Evoqua Ultra Clear™ TP ED 10 TWF 30 UV TM

The Evoqua Ultra Clear™ TP ED 10 TWF 30 UV TM is an advanced ultrapure water purification system designed for laboratories requiring both Type II and Type I water directly from tap water sources. This system integrates reverse osmosis (RO), deionization (DI), ultraviolet (UV) sterilization, and Total Organic Carbon (TOC) monitoring to ensure consistent high-quality water output. The built-in reverse osmosis system offers a recovery rate of > 30%, helping to conserve water. The ion exchange module delivers water with conductivity < 2 µS/cm from the storage tank. The system supports user-guided disinfection and energy-saving modes, with optional wall mounting for flexible installation.

Key Features:

• Brand: Evoqua
• Model: Ultra Clear™ TP ED 10 TWF 30 UV TM
• Part Number: W3T276075
• Water Quality: Delivers ASTM Type I water with resistivity of 18.2 MΩ·cm (0.055 µS/cm)
• TOC Level: < 3 ppb with continuous TOC monitoring (TM)
• Flow Rate: Up to 2 L/min for ultrapure water
• Storage Tank: 30 L capacity for Type II water
• Recovery Rate: > 30% via built-in reverse osmosis
• Display: 7" multi-color touch screen for intuitive operation
• Connectivity: USB, SD card, printer, and Modbus interface
• Energy Saving: Includes energy saving mode
• Disinfection: User-guided disinfection mode
• Installation: Wall mounting possible for space-saving setup
• Dimensions (W x D x H): 340 x 550 x 535 mm
• Weight: 30.5 kg
• Power Supply: 100–240 V, 50/60 Hz

Scope of Supply:

• Ultrapure water system
• 1 set of modules and filters

Designed to provide reliable, high-purity water suitable for molecular biology, analytical chemistry, microbiology, and other demanding laboratory applications, the Evoqua Ultra Clear™ TP ED 10 TWF 30 UV TM ensures efficient, consistent performance with user-friendly operation.

Frequently Asked Questions

1. What is the Evoqua Ultra Clear™ TP ED 10 TWF 30 UV TM used for?

It is an advanced ultrapure water purification system designed for laboratories requiring both Type II and Type I water directly from tap water sources. This system integrates reverse osmosis (RO), deionization (DI), ultraviolet (UV) sterilization, and Total Organic Carbon (TOC) monitoring to ensure consistent high-quality water output. The built-in reverse osmosis system offers a recovery rate of > 30%, helping to conserve water. The ion exchange module delivers water with conductivity < 2 µS/cm from the storage tank. The system supports user-guided disinfection and energy-saving modes, with optional wall mounting for flexible installation.

2. Is the Evoqua Ultra Clear™ TP ED 10 TWF 30 UV TM suitable for laboratories requiring both Type II and Type I water directly from tap water sources?

Yes. It is designed for laboratories requiring both Type II and Type I water directly from tap water sources, and offers a TOC level of < 3 ppb with continuous TOC monitoring (TM) and a flow rate of up to 2 L/min for ultrapure water to support this kind of work.

3. What TOC level and flow rate does the Evoqua Ultra Clear™ TP ED 10 TWF 30 UV TM have?

It has a TOC level of < 3 ppb with continuous TOC monitoring (TM), a flow rate of up to 2 L/min for ultrapure water and a storage tank of 30 L capacity for Type II water, and is supplied under manufacturer part number W3T276075.

4. What water quality and connectivity does the Evoqua Ultra Clear™ TP ED 10 TWF 30 UV TM offer?

It offers ASTM Type I water with resistivity of 18.2 MΩ·cm (0.055 µS/cm), USB, SD card, printer, and Modbus interface, energy saving mode and user-guided disinfection mode.

5. How does the Evoqua Ultra Clear™ TP ED 10 TWF 30 UV TM compare with the Sartorius Arium Mini Plus Extend Ultrapure Water System from Sartorius?

The Evoqua Ultra Clear™ TP ED 10 TWF 30 UV TM is a strong choice when flow rate of Up to 2 L/min for ultrapure water matches the workflow. The Sartorius Arium Mini Plus Extend Ultrapure Water System is an alternative offering water type of Ultrapure water (Type 1), so the preferred option depends on the required specification and compatibility.