Type II RO Water Purification System LTWP-T2012

Introduction

Type II RO Water Purification System operates efficiently within a temperature range of 5°C to 40°C. It features a self-priming pump that maintains stable pressure with minimal noise. The system includes safety functions like pressure control, automatic flushing, and alerts to ensure long-term reliability. Its compact design and low power consumption make it ideal for space-constrained laboratories. Our type II RO water purification system is ideal for general chemical preparation, reagent dilution, glassware washing and rinsing. 

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 water baths, cooling circuits, reagent preparation, equipment maintenance in academic, research, and clinical settings, ensuring consistent water quality throughout operations.

Specifications

Water Requirements	Tap Water
Feed Water Conductivity	< 400 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
Inlet Water Tube Diameter	3/4 inch
RO2 Ionic Rejection Rate	≥ 99%
Bacterial Rejection Rate	≥ 99%
Water Supply Rate	500 to 1000 L/h (Instantaneous)
Productivity Rate (25 ºC)	300 L/h
Water Quality (25 ºC)	≤ 5 µS/cm
Power Supply	AC 220V / 2.0 KW
External Dimensions (Main Unit)	1040 × 800 × 1920 mm
Dimensions (Pretreatment Unit)	950 × 750 × 1850 mm

Features

Anti-Reverse Flow Protection

Visual Filter Life Indicator

Silent Circulation Mode

Integrated Overflow Protection

Feed Water Conductivity Monitoring

FAQs

1. How does the Type II RO Water Purification System contribute to eco-friendly laboratory practices?

The Type II RO Water Purification System incorporates several features that support environmentally responsible laboratory operations. It uses energy-efficient pumps and smart flushing cycles to reduce power and water consumption over time. The system’s waste water ratio is optimized to balance performance with sustainability, limiting unnecessary discharge. Its long-life filters and membranes reduce the frequency of replacements, thereby minimizing plastic and material waste. The unit is also designed for minimal chemical usage, relying on physical filtration and smart regulation instead of excessive additives. Because of its ability to adapt to varying feed water quality, it avoids overprocessing, saving additional resources. Collectively, these design features align with green lab initiatives and institutional sustainability goals.

2. How user-friendly is the interface and control system of the Type II RO Water Purification System ?

The Type II RO Water Purification System features an intuitive digital interface that simplifies system monitoring and control for both novice and experienced users. The high-resolution display provides real-time data on water quality, system status, and maintenance reminders in an easily digestible format. Users can navigate through menu options with soft-touch buttons or a touchscreen panel, depending on the configuration. It includes customizable settings for flushing cycles, conductivity thresholds, and alert notifications to suit different user needs. The system can be operated in multiple languages, further enhancing accessibility for international laboratories. Its interface design focuses on clarity and ease of use, reducing the training time required. This ensures that daily operation and troubleshooting are straightforward and efficient.

3. What kind of feed water conditions are ideal for the Type II RO Water Purification System to function optimally?

The Type II RO Water Purification System performs best when supplied with tap water that falls within specific conductivity, pressure, and temperature parameters. Ideally, the feed water should be free of excessive hardness, chlorine, and heavy metals to prolong membrane life and maintain high rejection rates. The system is equipped with pre-treatment filters to handle moderate levels of particulate and chemical contaminants, but extremely poor-quality water may require additional pre-filtration. Maintaining stable inlet pressure ensures that the RO membrane operates efficiently and prevents mechanical strain. If incoming water fluctuates greatly in composition, the system may need periodic calibration to retain optimal performance. Following the manufacturer’s feed water recommendations not only ensures consistent output but also extends the service life of key components. Adhering to these conditions guarantees reliable long-term operation.

4. What type of alerts or notifications does the Type II RO Water Purification System provide to users?

The Type II RO Water Purification System features a comprehensive alert system that communicates vital information in real time through visual indicators and audible alarms. These alerts cover a range of operational concerns such as low inlet pressure, high product water conductivity, filter expiration, and internal system errors. The user interface displays specific error codes, making it easier to diagnose and address issues promptly. Notification thresholds can often be customized depending on lab requirements, allowing flexibility in operation. Some models also include data logging and alert history to help track recurring issues or patterns. This proactive alert system reduces downtime by enabling timely intervention. It ultimately enhances lab productivity and protects sensitive equipment that relies on consistent water quality.

5. What are the advantages of using the Type II RO Water Purification System in multi-user laboratory environments?

The Type II RO Water Purification System is specifically designed to support high-demand, multi-user environments without compromising water quality or flow rate. Its high-capacity output allows multiple instruments or workstations to access purified water simultaneously. With user-friendly touch controls and system status indicators, the unit ensures all users have visibility into operational conditions. Its quiet operation and compact footprint make it suitable for shared lab spaces where noise and clutter must be minimized. The system's ability to maintain consistent performance during peak usage ensures that each user receives reliable water quality. Additionally, built-in access controls and logging features help track usage patterns and prevent unauthorized tampering. This makes it an ideal solution for shared academic, research, or clinical facilities.