Description
The Undersink Twin Sump unit comes with an AAL filter to reduce fluoride and a CBC10 Carbon cartridge that will take care of reducing fine sediment, chlorine taste and odour, and protozoan cysts in residential and commercial drinking water.
These are most commonly used domestically under bench or light commercial applications
Filter Housings
- Product Type Std Housings
- Brand Atlas Filtri
- Material PET
- Inlet/Outlet 1/4" Push Fit connection
- Max Pressure (bar) 8
- Min Temp (degrees celsius) 4
- Max Temp (degrees celsius) 45
- Application Underbench
- Filter 10" Std
- Max Working Pressure 8bar (116 psi)
- Max Working Temperature 45°C (113°F)
- Min Working Temperature 4°C (39.2°F)
What you get
- 1 x Twin Filter Housings 10" standard
- 1 x twin Mounting Bracket
- 1 x Spanner for filter changing
- 1 x Pentair CBC10 0.5micron filter
- 1 x AAL Fluoride & Arsenic Reduction filter
- 1 x Drinking water tap/faucet
- 1 x Plumbers Delight take off valve kit
- 1 x PRV pressure-reducing valve
Filter Specs
- 0.5 micron
- Reduces Chlorine, Tastes & Odour.
- Cyst Reduction, including, Cryptosporidium, Giardia, Entamoeba, and Toxoplasma.
- High dirt holding capacity
- Size 1.5" x 9.75" - suits most standard filter housings
- 0.5 μm Nominal Filtration
- Rated Flow 7.8 lpm (75,708L @ 7.6 Lpm)
- 10-inch x 2.5" carbon block drop-in cartridge (USA)
- Temp range 4 deg C -82 deg C
- It has a nominal (85%) filtration rating of 0.5 micron, and 99.95% efficiency for the reduction of protozoan cysts.
AAL Filter
The AAL filter is designed to reduce fluorides to below 0.5 ppm (>98%); it is constructed totally from FDA grade materials and media, with 550 grams of pre-conditioned fine mesh Activated Alumina, which is a naturally occurring inorganic compound that is chemically inert and non-toxic
Filters are not intended for use on microbiologically unsafe water.
Installation
Step 1: Shut Off Water Supply
- Turn off the water supply to the sink to avoid any leaks or spills.
Step 2: Install Diverter Valve
- Locate the cold-water supply line under the sink.
- Disconnect the line from the sink faucet using an adjustable wrench.
- Wrap the diverter valve's threads with Teflon tape to ensure a proper seal.
- Install the diverter valve onto the cold-water supply, tightening it securely by hand first, and then slightly more with the wrench.
- Reattach the sink's faucet supply line to the top of the diverter valve.
Step 3: Connect 1/4" Tubing to the Diverter Valve
- Cut a length of 1/4" tubing with tube cutters or scissors.
- Insert one end of the tubing into the outlet on the diverter valve. Push it firmly until it is secure.
Step 4: Install the Pressure Limiting Valve (PLV)
- Attach the pressure limiting valve to the tubing coming from the diverter valve. The PLV prevents excess pressure from damaging the filter.
- Make sure the PLV is installed in the correct direction (check the arrow on the valve for water flow direction).
Step 5: Connect Tubing to Filter Housing
- Insert the tubing from the PLV into the inlet port of the filter housing. Push it firmly to ensure a tight fit.
Step 6: Attach Outlet Tubing to Filter
- Cut another piece of 1/4" tubing.
- Insert one end into the outlet port of the filter housing.
- Run this tubing to the location where your faucet will be installed.
Step 7: Install the Faucet on the Benchtop
- Mark the location where you want the faucet on the benchtop.
- Drill a hole (if necessary) using a drill bit suitable for the size of the faucet.
- Insert the faucet into the hole, securing it with the provided nut and washer from underneath the benchtop.
- Attach the outlet tubing from the filter to the faucet's inlet.
Step 8: Turn On Water and Check for Leaks
- Slowly turn the water supply back on.
- Check all connections for leaks, including the diverter valve, tubing, and filter
housing.
Step 9: Flush the System
- Allow the water to run through the filter for a few minutes to flush out any air or loose particles before use.
