Product Details
Place of Origin: China
Brand Name: Senova
Certification: CE
Model Number: Supure30UV-I
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
Application: |
Laboratory Analysis, Pharmaceutical, Electronics Manufacturing |
Productivity: |
30L/H |
Feed Water: |
Tap Water |
Output Water: |
Type I, Type III |
Water Purity Level: |
18.2 MΩ·cm |
Water Production Volume: |
30L/H,1.5~2.0L/min |
Tank Capacity: |
30L |
Power Supply: |
220V/50Hz,110V/60Hz |
Application: |
Laboratory Analysis, Pharmaceutical, Electronics Manufacturing |
Productivity: |
30L/H |
Feed Water: |
Tap Water |
Output Water: |
Type I, Type III |
Water Purity Level: |
18.2 MΩ·cm |
Water Production Volume: |
30L/H,1.5~2.0L/min |
Tank Capacity: |
30L |
Power Supply: |
220V/50Hz,110V/60Hz |
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.
Minimalist Control Interface: Four-key design enables immediate operational readiness.
Smart Automated Management: Microprocessor system handles all operational parameters automatically.
Secure Access Management: Software set points protected by PIN code authentication.
Efficient Cartridge System: Quick-connect modules allow rapid individual component replacement.
Accessible Maintenance Design: Intelligent architecture supports convenient under-counter installation.
Feedwater Quality Assurance: Permanent conductivity monitoring with immediate alarm for limit violations.
Premium Measurement Technology: Precision conductivity cells with system-stored calibration values.
Advanced Temperature Control: High-accuracy platinum sensors with optional compensation.
Ergonomic Dispensing Solutions: Adjustable dispenser with 25cm range and handheld capability.
Comprehensive Status Display: LCD shows all critical parameters including consumable status.
Leak Prevention System: Integrated sensor automatically shuts off water input during leaks.
Flexible Installation: Multiple mounting options including wall, bench, and table installations.
Sanitary Operation Features: Hands-free foot pedal operation reduces contamination risk.
Continuous Quality Maintenance: Point-of-use quality guaranteed through full recirculation.
Programmable Dispensing: Volume settings from 100ml to 60L with repeat dispensing function
| Model | Supure30UV-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 | Supure30UV-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(Type I) | |
| Resistivity At 25℃ | 18.2MΩ.cm |
| Conductivity At 25℃ | 0.055us/cm |
| TOC Level** | 1~5ppb |
| Endotoxin(Pyrogens)**** | N/A |
| Particulate(≥0.02um) | <1pc/ml |
| Bacteria** | <0.1cfu/ml |
| Rnase / Dnase** | N/A |
| 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 |
The field of laboratory water purification continues to evolve. Modern systems feature smarter monitoring with touch-screen interfaces and remote connectivity via apps or web portals. Sensor technology has advanced, allowing for more accurate and stable TOC and resistivity measurement. Energy-saving recirculation loops maintain purity in storage tanks. There is also a growing emphasis on sustainable design, including water-saving RO recirculation and longer-lasting filter media. These advances enhance reliability, user experience, and environmental footprint.