Product Description
The Deionized Water Systems YR57, YR57-1, and YR57-2 are state-of-the-art solutions specifically crafted for laboratory use. Each model is built to ensure maximum purity and efficiency. The systems are designed to handle urban tap water with a Total Dissolved Solids (TDS) measure of less than 200 parts per million and can operate optimally between temperatures of 5 to 45°C under a pressure range of 1.0-3.5Kg/cm². The YR57 model offers an output of 15 liters per hour, matching the YR57-2, while the YR57-1 doubles the capacity at 30 liters per hour.
The comprehensive purification process allows for a staggering 96% rejection rate of inorganic ions, while handling soluble organic matter and particulate matter with an impressive rejection rate of over 99%. Furthermore, microbial retention is rated at over 99%, which is crucial in maintaining sterility and purity in sensitive laboratory environments. These apparatuses boast high desalination rates ranging from 95-99%, ensuring conductivity remains within the parameters of 1-5μS/cm (type III water).
| 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 | 15 L/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
For laboratories looking to integrate advanced deionized water systems, the market price can vary. The YR57 series sits comfortably in a range between 1500 USD to 2300 USD. This investment ensures laboratories can maintain high standards of water purity, crucial for accurate and reliable results in scientific testing and experiments. To get the best price and understand more about these essential tools, consider requesting a quote through Kalstein’s intuitive Kalstein Plus platform.
Frequently Asked Questions
What is the difference between the models YR57 and YR57-1?
The primary difference between the YR57 and YR57-1 models lies in their water output capacity; the YR57-1 can deliver 30 liters per hour, whereas the YR57 offers 15 liters per hour.
What type of water source is necessary for these systems?
These systems are designed to process urban tap water with a TDS measure of less than 200 ppm, operating within specific temperature and pressure ranges.
What maintenance is required for these systems?
Routine maintenance predominantly involves replacing consumable filters, which are included within the machine’s initial setup.
Advantages and Disadvantages
Advantages: The high rejection rates for inorganic ions, organic matter, particulates, and microbes underscore the system’s efficiency. Additionally, the models are designed to produce high-quality, deionized water with low TDS and controlled conductivity, ensuring excellent results in laboratory applications.
Disadvantages: Despite their benefits, these systems might represent a significant economic investment for some laboratories. Additionally, the specific operational requirements such as feed water conditions and maintenance schedules could pose challenges without proper oversight.
Field Use of the Product
In practical applications, the Deionized Water Systems YR57 series is utilized for critical laboratory processes, including sample preparation, reagent production, and equipment cleaning. Their reliability ensures consistent laboratory standards across experiments and testing.
The systems are often employed in research facilities, medical labs, and any scenario where water purity is non-negotiable for maintaining experimental integrity. The adaptable nature of these systems allows them to integrate seamlessly into varied laboratory settings, facilitating diverse scientific endeavors.
Recommendations
To maximize the efficacy and lifespan of the Deionized Water Systems, it is recommended to perform regular checks on the system’s components and ensure that the feed water meets the stipulated requirements. Regular maintenance will not only prolong the machine’s operational life but also sustain its performance levels.
Training staff to manage the systems effectively can further enhance operational efficiency. It is also advisable to leverage Kalstein’s comprehensive support services for any technical or logistical challenges that may occur.
If you’re searching 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 of equipment with a high level of excellence. Our intuitive and agile online purchasing channels are designed for your convenience, ensuring the most user-friendly prices. Don’t hesitate any longer; we bring science to life—it’s time to be part of our community. https://kalstein.net/en/product/deionized-water-system-yr57-yr57-2/.
