Q-CENTER-RED The laboratory pure water equipment is used in departments such as hospital laboratory and pathology that require ultra pure water. The equipment adopts an integrated design, circulating constant pressure water supply, ultra small footprint, modular design components, and high-quality water quality assurance.
Q-CHE-SR The (small) pure water system is suitable for use in biochemical analyzers, fully automatic analytical equipment, and laboratory water. The
system uses municipal tap water as the inlet water source to prepare high-quality deionized pure water (≤ 0.1um/cm (25 ℃)). Multiple configuration options can fully meet the various water needs of medical laboratory departments.
Equipment features
Fully automatic operation, power on self-test, raw water undervoltage protection, automatic shutdown for overpressure/full water, real-time water quality monitoring LCD display
adopts Cortex-A8 processor, 7-inch human-machine interface and microcomputer control, real-time animation simulation display throughout the process, with parameter modification and data storage and printing functions.
The system sets user login passwords, allowing users to add and modify usernames and passwords to prevent unauthorized operations and data changes.
The system displays accumulated and real-time running time, with a timed power on/off function, and users can freely set the power on/off time and week.
The system has fault alarm and consumable replacement alarm functions, and the display window displays the alarm content in real time.
The system is designed with fully automatic flushing and internal circulation function to extend the service life of RO.
The components use imported and top domestic brand accessories, making the system run more stably and ensuring the quality of the effluent.
The system can be upgraded with remote monitoring function., can achieve remote operation, real-time monitoring of animation simulation, data display and storage, parameter modification, voice control alarm, data printing and other functions
Can use PLC, LCD touch screen 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 the analysis of the correlation between experimental water quality and experimental results.
| Selection parameters |
| Model | Q-Center-RED (Integrated) |
| Water production | 500-1000 L/H |
| Operating conditions | Inlet requirements: Municipal tap water (pressure 0.2-0.4Mpa, temperature 5-45 ℃) Electrical requirements: 220V/AC 50Hz, power<2kW |
| Reverse osmosis conductivity | ≤ 10 μ s/cm (25 ℃) |
47}
EDI Electrical resistivity | 10-15M Ω. cm (25 ℃) | | Ultra pure water resistivity | 18.25M Ω. cm (25 ℃) |
| Bacteria | <1/ml |
| Number of particles | (≥ 0.22 μ m)<1/ml |
| TOC | ＜10ppb |
CN
English
