Product Description
The YG1039 Water Purification System is a state-of-the-art solution designed for laboratories that require high-purity water. This system caters to diverse water purification needs, delivering two types of water outputs to meet rigorous scientific standards: DI water and Ultra Pure (UP) water. The system has a robust build, ensuring longevity and reliability in high-demand environments.
This purification system, available in models YG1039 and YG1039-1, accommodates both Reverse Osmosis (RO) water or purified water as its inlet source. Users can expect an impressive water flow speed of 1-1.5 liters per minute and a machine capacity of 60-90 liters per hour. The YG1039’s DI water comes with a conductivity of less than 0.1 μS/cm, adhering to ASTM type II standards. In contrast, the UP water from this system provides resistivity of 18.25 MΩ.cm at 25°C and TOC levels below 0.22 um, outperforming many in its class by catering to ASTM type I specifications. Furthermore, the YG1039-1 model boasts pyrogen levels of less than 0.001EU/ml, making it ideal for sensitive laboratory procedures.
| Model | YG1039 | YG1039-1 |
| Inlet water source | RO water or purified water | |
| Water flow speed | 1-1.5 L/min | |
| Machine capacity | 60-90 L/H | |
| Output Water quality | DI water: Conductivity <0.1 μS/cm (ASTM type II water) | |
| UP water: resistivity 18.25MΩ.cm@25°C (ASTM type I water) TOC: 0.22 um) <1/ml, microorganism <1 cfu/ml | ||
| Pyrogens | N/A | <0.001EU/ml |
Market Price
The market price of the YG1039 Water Purification System can vary based on the model and specific features. Generally, the price range for water purification systems with similar specifications is between $2,500 to $5,000. The availability of additional features like low pyrogen output in the YG1039-1 model might contribute to a higher pricing bracket. It’s essential to consider long-term cost savings due to reduced maintenance and high efficiency when evaluating the price.
Frequently Asked Questions
What is the difference between YG1039 and YG1039-1 models?
The primary difference lies in the pyrogen levels, with the YG1039-1 offering lower pyrogen levels (<0.001EU/ml), which is crucial for highly sensitive lab applications.
What is the required inlet water source for the YG1039?
The system requires RO water or purified water as the inlet, ensuring the unit’s effectiveness and longevity.
How often should maintenance be performed?
Regular maintenance should be conducted as recommended in the user manual, typically annually, or more frequently depending on usage and local water quality.
Advantages and Disadvantages
Advantages: The YG1039 system provides high-purity water with exceptional output quality, making it ideal for various laboratory applications. It boasts a high flow rate and capacity, enhancing productivity and efficiency. In addition, the YG1039-1 model’s low pyrogen levels make it an excellent choice for critical processes.
Disadvantages: The initial cost of the unit may be higher than other systems due to its advanced features. Some laboratories may need to invest in pre-filtration systems to provide RO or purified water as input, depending on existing infrastructure.
Field Use
The YG1039 Water Purification System is indispensable in laboratories focusing on research, medical diagnostics, and chemical analysis, where water quality can affect experimental outcomes. The system’s high flow rate allows uninterrupted workflow, crucial in high-volume labs.
Additionally, the YG1039-1 model’s suitability for producing low-pyrogen water makes it ideal for applications in biological research and pharmaceuticals where contamination-free environments are critical.
Recommendations
To maximize the efficiency and lifespan of the YG1039 system, ensure that the water source is consistently maintained at the required quality (RO or purified water). Implement a regular maintenance schedule as prescribed by the manufacturer to prevent any potential downtime.
Users should periodically monitor water output quality to ensure continued adherence to ASTM standards. Training lab staff on the system’s operation and maintenance will reduce operational errors and prolong the equipment’s lifespan.
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