Product Description
Kalstein’s Deionized Water Systems, models YR57, YR57-1, and YR57-2, represent cutting-edge technology designed for laboratories demanding reliable water purification. These systems thrive on urban tap water, effectively handling Total Dissolved Solids (TDS) of less than 200 ppm and operating efficiently within a temperature range of 5-45°C and a pressure window of 1.0-3.5 Kg/cm².
The output capacities differ slightly between models: YR57 and YR57-2 each deliver a seamless output of 15 liters per hour. In contrast, the YR57-1 boosts productivity to 30 liters per hour. Performance is marked by an impressive ability to reject inorganic ions over 96%, coupled with an outstanding rejection rate above 99% for soluble organic matter with molecular weights greater than 100, particulate matter, and microbes.
Designed with rigor, the systems offer high-quality Reverse Osmosis (RO) water—model YR57-2 is particularly notable with a desalination rate ranging between 95-99% and conductivity levels at ≤1-5μS/cm, suitable for producing Type III water. Power requirement is unified across models at 220V 50Hz, consuming between 72 to 240W, and each package comes standard with a machine and an integral consumable filter set.
| Model | YR57 | YR57-1 | YR57-2 |
| Feed water: (urban tap water): | TDS<200ppm, 5-45°C, 1.0-3.5Kg/cm2 | ||
| Output: | 15 L/H | 30 L/H | 15L/H |
| Inorganic ion rejection: | >96% | ||
| Soluble organic matter rejection: | >99% (molecular weight >100) | ||
| Particulate matter rejection rate: | >99% | ||
| Microbial retention rate: | >99% | ||
| RO water quality: | TDS <10 ppm * Total salt rejection above 95% | Desalination rate as high as 95-99% , Conductivity ≤1-5μS/cm (type III water) | |
| Power supply: | 220V 50Hz, 72-240W | ||
| Standard configuration: | Machine (with 1 set consumable filter inside) + accessory package | ||
Market Price
The deionized water systems in question are a worthwhile investment in the realm of laboratory equipment, offering substantial value through their advanced features and robust design. Typical market prices for these units range from approximately $1500 to $2300 USD. This price bracket reflects the high quality and efficiency guaranteed by Kalstein products, making them a prudent choice for laboratories prioritizing precision and reliability.
Such pricing remains competitive, offering laboratories the benefits of premium technology crafted for handling the most demanding water purification tasks. For those interested, there is a unique opportunity to explore real-time pricing and generate a quotation directly through the user-friendly Kalstein Plus platform.
Frequently Asked Questions
What type of water can the system handle?
The system is specifically designed to work with urban tap water, managing TDS levels below 200 ppm
What are the main differences between the models?
While YR57 and YR57-2 models produce 15 L/H, the YR57-1 model is designed for higher volume, outputting 30 L/H.
What maintenance does the unit require?
The system includes a consumable filter that may need periodic replacement depending on usage and water quality.
Advantages and Disadvantages
The deionized water systems from Kalstein come with a slew of advantages. Among these are their impressive rejection rates of inorganic ions, soluble organic matter, and particulates, boasting over 96% and 99% efficiency. The systems also maintain superior microbial retention capabilities. The advanced desalination feature securing up to 99% of desalination further strengthens their performance.
The primary drawback could be the initial investment cost, though this is mitigated by the long-term benefits of the system’s reliability and efficiency. Moreover, maintaining the system requires regular monitoring and potential filter replacements, which should be factored into operational planning.
Product Use in the Field
These deionized water systems find widespread application in various laboratory settings, particularly where precise water purity is imperative. They are integral in procedures requiring stringent control over ion content and particulate matter. Typical environments include biochemical labs, pharmaceutical manufacturing, and any scientific research requiring controlled water conditions.
The systems’ proficiency in maintaining low conductivity levels means they provide dependable outcomes across applications, supporting consistent experimental conditions and reliable data. The straightforward design also ensures ease of operation, making them accessible even to personnel with limited technical experience.
Recommendations
To maximize the effectiveness and longevity of the deionized water system, periodic maintenance is essential. This includes timely filter replacements and consistent performance monitoring to keep up with the high rejection rates for which these models are designed. Additionally, ensure that personnel are adequately trained in operating the systems to avoid unnecessary wear or damage.
When selecting a model, consider the expected volume needs of your laboratory. The YR57-1 is ideal for higher output demands, while the YR57 and YR57-2 are well suited for standard laboratory usage. Discover the simplicity of acquiring advanced laboratory solutions by visiting Kalstein Plus to request a quotation and become part of a high-performance scientific community.
If you’re looking for a fusion of innovation and quality, you’ve come to the right place. At Kalstein, we offer you the luxury of exploring our exclusive catalog of laboratory equipment. We manufacture each piece with a level of excellence. Our online purchase channels are intuitive and agile, designed for your convenience, ensuring the most friendly prices. Don’t hesitate anymore, we bring science to life, it’s time to become part of our community. https://kalstein.net/en/product/deionized-water-system-yr57-yr57-2/.
