Water Purifier WP2089

Introduction

Water Purifier  is a compact, high-efficiency system that delivers RO, DI, and ultrapure water with dual outlets. It features with an advanced multi-stage filtration for comprehensive impurity and microbe removal. Built-in microprocessor automation ensures seamless operations including water intake and alarming functions. Equipped with LCD screen that displays conductivity, pressure status, and maintenance alerts for filter replacement and water quality .Our water Purifier is designed for gene research, molecular biology, cell culture, medical diagnostics, analytical chemistry and laboratory purification process.

Applications

Water Purifier is designed for molecular biology, cell culture, protein analysis, medical diagnostics, analytical chemistry, and clinical diagnostics.

Specifications

Water Quality	Type 1 & Type 2
Feed water	RO water
Resistivity	18.25 M Ω. Cm @ 25 ℃
TOC	Less than 3 ppb
Bacteria	Less than 1cfu/ml (with terminal filter)
Endotoxin	Less than 0.001 EU/ml
Particle	Less than 1/ml
RNases	Less than 1pg/ml
DNases	Less than 5pg/ml
Temperature	5 ℃ to 40 ℃
Water Production Rate	Water Flow Rate 1.5-2 L/min
Power Consumption	48 to 72W
Power Supply	100V/60Hz,
Packing Dimension	620 × 620 × 1180mm
Net Weight	90kg

Features

UV Dual–Wavelength Sterilization.

TOC Monitoring.

Resistivity Sensors.

Energy-Saving Design.

Adjustable Output Settings.

User Access Control.

Purifying procedure-PF , AC , RO , AC , UV , UP , TF.

FAQs

1. What are Water Purifiers used for?

Water Purifiers are used to produce high-quality RO and ultra-pure water for laboratory, healthcare, and industrial applications.

2. How do Water Purifiers ensure water purity?

Water Purifiers use multi-stage filtration systems to effectively remove impurities, contaminants, and pathogens.

3. What monitoring features are included in Water Purifiers?

Water Purifiers feature smart monitoring systems to ensure consistent performance and operational efficiency.

4. How do Water Purifiers support cost-efficient operation?

Water Purifiers reduce operational costs through efficient multi-stage filtration and optimized system performance.

5. How do Water Purifiers improve overall water quality?

Water Purifiers are designed to enhance water quality through flexible system configurations and reliable purification processes.

6. Where are Water Purifiers commonly used?

Water Purifiers are commonly used in laboratories, healthcare facilities, and industrial environments requiring purified water.