Type I Type III RO / Pure / Ultra Pure Laboratory Water Purification System Supure30VF-I
It is a compact solution that combines the production of pure water and ultra-pure water in a single unit- eliminating the need for a pre-treatment stage upstream of the ultra-pure water system.
- Simplified Four-Button Operation: Rapid system startup with just four control keys for enhanced user experience.
- Fully Automated Microprocessor Control: All operational processes are intelligently managed by the built-in control system.
- PIN-Coded Security Protection: Prevents unauthorized changes to system settings through password protection.
- Quick Cartridge Replacement System: Fast three-step cartridge change using quick-connect technology.
- Streamlined Maintenance Design: Intelligent structural design with easy-access door allows under-bench installation.
- Integrated Feedwater Monitoring: Continuous conductivity monitoring ensures feedwater quality compliance.
- High-Precision Conductivity Measurement: Individually calibrated measuring cells with automatic pre-measurement calibration.
- Accurate Temperature Compensation: Platinum sensors with ±0.1°C accuracy meeting USP requirements.
- Flexible Water Dispensing Options: Remote dispenser with 25cm action radius and removable pistol design.
- Clear LCD Display Interface: Shows temperature, conductivity, operating status, tank level, and maintenance reminders.
- Water Leakage Protection System: Automatic water cutoff and alarm activation when leakage is detected.
- Space-Saving Installation Options: Can be installed under benches, in lab tables, or wall-mounted without extra materials.
- Hands-Free Operation Capability: Foot-pedal activation available for cleanroom applications.
- Quality Assurance Design: Full recirculation system ensures water quality at point of use.
- Versatile Dispensing Modes: Auto-volume dispensing from 100ml to 60 liters with repeat function.
| Model | Supure30VF-I |
| Pretreatment module | ○ |
| High pressure pump | ○ |
| Reverse osmosis | ○ |
| Dual wavelength UV-lamp | ○ |
| Ultra-purification cartridge | ○ |
| Microfiltration cartridge | / |
| Ultrafiltration cartridge | / |
| Point-of-use filter | ○ |
| Storage tank 30L | ○ |
| Air filter net for tank | ○ |
| Remote water dispenser | ○ |
| Bio-filter | ○ |
| Model | Supure30VF-I |
| Feed Water Requirement | |
| Source | Tap water |
| Conductivity* | <2000us/cm |
| Hardness** | <450ppm as CaCO3 |
| Pressure | 0.05~0.5MPa(7-72psi) |
| Temperature | 5~40℃ |
| Purification Water(Class III) | |
| Ionic Rejection | >95% |
| Bacteria Rejection | >99% |
| Conductivity | 1~20us/cm(RO-2 5us/cm) |
| Productivity Rate | 30L/h |
| Ultrapurification Water(Class I) | |
| Resistivity At 25℃ | 18.2MΩ.cm |
| Conductivity At 25℃ | 0.055us/cm |
| TOC Level*** | 1~5ppb |
| Endotoxin(Pyrogens)**** | <0.001EU/ml |
| Particulate(≥0.02um) | <1pc/ml |
| Bacteria** | <0.1cfu/ml |
| Rnase / Dnase** | Free |
| Manual dispense flow rate | 1.5~2.0L/min |
| Automatic dispense volume | 100~60000ml |
| Electrical Requirements | |
| Electrical Voltage | 110V/220V±10% |
| Electrical Frequency | 50HZ/60HZ |
| Packing Information | |
| Net Weight | |
| Main units | 24kg |
| Water tank (30L) | 7kg |
| External Dimensions(WxDxH) | |
| Main units | 315x525x570mm |
| Water tank (30L) | 380x380x595mm |
| Shipping weight | |
| Main units | 37kg |
| Water tank (30L) | 15kg |
| Shipping Dimensions(WxDxH) | |
| Main units | 525x610x770mm |
| Water tank (30L) | 520x440x615mm |
*If feed water quality is poor(Conductivity > 1000us/cm), strengthened pretreatment module and R0-2 type is highly recommended
** When hardness of feed water is high(>450ppm as CaC03), 0 5T water soften is recommended
*** Dual wave UV module need to be adopted Also dependent on feed water, recommended feed TOC<30ppb
****Ultra-filtration module need to be adopted Feed water need to be satisfied as above
Successful integration of a water purification system involves more than just installation. Placement should consider proximity to points of use and drainage. Standard Operating Procedures (SOPs) must be established for operation, monitoring, and maintenance. Staff require training on the different water grades and their appropriate uses. Furthermore, integrating system alerts into lab management software can facilitate proactive maintenance. This holistic approach turns the water system from a standalone appliance into a seamless, reliable component of the daily laboratory workflow.
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