Type II RO Water Purification System LTWP-T2013

Introduction

Type II RO Water Purification System operates at a pressure range of 0.1 to 0.4 MPa. It features a reliable reverse osmosis system with advanced pre-treatment for efficient filtration. The unit includes an intuitive control panel for easy operation and real-time system monitoring. It is engineered for low maintenance and long-term operational reliability. Our type II RO water purification system is ideal for environmental testing, pharmaceutical pre-treatment, chemical analysis, and routine laboratory operations.

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 environmental testing, pharmaceutical pre-treatment, chemical analysis, and general lab use, ensuring consistent water quality for various scientific applications.

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)	500 L/h
Water Quality (25 ºC)	≤ 5 µS/cm
Power Supply	AC 220 V / 2.0 KW
External Dimensions (Main Unit)	1040 × 800 × 1920 mm
Dimensions (Pretreatment Unit)	950 × 750 × 1850 mm

Features

High-Purity Construction

Flexible Storage Integration

System Connectivity

Space-Saving Configuration

Smart Fault Logging

FAQs

1. How does the Type II RO Water Purification System manage microbiological control?

While the Type II RO Water Purification System is not classified as a sterilizing system, it incorporates design elements to reduce microbial growth. Its enclosed plumbing system and smooth internal surfaces minimize biofilm formation. The automatic flushing function reduces stagnant water conditions that often lead to bacterial buildup. Additionally, optional UV sterilization or final filter modules can be integrated for added microbial control, depending on the lab’s purity requirements. The system’s low-nutrient environment naturally discourages microbial proliferation in purified water pathways. For laboratories handling microbiological or molecular applications, this system offers a reliable foundation for maintaining low bacterial levels. Routine maintenance and sanitation protocols help preserve hygienic operation over time.

2. Does the Type II RO Water Purification System offer any remote monitoring or connectivity options?

Yes, select configurations of the Type II RO Water Purification System are equipped with remote monitoring capabilities that allow users to access system performance data via or internet-based platforms. This feature is particularly useful for facilities managing multiple purification units or operating under strict quality control protocols. Users can receive email or app-based alerts, track water quality parameters, and monitor filter life in real time without being physically present at the unit. Remote access can also assist in troubleshooting, as technicians can view operational logs before performing service calls. These connectivity features support centralized lab management and reduce response time in the event of a malfunction. It’s a valuable option for research institutions, hospitals, and production labs seeking high operational oversight.

3. What are the noise and vibration levels of the Type II RO Water Purification System during operation?

The Type II RO Water Purification System operates with low noise output, thanks to its sound-dampened pump system and vibration-absorbing internal mountings. This makes it ideal for placement in quiet lab environments where equipment noise must be kept to a minimum. Vibrations from internal mechanisms are minimized through balanced motor systems and flow regulation technology, reducing mechanical stress and contributing to system longevity. Its quiet operation allows technicians to work nearby without distraction, enhancing the ergonomic comfort of the workspace. The unit also undergoes acoustic testing to ensure decibel levels remain within industry-acceptable limits. This silent performance is particularly appreciated in teaching labs, diagnostics facilities, and compact research spaces. Users benefit from both comfort and reliability during long-term use.

4. What filtration technologies are combined in the Type II RO Water Purification System for maximum efficiency?

The Type II RO Water Purification System combines multiple purification technologies to ensure efficient contaminant removal and consistent water quality. It begins with sediment filtration to capture visible particles, followed by activated carbon filtration for chlorine, chloramine, and organic removal. The core reverse osmosis membrane then eliminates dissolved salts, heavy metals, and microbes with high rejection rates. An optional deionization cartridge can be added post-RO for further ion removal, depending on application needs. Some configurations may include a UV sterilizer or 0.2-micron filter to target bacteria and endotoxins for enhanced purity. Each stage is optimized for longevity and minimal pressure drop, ensuring a smooth and economical operation. This layered approach guarantees high performance across varied laboratory applications.

5. How does the Type II RO Water Purification System support scalability for growing laboratory needs?

The Type II RO Water Purification System is designed to be scalable, making it suitable for laboratories that anticipate future expansion or shifting purification demands. Its modular construction allows for easy upgrades, such as the addition of storage tanks, polishing units, or distribution systems. The system can be configured to support multiple output lines, accommodating various instruments or departments simultaneously. As laboratory throughput increases, technicians can adjust operational settings to match increased demand without replacing the core system. Its control interface also supports add-on modules for remote access, user tracking, or integration into centralized water management networks. This scalability reduces the need for frequent equipment replacement as the lab evolves.