Aquaplore3S adopts a flexible modular architecture design, which can easily meet the changing demands of inlet water quality and large capacity ultrapure water, and provide consistent ultrapure water quality compliance and economy. Suitable for multi-user scenarios, avoiding additional expenses when demand changes. A system can be easily adjusted to meet your different needs. No other system can perfectly meet the various needs of your team.
| Dimensions and Weight | |||
| size | H x W x D; 550 x 420 x 550 mm The depth dimension of the top of the host does not exceed 660mm | ||
| packing weight | 51kg | ||
| Water inlet requirements | |||
| water source | Tap water inflow | ||
| traffic | ≥ 50 L/h | ||
| Conductivity (25 ° C) | < 2000 μS/cm | ||
| pressure | 1-5 Kg | ||
| temperature | 5-35 °C | ||
| free chlorine | < 1 ppm | ||
| PH value | 6.5-8.5 | ||
| Total hardness (as CaCO)3Calculation) | <450ppm | ||
| Electricity requirements | |||
| Electricity input | 100-240 VAC,50-60 Hz | ||
| system voltage | 24V DC | ||
| System power | 221W(max) | ||
| Noise level | < 50 dB | ||
Laboratory Ultra Pure Water Series Aquaplore 3S
Quality by Design
Excellent elastic design, easily adapting to your growing research team
Single/multi-user mode
Easy account management to meet your compliance requirements. Password protected access mechanism, where all user records are independently stored in the system. According to your usage mode, you can freely switch between single/multi-user mode, allowing multiple departments and projects to share a device and share consumables and maintenance costs together.
Integrated purification honeycomb module
The integrated structural design provides the smallest volume, offering more purification capabilities than traditional standalone structural designs, effectively reducing the frequency of product replacement and operating costs.
Different functional modules can be freely fixed according to different usage needs, easily adapting to all your applications without the need to purchase additional equipment, allowing you more freedom with your research budget.
Unique DP-RO reverse osmosis technology
The patented DP-RO deep desalination technology can improve the overall desalination rate of the system by more than 99.5%, reduce the impact of changes in raw water quality, and stably produce third grade water that meets ISO standards under the condition of raw water conductivity not exceeding 1000 μ S/cm. At the same time, it greatly improves the durability of the system, extends the service life of the ultra pure water filter, and reduces the production cost of ultra pure water, solving the high purchase and frequent maintenance costs brought by continuous electric desalination technology.
Compared with electrolytic deionization technology (EDI), DP-RO can quickly purify multiple batches of compliant pure water without the need for a large buffer tank, making it ready to use and more suitable for laboratory environments with frequent water production and extraction, and reducing the risk of microbial contamination caused by long-term storage.
Intelligent water intake method
Small water volume intelligent and precise water intake: with an error of less than 2ml, there is no need to use traditional measuring cylinders or cups for water intake. Eliminate the need for you to simultaneously pay attention to the scale of the measuring cup and control the flow rate when taking water, making it easy to obtain the amount of water you need. No need to purchase expensive split type water intake devices.
Intelligent multiple water intake of the same volume: The commonly used water intake volume can be set arbitrarily in milliliters. The patented 'SmartAngel ○ R' can store and remember for you. Therefore, you can quickly operate the same volume of water intake multiple times to avoid repetitive work. Fast and efficient.
Intelligent water intake with large water volume: Automated water intake eliminates your waiting time.
• Appointment water collection mode: You can pre-set the automatic water collection time and amount. The next day, when you need water, the system will prepare the necessary experimental water for you, so you don't have to wait for time.
| Product Model | A3S-05-05/10-BE | A3S-10-05/10/20-BE | A3S-20-05/10/20/30-BE |
| water quality parameters | |||
| ultrapure waterElectrical resistivity (25 ° C) | 18.2M∩.cm | 18.2M∩.cm | 18.2M∩.cm |
| Pure water conductivity * (25 ° C) | 1-5 μS/cm | 1-5 μS/cm | 1-5 μS/cm |
| Total Organic Carbon (TOC) * * (treated with DP-RO) | < 1-3 ppb | < 1-3 ppb | < 1-3 ppb |
| bacteria | < 0.1 CFU/ml | < 0.1 CFU/ml | < 0.1 CFU/ml |
| bacterial endotoxin | < 0.001 EU/ml | < 0.001 EU/ml | < 0.001 EU/ml |
| Particulate matter (>0.2um) | <1/ml | <1/ml | <1/ml |
| Inorganic ion removal rate | ≥99.5% | ≥99.5% | ≥99.5% |
| heavy metal ions | ≤ 0.1 ppb | ≤ 0.1 ppb | ≤ 0.1 ppb |
| Silicon removal rate | > 99% | > 99% | > 99% |
| Water quantity parameters | |||
| Secondary reverse osmosis water production (25 ° C) | 5L | 10L | 20L |
| Water intake for pure water/ultrapure water respectively | 10ml-99L, The value can be set arbitrarily, with an accuracy of ± 2ml within 500ml and ± 1% above 500ml | ||
| Water intake flow rate | 1-2L/min | 1-2L/min | 1-2L/min |
| Ultra pure aquatic water quantity*** | 5/10T | 5/10/20T | 5/10/20/30T |
| Water utilization rate | 60-80% | 60-80% | 60-80% |
| Purification technology | |||
| Tap Water Pre treatment | yes | yes | yes |
| Reverse osmosis (DP-RO) | yes | yes | yes |
| Ultra purification column | yes | yes | yes |
| Photo oxidation | 185/254nm UV | 185/254nm UV | 185/254nm UV |
| Ultrafiltration column | 6KD | 6KD | 6KD |
| 0.2um Terminal Filter (UF) | yes | yes | yes |
| *In general municipal water supply, conductivityUnder the condition of<1000 μ S/cm | |||
| **In general municipal water supply, the TOC of raw waterUnder the condition of<1000ppb | |||
| ***Different depending on the inflow situation | |||
