Product Details
Place of Origin: China
Brand Name: Senova
Certification: CE
Model Number: NovaPure-E15UV
Payment & Shipping Terms
Minimum Order Quantity: 1 unit
Price: Available upon request
Packaging Details: plywood case
Delivery Time: 5-20 working days
Payment Terms: T/T
Supply Ability: 100 units
Type: |
Water Purification System |
Water Requirement: |
Tap Water(TDS<<2000us/cm) |
Production Capacity: |
30 L/hour (Class III),15 L/hour (Class I) |
Dispense Volume: |
100-60000ml |
Water Tank Capacity: |
30L |
Control System: |
Touch Screen |
Applications: |
Molecular Biology, Cell Culture, Analytical Chemistry, Clinical Laboratories |
Output Capacity: |
30 L/hour (Class III),15 L/hour (Class II), 1.5~2.0L/min (Class I) |
Power Supply: |
AC240V-220V / 50-60Hz,110V/60Hz |
Type: |
Water Purification System |
Water Requirement: |
Tap Water(TDS<<2000us/cm) |
Production Capacity: |
30 L/hour (Class III),15 L/hour (Class I) |
Dispense Volume: |
100-60000ml |
Water Tank Capacity: |
30L |
Control System: |
Touch Screen |
Applications: |
Molecular Biology, Cell Culture, Analytical Chemistry, Clinical Laboratories |
Output Capacity: |
30 L/hour (Class III),15 L/hour (Class II), 1.5~2.0L/min (Class I) |
Power Supply: |
AC240V-220V / 50-60Hz,110V/60Hz |
Type I II III Pure RO Ultra Pure Water System NovaPure-E15UV with EDI and Point-of-Use Filter
Maximize lab productivity with the Laboratory Purification System. This intelligent system delivers high-purity water through a perfect balance of automated control and user-friendly design. It ensures reliable results while simplifying daily tasks for every technician.
Simplest operation
Control everything with just four keys for fast start-up. The built-in microprocessor handles all complex functions automatically. PIN-code security protects critical settings from unauthorized changes.
Rapid cartridge replacement
Change cartridges in seconds with quick-connect fittings. Each module is independently replaceable. The sleek design with an easy-access door allows for discrete under-bench installation. Maintenance time is drastically reduced.
Reliable work
The integrated feedwater check safeguards the system. A permanent conductivity cell monitors input water quality. Alerts trigger immediately if limits are exceeded, protecting purification stages and ensuring output purity.
Conductivity measurement
Achieve precise readings with individually calibrated cells. Each sensor's data is stored in the system. Automatic calibration before every measurement guarantees consistent accuracy.
Temperature compensation
High-accuracy platinum sensors (±0.1°C) enable reliable compensation. This meets USP standards. The feature can be switched off for specific protocols, ensuring flexible, trustworthy measurements.
Flexible dispensing
Use the ergonomic remote dispenser with a 25cm adjustable arm. Detach the pistol for handheld use. Choose auto-volume dispensing (100ml-60L) or use the hands-free foot pedal. Full recirculation maintains purity at point-of-use.
Clear information
Monitor all parameters on a large LCD. See real-time temperature, compensated water quality, system status, tank level, and maintenance reminders for full control.
Water leakage protection
The integrated leakage sensor automatically shuts off the water supply and sounds an alarm upon detection. This protects your lab from potential damage.
Space saving
Install the main unit under-bench or on a wall. Connect the remote dispenser up to 3 meters away. Access water from the adjustable arm or via the handheld pistol to optimize lab layout.
Configuration
| TopPure-Series | NovaPure-E15UV |
| Pretreatment module | ○ |
| High pressure pump | ○ |
| Reverse osmosis | ○ |
| Dual wavelength UV-lamp | ○ |
| Ultra-purification cartridge | ○ |
| Ultrafiltration cartridge | ○ |
| EDI Module | ○ |
| Point-of-use filter | ○ |
| Storage tank 30L | ○ |
| Air filter net for tank | ○ |
| UV-lamp sterilizer for water tank | ○ |
| Remote water dispenser with color display | ○ |
| TOC monitoring module | / |
| Bio-filter | / |
Specifications
| Model | NovaPure-E15UV |
| 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 |
| Productivity Rate | 30L/h |
| High Quality Purification Water(Class II) | |
| Resistivity At 25℃ | 10MΩ.cm |
| TOC | <30ppb |
| Dissolved Organic | <0.1ppm |
| Productivity Rate | 15L/h |
| Ultrapurification Water(Class I) | |
| Resistivity At 25℃ | 18.2MΩ.cm |
| Conductivity At 25℃ | 0.055us/cm |
| TOC Level** | 1~5ppb |
| Endotoxin(Pyrogens)**** | / |
| Particulate(≥0.02?m) | <1pc/ml |
| Bacteria* | <0.1 cfu/ml |
| Rnase / Dnase** | / |
| 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 | 35kg |
| 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 |
Introduction about laboratory water purification system
Advanced laboratory water purification systems operate with continuous monitoring to ensure consistent water quality. Resistivity or conductivity meters deliver instantaneous feedback on ionic content, and TOC sensors track levels of organic impurities. Equipped with data logging functions, these systems often support connectivity to lab networks, enabling remote oversight and instant notifications. This proactive surveillance guarantees the water consistently adheres to its designated purity specifications. Should quality fall below a predefined limit, the system can automatically stop distribution or send alerts to staff, thereby providing proactive protection against the use of non-compliant water in sensitive experimental procedures.