Type II RO Water Purification System LTWP-T2022

Introduction

Type II RO Water Purification System operates effectively within an inlet pressure range of 0.1 to 0.4 MPa. It features durable membranes and corrosion-resistant piping for long-term lab use. The system uses advanced filters to maintain water purity and extend component life. It offers a cylindrical multi-functional tank for efficient storage and dispensing. Our Type II RO water purification system is ideal for routine laboratory processes such as reagent preparation, glassware rinsing, and general-purpose applications.

This water purification system is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Type II RO water purification system is ideal for routine laboratory applications, including reagent preparation, glassware rinsing, and general-purpose water use, ensuring consistent performance and reliable daily operation.

Specifications

Type	Floor Type System
Water Requirements	Tap Water
Feed Water Conductivity	< 2000 µS/cm
Feed Water Hardness	< 450 ppm as CaCO3
Feed Water Temperature	5°C to 40°C
Water Inlet Pressure	0.1 to 4 MPa
Ion Rejection Rate	> 99%
Bacterial Rejection	> 99%
Water Conductivity	< 5 µS/cm
Productivity Rate	100 L/h
Power Supply	110 V to 220 V / 50 HZ to 60 HZ ± 10%
Dimensions (Main Unit)	650 × 660 × 1260 mm
Net Weight (Main Unit)	76 Kg
Net Weight (Water Tank)	35 Kg

Features

Built-In Pressure Gauges

Enhanced RO Membrane Lifespan

Digital Error Code Display

Low Noise Operation

Real-Time Conductivity Display

FAQs

1. Does the Type II RO Water Purification System support automated operation or remote monitoring?

The Type II RO Water Purification System is equipped with automated features that allow the system to manage its operation with minimal user intervention. Functions such as automatic flushing, tank-level detection, and system shutdown on faults are built into the control panel. While it does not include native remote monitoring capabilities, it can be paired with external lab management systems or sensors to extend this functionality. The visual display on the system provides real-time data on water quality and system status, aiding in proactive maintenance. These automation features reduce the need for manual oversight and improve reliability in high-throughput labs. For facilities aiming to reduce manual workload, these smart features are a significant advantage. Though not IoT-enabled by default, the system’s programmable interface allows some degree of customization based on lab infrastructure.

2. How does the Type II RO Water Purification System contribute to water conservation in laboratories?

Water efficiency is a key design consideration in the Type II RO Water Purification System . It uses high-recovery RO membranes that significantly reduce wastewater compared to conventional RO units. The system is also engineered to optimize the ratio of purified to rejected water, ensuring minimal resource wastage. Automatic flushing prevents membrane fouling without the need for large volumes of water, making the system both eco-friendly and cost-effective. For laboratories with sustainability goals, this system supports responsible water use without compromising output quality. Additionally, wastewater can be collected separately for secondary non-critical use, further enhancing its utility. This conservation-oriented design is especially beneficial in regions facing water scarcity or high utility costs.

3. Can the Type II RO Water Purification System be used in combination with ultrapure water systems?

Yes, the Type II RO Water Purification System can function as the feedwater source for ultrapure water systems that require Type II water as an input. This integration ensures that the final water meets Type I or Ultrapure standards used in applications like , IC, or molecular biology. The system delivers consistently low-conductivity water, which is essential for ensuring the performance of downstream polishing units. It provides a steady, reliable flow that protects the sensitive components in ultrapure systems from fouling or degradation. This modular compatibility allows labs to build scalable water systems that meet multiple purity levels. It also enables cost-effective purification strategies, where high-purity water is only generated when absolutely necessary.

4. Is the Type II RO Water Purification System suitable for continuous operation or high-volume demand?

The Type II RO Water Purification System is designed to handle moderate to high water demand in laboratories, and it performs well during continuous operation within its rated capacity. It includes components such as durable RO membranes, stable pumps, and automatic shut-off functions to manage extended run times. The system is ideal for labs that require water throughout the day for tasks like glassware rinsing, reagent prep, and sample dilution. If used beyond its daily capacity, performance may degrade unless paired with an external storage tank. For very high-volume labs, the unit can be integrated into a multi-stage setup or used alongside parallel systems. Its intelligent flushing and pressure control help it stay efficient even under constant use. Overall, it's a dependable solution for labs with sustained daily water needs.

5. Does the Type II RO Water Purification System support customizable water dispensing modes?

Yes, the Type II RO Water Purification System is equipped with flexible dispensing options that accommodate various lab requirements. Users can choose between continuous flow or volume-based dispensing, depending on the task at hand. This is particularly useful when filling containers for different applications, such as reagent bottles or volumetric flasks. The precision dispensing reduces water wastage and enhances workflow efficiency. Some models also offer programmable dispensing, which allows users to pre-set specific volumes for automatic filling. These customizable options are ideal for labs that handle repetitive tasks and need consistent water volumes. By offering both manual and automated controls, the system supports a wide range of laboratory protocols with ease.