Medium-RRO Series Double Stage Reverse Osmosis Water System (Tap water inlet)

Medium-R series is standard double stage reverse osmosis system. With 2 stage pump, 2 stage RO membrane and buffer tank, system achieves stable water quality, little drain, and low running cost.

Compared with single stage RO system, the quality of RO water is better, and the running cost is lower for less consumables replacement. Moreover, compared with simple 2nd stage RO system (1 pump, 2 RO membrane, without buffer tank), its system design is more rational, and the RO quality is more stable. Even though with the worse source water, the 2nd stage RO water’s conductivity also can stay 1-5µs/cm.

Medium-RRO series is 2nd stage RO water system, with LCD controlling system, 3 way water quality sensor, timing and quality dispensing, stainless steel shell, built-in 2 set tanks (buffer tank and pressure tank). Its output ranges from 30 to 90 liters/hour. And the 2nd stage RO water’s conductivity can stay 1-5µs/cm, suitable for glassware washing and general grade experiments.

Flow Schematic

Medium RRO series Double stage reverse osmosis water system flow

Specifications

ModelMedium-RRO30Medium-RRO45Medium-RRO60Medium-RRO90
Output -1st stage RO water*63 liters/hour93 liters/hour125 liters/hour150 liters/hour
Output -2nd stage RO water*30 liters/hour45 liters/hour60 liters/hour90 liters/hour
Pure water outlet2: 1st and 2nd stage reverse osmosis water,
RO water quality
Conductivity – 1st stage RO waterFeed water conductivity×5%*
Conductivity – 2nd stage RO water1-5μs/cm*
Bacteria<0.1cfu/ml (with optional 0.2μm PES terminal filter)
Particle(>0.2μm)<1/ml (with optional 0.2μm PES terminal filter)
Feed water requirementsTap water, temperature:5-45℃,pressure:1.0-4.0Kgf/cm2
Dimension and weightLength×Width×Height:640×540×1110mm / Weight: about 70Kg
Electrical requirementsAC110-240V, 50/60Hz
Power240W240W240W360W
Standard configurationMain body (Including 1 set of cartridge) +built-in 15 liters pressure tank and buffer tank

Remarks:

*The value will be influenced by temperature and feed water’s quality.