Components List
Item
Parts Description
OB-NET
OB-SLEEVE
OB-PF7
OB-RF10
OB-FCG
OB-LID2
OB-LID5
OB-SC2
OB-PC5
OB-SPIGOT
Net Filter
Sleeve Filter
Purifying Filter
Refining Filter
Filter Connector Kit with Gaskets
Source Water Lid
Purified Water Lid
Source Water Container
Purified Water Container
Spigot Kit with Gaskets and Nut
Product Details
Dimension
Assembled: 24” x 11.75”
Boxed: 12” x 12” x 15”
Boxed: 7.00 lbs
Weight
Empty: 6.75 lbs
When filled with water: 65 lbs
Flow Rate
Up to 24 gallons per day
Capacity
Up to 1,800 gallons
Operating Temperature
42° F to 125° F
Applications
Tap, clear, or fresh moving water source
Outback Water is proud to be a trusted supplier of personal emergency gravity water treatment systems. Outback Ready system’s electro-adsorption fibrous filter removes common waterborne pathogens* including cryptosporidium, giardia, Escherichia coli (E. coli), salmonella, norovirus, and enterovirus with an electro-adsorption fibrous media, to deliver on our promise of Always Ready with better water.†
* Efficacy of Outback Ready system has been demonstrated in third-party testing using surrogate organisms, specifically MS2 Phage, Raoultella terrigena, Klebsiella terrigena, and 3µ polystyrene microspheres. These are well documented surrogate organisms that are accepted in the water treatment industry in the design and testing of water treatment systems being used to treat cryptosporidium, giardia, Escherichia coli (E. coli), salmonella, norovirus, and enterovirus. Contact Outback Water for details on testing performance.
† Versus identical incoming water that is not treated with electro-adsorption fibrous filter, granular activated carbon filter, and polypropylene felt filter. Based on third-party efficacy testing, Outback Ready system, when installed in accordance with the manufacturer’s recommendations and Outback Ready Filters that are within their expected life, and subject to mechanical and water quality variables, can remove common waterborne pathogens. Actual efficacy of any particular Outback Water system will depend upon mechanical and water quality variables, including incoming water quality, the specific pathogen(s) present, age of filters, etc. Accordingly, no guarantee can be provided of actual percentage of common water borne pathogens inactivated in an application.