Product Information
- High recovery upto 60% of water with Polyamide T.F.C. membrane double RO Pass.
- Three Stage pre-filteration of 10µ/5µ/1µ/0.5µ,Iron filter, activated carbon, antiscalant. enough to protect and enhance the life of the precious cartridges.
- Most economical ultra pure grade water cost per liter as compared to other systems available in the market.
- High quality T.F.C. Polyamide RO membrane >300 Dalton cutoff, Ion Rejection: >99%.
- Type - I & Type III water in a single integrated table top/wall mounted sleek system.
TECHNICAL SPECIFICATION:
- Product Model : PSAW-300
- Parameters Model : Direct Ultra TUVF- 10
- Display : 5.7” TFT /LED/LCD Display
- Product Water : Type-I/ Type-III
- Micro-organism Content 5 : <1CFU / 1,000ml.
Type-I Grade Water Specifications:
- Resistivity : 18.2 MΩ.Cm @ 25°C
- Conductivity : 0.055µS/cm (Compensated to 25°C)
- TOC Content ( with UV Lamp ) : <5ppb
- Particulates(>0.2µm &<0.22 µm) : <1/ml
- Bacteria (1cfu/100ml) : <0.01cfu/ml
- Endotoxins/ Pyrogens (EU/ml) : <0.001
- RNase (ng/ml) : <0.001
- DNase (pg/µl) : <0.005
- Dispense Flow Rate(Programmable) : >2 L/min
- End Point Filter : 0.2, 0.1 (EFA: 250cm /260cm ) 2µ20.2
- Conductivity Flow : <1500 µS/cm
- TOC : <2000ppb
- Free Chlorine : <4ppm
- Fouling Index (SDI) : <10
Type-III Grade Water Specifications:
- Conductivity : <20µS/cm
- Product Flow : 10 L/h
- Tank : Yes
- Feed/RO/%Rejection Monitoring : Yes
- Cell Constant : K= 0.01/0.1/1.0
HIGH PURITY WATER DEIONIZATION SYSTEM (TOUCH SCREEN LAB-P )
- Designed as per feed water quality test results, equipped with an integrated booster pump to meet the feed water requirements of the main system, ensuring optimized performance & reduced recurring costs with UV + RO filtration.
- The pretreatment cartridge comprise a combination of spherical activated carbon, catalytically active media, and a catalyst, followed by a downstream reverse osmosis (RO) membrane for effective removal of contaminants and protection of the main purification system.
- Inbuilt closed bag storage system of min. 5L capacity to store consistently high-quality pure water for prolonged periods, while preventing contamination from ambient air.”
- Adsorption using spherical activated carbon with catalytic media, reverse osmosis (RO), ion exchange, optional UV irradiation, & end-point particle sterile filtration.
- Ideal for daily consumption of up to 10L of ultrapure water, with a pure water production rate of 8 L/hr.”
- Final filter 0.45 µm + 0.2 µm pleated, double-layered, sterile-grade PESU membrane.
- Filter validated accordance with HIMA and ASTM F-838-83 guidelines.
- Deionization cartridge comprise spherical, catalytic activated carbon integrated with ultrapure, semiconductor-grade mixed-bed ion exchange resin to ensure long service life & low maintenance operation.
- Touch screen display with intuitive menu-driven navigation for easy & user-friendly operation.
- Automatic re-circulation feature in standby mode to continuously circulate purified water & maintain its purity by preventing stagnation and microbial growth.
- Volume-controlled dispensing function with an adjustable range from 50mL to 5L to ensure accurate & reproducible results.
- The cartridge designed with a top-down flow configuration to achieve optimal purification kinetics and to prevent intermixing of the purification media.
- Horizontally mounted integrated UV lamp, dual wavelength 185/254nm, ensuring optimized temp. gradient and reliable results.
- Designed, developed, & manufactured under an ISO 9001–certified Quality Management System.
- The 3 nos. external pre-filter is used to treat incoming feed water before it enters the main purification system (RO, UV, DI, or ultrapure water modules). Its job is to remove large particles, sediments, chlorine, and Organics that could damage the main system or reduce efficiency.
- Complete Setup ultrapure water system a single, integrated unit capable of producing ASTM Type III, Type II pure water, and ASTM Type I ultrapure water.
- Automatic internal cleaning without dismantling
- Controlled cycles (rinse → wash → final rinse).
- Minimal operator involvement.
- Chemical reduction.
- Optimized dosing.
- Reuse of final rinse water.
- Enzyme-based or low-alkali cleaners possible.