Radio Frequency Identification Water Purification System LRFW-B12 Catalog

Overview

Radio Frequency Identification Water Purification System LRFW-B12 is a 30 L capacited revolutionary, modular design which helps in elimination of large amount of salts and other minerals from water using 2 stages of RO with the least TOC level i.e. < 3 ppb. Here the concentrate or reject stream is fed into a second RO system to maximize water recovery. The unique feature of this model is that it’s equipped with a RFID Radio Frequency Identification Chip which helps keeping a check on the quality of water in real time. It’s designed to deliver compliant purified water with clear quality parameters and care free maintenance

Specifications :

Output of Pure water	≥ 30 L / hr.
Process	Double Pass RO system
Configuration	Benchtop
Water Tank capacity	30 L
Output of Ultrapure water	≥ 1- 1.5 L / min
Resistivity at 25 °C	18.25 M Ω. cm
Conductivity at 25 °C	≤ 5 µs / cm
TOC	< 3 ppb
Pyrogens / Endotoxins	< 0.025 EU / ml
Bacteria	< 1 cfu / ml
Particles ( > 0.22 µm )	< 1 / ml
Absorbance ( 254 nm )	≤ 0.001
Reactive Silica ( SiO2 )	< 0.01 ppm
Heavy metal	< 0.01 ppm
Electrical requirements	220 V / 50 Hz
Power	≥ 450 W
Dimensions ( L x W x H )	340 x 550 x 530 mm
Weight	45 kg

Features :

• - Radio Frequency Identification Chip integrated
• - Advanced Double Pass reverse osmosis system for excellent water quality
• - 2 levels of water purification with high recovery rate
• - Online monitoring of water resistance
• - Equipped with 30 L water holding tank
• - Least TOC level < 3ppb
• - Source of inlet water – Tap water
• - Benchtop model
• - LCD display to monitor the intake of water pressure and various parameters intuitively
• - Programmed water shortage protection alarm
• - Anti-fouling RO membrane prevention programme
• - Ease of cleansing , disinfecting and draining waste water
• - Micro filter membrane to filter out pollutants
• - Automatic RO membrane antiscale flushing to extend the life of the RO membrane

Applications:

Used in PCR / DNA preparation, HPLC, LC-MS, electrophoresis, chemical analysis experiment, protein analysis