Description

The YG1043 Water Purification System stands out as a premier choice for obtaining ultra-pure water necessary for advanced laboratory applications. This compact yet powerful system utilizes a state-of-the-art 5-stage purification process, delivering both Reverse Osmosis (RO) water with conductivity ≤10μS/cm and ultra-pure water with 18MΩ·cm resistivity. Its compact size (47×45×55cm) belies its robust functionality, including self-cleaning stainless steel filters and enduring KDF media that surpass traditional carbon filters by offering a tenfold increase in lifespan. With a production rate of 30 liters per hour and a dual-output design, the YG1043 seamlessly integrates into environments ranging from glassware rinsing to sensitive analytical processes.

Market Pricing

The YG1043 Water Purification System is competitively priced within the mid-range market for purification systems, offering exceptional value for research laboratories, hospitals, and pharmaceutical facilities looking for Type I/II water without the complexities of intricate installations. These systems typically range from $2,500 to $3,200, making them a smart investment for organizations seeking reliable water purification solutions.

Frequently Asked Questions

• How often do the filters need to be replaced? The self-cleaning stainless steel filter requires no replacement, while the KDF media lasts 2-3 years under normal usage conditions.
• Can the system be directly connected to my lab’s water system? Yes, the system is capable of accepting standard tap water (0.15-0.4MPa pressure) and upgrading it to ultra-pure standards.
• What’s the difference between the RO and DI outputs? RO water, with a conductivity of ≤10μS/cm, is ideal for general lab use, whereas ultra-pure DI water with 18MΩ·cm resistivity is essential for delicate instruments like HPLC.

Advantages and Disadvantages

Advantages

• Dual-Water Production – Simultaneous RO and ultra-pure water outputs
• Low Maintenance – Self-cleaning filters significantly reduce upkeep
• Real-Time Monitoring – Built-in pressure gauge to prevent system damage

Disadvantages

• Initial Investment – Higher cost compared to basic RO systems
• Space Requirements – Requires dedicated bench space
• No Storage Tank – Continuous operation needed for high demand

Product Use in the Field

The YG1043 is highly effective in various laboratory settings, including molecular biology labs for PCR and electrophoresis, clinical laboratories for reagent preparation, and pharmaceutical quality control for media preparation. It is also a valuable resource in university teaching labs, facilitating student experiments. Its consistent 18MΩ·cm output proves indispensable in analytical chemistry applications where water purity is crucial for obtaining accurate results.

Recommendations

For optimal performance of the YG1043 Water Purification System, consider the following tips:

1. Flush the system weekly if it is used intermittently to maintain performance.
2. Regularly monitor the pressure gauge to assess the filter’s condition.
3. Use DI water within 24 hours of production to ensure maximum purity.
4. Sanitize the system annually to maintain microbiological control.
5. Install a pre-filter if operating in areas with poor water quality.

Features

• Compact and efficient design
• Advanced 5-stage purification process
• Simultaneous production of RO and ultra-pure water
• Self-cleaning stainless steel filters
• Long-lasting KDF media
• Real-time pressure monitoring
• Universal voltage (110-240V) for global use

Technical Specifications