Direct Flow Tankless RO System (DFRO400)

High Capacity Reverse Osmosis System

A high capacity, low cost system. Perfect for offices or small factory. Designed for commercial and residential application. It is ideal for manufacturing, restaurants, food processing industries, shopping centers, schools, hotels and Window Cleaning
Provides high quality drinking water with capacity up to 1.2 liters per minutes. Can be installed under or next to kitchen sink. Designed for the direct flow, No tank required, provides maximum output, while taking up minimum space.
System is equipped with High Flow Booster Pump for increased water production capacity.

Features:
2x 200 Gallons Per Day Membrane.
Direct flow for upto 1.2 Liters per Minutes.
FDA Approved Polypropylene Made Flat Cap Housings.
Comes with faucet.
All hardware included.
Completely Assembled, 100% Factory Tested and Sterilized Ready for Installation.

(Stage 1) 5 Micron Sediment Filter:
With only five micron rating. It is effective in removing dirt, rust and sand particles.

(Stage 2) Block Carbon Filter:
Carbon block filter provides effective filtration to protect your membrane. It provides for improved membrane performance up to 95% of TDS rejection.

(Stage 3) 1 Micron Sediment Filter :
With only one micron rating. It is effective in further removing dirt, rust and sand particles.

(Stage 4) Reverse Osmosis Membranes:
Two thin film composite (TFC) high quality membranes that each processes 200 gallons per day. they remove the following hard water contaminants that may be present in your water: lead, cooper, barium, chromium, mercury, sodium, cadmium, fluoride, nitrite, nitrate, and selenium.

(Stage 5) Post Carbon filter:
This carbon post filter removes objectionable tastes and odors to enhance the quality of your drinking water. We are using NSF approved post carbon to guarantee the taste of water.

Specification:
Production: 400 GPD / 1512 LPD *
Operation Pressure : 10 - 80 psi
Weight (System) : 18 kg
Dimensions: 38.0 (L) x 25.5 (W) x 46.0 (H) cm

* Production rates subject to incoming water conditions, Factors such as water hardness, temperature, Pressure and water quality can effect performance.