Water Purification System LD-LWPS-C11 is top choice of high flux ultrapure water system from tap to ultrapure water, integrating pretreatment, RO and terminal filter into one. Its output ranges up to 90 liters/hour and offers flow rate up to 2 liters/minute (when tank is full). Features with tap water inlet, it can produce second stage RO water and EDI module, center EDI ultrapure water system. The 2nd stage RO water’s conductivity can stay 1 to 5 µs/cm, and the ultrapure water’s resistivity is more absolutely to 18.2 MΩ.cm. It completely meets the highest grades and offers ASTM standards. Designed with 7.0 inch touch LCD display, to detect the quality of 3 way water sensor, 2 way flow sensor ultrapure water. Equipped with Ultrafiltration module, effectively eliminate endotoxin and suitable for precise cell cultivating and IVF. It is auto self-flushing of RO membrane function, extend RO membrane life.
SKU Code: LD-LWPS-C11
| EDI | Resistivity >10.2 MΩ cm TOC: < 30ppb Silicone rejection rate: >99.9% |
| Weight | about 75 kg |
| Dimension | 610 × 585 × 1580 mm |
| Power Supply | AC110 to 240 V, 50/60 Hz |
| RO Water Quality | Conductivity 1st stage RO water: Feed water Conductivity ×5 % Conductivity 2nd stage RO water: 1 to 5 µs/cm |
| Power Consumption | 480 W |
| Output ultrapure water | Up to 2 liters/minute (when tank is full) |
| Standard configuration | Main body (Including 1 set of cartridge) +20 liters Pressure Tank and 20 liters pressure tank |
| Feed water requirements | Tap water, Temperature 5 to 45°C, Pressure 1.0 to 4.0 Kgf/cm2 |
| Ultrapure Water Quality | Resistivity (25°C) 18.2 MΩ cm TOC: < 3ppb Bacteria: <0.1 cfu/ml Particle (>0.2 µm): <1/ml Endotoxin: <0.001EU/ml RNases: <1pg/ml DNases: <5pg/ml |
| Output 2nd stage RO water | 90 liters/hour |
| Water Purification System is used in Molecular biology and life sciences, Animal cells and plant cell culture, Tissue culture, IVF, Electrophoresis, gel analysis, medium preparation etc. across Healthcare, Food & Beverage and Biochemistry microanalysis etc. |
