The pure water system Q-CENTER-RED series is used in departments such as clinical laboratory and pathology department that require ultrapure water. The system adopts an integrated design, circulating constant pressure water supply, small footprint, modular design components, and high-quality water quality assurance.
The small models Q-CHE-SR series pure water machine are suitable for use in biochemical analyzer, fully automatic analytical equipment, etc.
The system uses municipal tap water as feed water source to produce high-quality deionized pure water (≤ 0.1μs/cm (25 ℃)), with multiple configuration options to fully meet the various water needs of medical laboratory departments.
Features of The System
☑ Fully automatic operation, self-check on startup, protection when feed water pressure is low, automatic shutdown for over-pressure or full water in storage tank, real-time water quality monitoring and display on LCD screen.
☑ Cortex-A8 processor, 7-inch human-machine interface and microcomputer control, with real-time animation simulation display throughout the process, parameter modification, data storage and printing functions.
☑ User login password, which can be added and modified to prevent unauthorized operations and data changes.
☑ Accumulated system running time and real-time time display, timed power on/off function, power on/off time and week can be freely set by user.
☑ Alarm for system fault and consumables replacement, with real-time display of alarm content in the display window.
☑ Fully automatic flushing and internal circulation function of the system extend the service life of RO membranes.
☑ The components are imported and domestic major brands, making the system operate more stably and ensuring quality of the produced water
☑ The system can be upgraded with remote monitoring function, which enables remote operation, real-time monitoring of animation simulation, data display and storage, parameter modification, voice alarm, data printing and other functions
☑ The system can use PLC, LCD touchscreen, DCS, technologies such as camera monitoring enable remote and fully automatic display, operation, and control. The computer records the operating parameters of the equipment, prints reports, and facilitates analysis of correlation between water quality and experimental results.