The Milli-Q HR 7060 system is a high-throughput standard water purification solution that can consistently meet the diverse needs requiring reverse osmosis (RO, Type 3) pure water – for a single laboratory or an entire research facility. These systems can produce up to 1200 L/day of laboratory-grade water from potable feed water. This system is suitable for feed water that has a high chlorine content. Milli-Q HR 7000 series systems can be integrated into a centralized system, providing total control of all parameters within the system itself as well as within the external pure water distribution loop. These central systems are embedded with the unique MyMilli-Q Remote Care online monitoring and service capability, which operates as an extension of Milli-Q Services. This digital service lets you securely and remotely manage your system, supporting the lab′s optimal productivity.
The RO/Type 3 water produced by Milli-Q HR 7000 series systems is ideal for all your laboratory pure water needs such as glassware rinsing, heating or sonicating baths, and basic reagent preparation. It can feed instruments, including dishwashers, autoclaves, humidity and environmental chambers, and ice machines. It can also feed Milli-Q ultrapure water purification systems.
Key Features
Why choose Milli-Q HR High-Flow RO Water System
Enhances sustainability and reduces running costs, making your facility more productive, environmentally friendly, and cost-effective
Higher ergonomic design for quick and easy maintenance
An interactive touchscreen with helpful wizards for ease of operation and maintenance
Modern data management capabilities for greater accessibility and data traceability
MyMilli-Q Remote Care monitoring and service capability
Equipped with patented E.R.A. (Evolutive Reject Adjustment) technology to save you water, time and money
Technical Data
Milli-Q HR High-Flow RO Water System technical data
AC/DC input
100 V / 230 V (For region specific voltage information, see footnote below)
product line
Milli-Q HR
feature
Ionic rejection by RO: 95 - 99%; Organic rejection by RO: >=99% for MW >= 200
system depth × H × W
54.2 cm (21.3 in.) × 124 cm (48.8 in.) × 54.3 cm (21.4 in.)
