Uses 50% less water than traditional RO systems
When we developed the GX200, we decided to pack all the high end features into a tight efficient RO unit. We engineered a 50% increase in water production over traditional ROs, lowered the waste ratio to 2:1, and still offered it to you for the same price point of an entry level RO filter. But we didn't stop there. We topped it all off with a 2" stainless steel liquid-filled pressure gauge, never before seen in a filter this size, and integrated it into our patented GX Series bracketing system. A manual flush valve allows you to clean the membrane, purging out pollutants that could otherwise add buildup to the system. Flushing adds considerable life to the membrane. With flow rates at 6.25 GPH (Gallons Per Hour), the GX200 delivers the same excellent filtration as our larger models.
Flow Rate: 200 Gallons Per Day
System Ratio: 2:1
Membrane: One GrowoniX GXM-200-HF High FLow membrane.
Carbon: One Eco Green Coconut Carbon Cartridge rated for 8,000 gallons chlorine reduction.
Sediment: One High Flow pleated sediment filter, completely washable and reusable.
Frame: One electrogalvanized powder coated frame for superior corrosion resistance. Wall Mountable.
Membrane Flush Valve: for easy cleaning and considerable extension of membrane life.
Auto Shutoff Valve: for positive automatic shutoff when using a float valve or faucet.
Easy Maintenance & Operation: Systems feauture a compact design, are pre-plumbed and have all of their components strategically located for easy access and inspection.
Guage: One 2" stainless steel liquid filled pressure gauge for accurate input monitoring.
Flow Rate 200 GPD
Minimum Feed Pressure 20 psi
Recommended Feed Pressure 40 psi—80 psi
Recovery 33% (can be reduced for lower quality feed water)
Operating Temperature 40 °F—105 °F
Operating pH 3-11
Dimensions LxWxH (in) 14 x 7 x 21
Weight 20 lbs.
Test Conditions: Permeate flow and salt rejection based on 100 ppm, 65 psi, 77 °F (25 °C), pH 6.5-7, and 20% recovery.
Note: Higher TDS and/or lower temperatures will reduce the system's production.