Triple Benchtop – With Sediment, Fluoride and Carbon Filter

System: 400W x 300H x 130D (mm)

Filters: 9″ x 2.5″ Each.

• Sediment Filter – Contaminant Reduction
  – Particles >1 micron………..…99.99%
• Fluoride Filter – Contaminant Reduction
  – Fluoride………………………………97%
• Carbon Filter – Contaminant Reduction
  – Particles >1 micron…………………99.999% (0.4 Micron Nominal Filtration)
  – Lead (Pb)……………………………>90%+
  – Chlorine……………………………..>95%
  – Cyst (Giardia, Cryptosporidium)…>99.99%

• 1st Stage Filter: 100% Polypropylene Triple Gradient Sediment filter.
  • Captures Dust, Sediment, Mud, Dirt, Rust, Sand, Slit, and Algae (Particles greater than 1 micron).
  • Mechanical Filtration
  • Capacity: Dependant on water quality (1 year approx.)
  • Porosity: 10um (outer layer). 5um (middle layer), 1um (core)

• 2nd Stage Filter: 100% Activated Alumina Fluoride Removal Filter.
  • Capacity: 800 Litres (6 Months)
  • Capable of filtering 97% of the fluoride and other unwanted chemicals within your water supply.
  • Porosity: 5 Micron Nominal

• 3rd Stage Filter: Coconut Shell Activated Carbon Block with Lead Removal Media
  • Manufactured in the USA by Omnipure, this advanced filter combines powdered activated carbon (PAC) and dedicated lead removal media to effectively reduce:
    – Chlorine, Taste & Odours
    – Heavy Metals (such as Lead and Copper)
    – Parasites

• To ensure optimal performance and hygiene and to prevent build up of contaminants, we recommend that filters are not used any longer than 18 months. However, replacement frequency depends on water quality and usage.
• Filters should also be changed when rated capacity is reached, or when flow becomes too slow.

Replacement Filters

• Replacement Filters for the Triple Benchtop – With Sediment, Fluoride and Carbon Filters

Kitchen Faucets Compatible with the Countertop Water Filter:

Countertop Water Filter Tap Fittings:

FITS ON SINGLE HANDLE OR DOUBLE HANDLE FAUCET

IF YOUR FAUCET IS WITH INNER THREADS OF SPOUT

1. TAKE OFF THE AERATOR FROM THE FAUCET

2. PUT THE ADAPTOR AND RUBBER WASHER INTO THE FAUCET AND TIGHTEN IT

3. REVOLVE DIVERTER VALVE INTO THE ADAPTOR

IF YOUR FAUCET IS WITH THREADS OUTSIDE OF SPOUT

1. TAKE OFF THE AERATOR FROM THE FAUCET AND REVOLVE THE DIVERTER VALVE INTO THE FAUCET DIRECTLY. PLEASE CHECK IF THERE IS AN O-RING INSIDE THE DIVERTER VALVE.

TO FIT TO NON-THREAD FAUCET

IF YOUR FAUCET IS 1/2″ OD ABD WITHOUT THREAD

1. INSERT RUBBER INTO EXTERNAL ADAPTOR.

2. PUT EXTERNAL ADAPTOR ON THE FAUCET AND TIGHTEN THE NOSE CLAMP BY SCREWDRIVER.

3. REVOLVE THE DIVERTER VALVE INTO THE EXTERNAL ADAPTOR.

IF YOUR FAUCET IS 3/4″ OD AND WITHOUT THREAD

1. PUT EXTERNAL ADAPTOR ON THE FAUCET AND TIGHTEN THE HOSE CLAMP BY SCREWDRIVER (NO NEED RUBBER)

2. REVOLVE THE DIVERTER VALVE INTO THE EXTERNAL ADAPTOR.

  This system is for use on cold water line only. Hot water may damage the system.

• Min. Operating Temperature: 0.6 °C
• Max. Operating Temperature: 38 °C
• Min. Working Pressure: 25 psi
• Max. Working Pressure: 125 psi
• Flow Rate: 3 LPM

• For Cold water use only. Install on COLD water lines only.
• Never install or operate where inlet water pressure may exceed 120 psi (827kPa)
• Protect from freezing. Remove filter if temperature drop below 1°C.

• Sediment Filter Certifications:
  • Tested and Certified by NSF International under NSF/ANSI Standard 42 for material requirements only.

• Fluoride Filter Certifications:
  • Tested and Certified by NSF International under NSF/ANSI Standard 42 for material requirements only.

• Disruptor® Filter Certifications:
  • Tested to NSF/ANSI 42 & 53 aesthetic effects and health effects testing.

Note:

• Filters and Components are Tested and Certified by NSF International under NSF/ANSI Standard 42 for material requirements only.
• Manufacturing facilities are ISO 9001 and ISO 14001 Certified.
• ISO 9001 is the ultimate benchmark for quality management, this means products meet expectations and quality standards.
• The ISO 14001 refers to the fulfilment in environmental performance requirements such as, resource efficiency, waste reduction, costs easing, environmental
• impact measurement and competitive advantage in supply chain design, these among others.