, Reverse Osmosis works in reverse, by pushing water under high pressure into a semi-permeable membrane. The membrane has microscopic pores which water molecules can pass through but larger contaminants can not. In this process pure water molecules are separated from impurities which are then discarded of down the drain automatically by the system.