Description

The Deionized Water System YG1040 // YG1040-2 is an innovative solution for producing high-purity deionized water, ideal for laboratories, pharmaceutical industries, and research centers. By replacing traditional distillation systems, it provides superior purification for biochemical analysis, reagent preparation, and semiconductor chip cleaning. Its compact design allows for seamless installation in laboratory cabinets, ensuring efficient use of space while maintaining high performance. Equipped with a backlit LED LCD screen, it offers real-time operational updates, guaranteeing smooth and reliable functionality.

Market Price

The Deionized Water System YG1040 // YG1040-2 is available on the market at prices ranging from $718 to $1,554 USD, subject to supplier, model configuration, and accessory choices. Bulk purchasing options are available, making it an ideal choice for facilities that require multiple units. For personalized pricing, requesting a quote is recommended.

Frequently Asked Questions

• What type of feed water is required for this system? The system operates optimally with urban tap water that has TDS levels below 200 ppm, within a temperature range of 5-45°C, and a pressure range of 1.0-3.5 kg/cm².
• What is the difference between the YG1040 and YG1040-2 models? The YG1040 offers a production capacity of 15 liters per hour, while the YG1040-2 has a capacity of 30 liters per hour, catering to varied consumption needs.
• What level of purification does this system provide? It ensures over 95% total salt rejection and more than 99% rejection rate for organic compounds and particulate matter, ensuring high water purity.

Advantages and Disadvantages

Advantages

• Delivers high purity water with conductivity ≤1-5μS/cm (Type III water).
• Compact and suitable for installation in laboratory cabinets.
• Filters are easy to replace with quick-insert functionality.
• Features real-time monitoring via a LED backlit LCD display.
• Constructed from durable and eco-friendly materials for long-term use.
• Automatic operation reduces manual intervention and maintenance needs.

Disadvantages

• Requires a specific quality of tap water (TDS < 200 ppm), which may limit usage in areas with poor water quality.
• Not intended for ultrapure water applications without additional modules.
• Periodic filter replacements are necessary for maintaining performance.

Field Applications

The Deionized Water System YG1040 // YG1040-2 is crucial in clinical laboratories, pharmaceutical research, and industrial applications that demand high-purity water. It facilitates chemical reagent preparation, environmental monitoring, and semiconductor manufacturing where high water quality is indispensable. Biotechnology and microbiology laboratories also benefit significantly, as it ensures consistent water quality for media preparation and analytical procedures.

Recommendations

To maximize the performance and lifespan of the Deionized Water System YG1040 // YG1040-2, adhere to the following guidelines:

• Replace filters as indicated by system alerts to sustain purification efficiency.
• Regularly monitor water conductivity to ensure consistent quality.
• Maintain the system in a clean, dust-free environment to prevent contamination.
• Utilize only compatible feed water within the specified TDS range for optimal function.
• Conduct regular maintenance checks on all components to avoid leaks or performance issues.

Technical Specifications