1 ton pure water equipment for in vitro diagnostic reagents

1 ton pure water equipment for in vitro diagnostic reagents

The purified water equipment adopts fully automatic EDI electro deionization ultra pure water treatment technology, and the pre-treatment is matched with reverse osmosis treatment to effectively remove various salts and impurities in the water. Then, the EDI system is used to further improve the water quality and make the effluent meet the requirements of the water use process; The system adopts fully automatic operation control, and the equipment has the advantages of stable water quality, easy operation, low operating costs, green environmental protection, and easy maintenance. It is widely used in related industries such as electronics, pharmaceuticals, and power.

Purified water equipment for in vitro reagents, price of purified water equipment for in vitro reagents, solutions and design advantages of manufacturers of purified water equipment for in vitro reagents

1. The connection parts of purified water should be welded first, followed by crimping, and the use of threaded connections should be avoided.

2. The entire system adopts single-sided welding and double-sided forming technology, using German imported automatic welding machines and American specialized pipe cutting tools for automatic welding technology.

3. The pipelines in contact with the terminal pure water meet the GMP3D requirements, with PTPE rubber pads. The diaphragm valve is installed horizontally at a 45 degree angle, and the circulation pipeline is installed with a slope of 0.5. The low point is set as the discharge point.

4. Each system is equipped with sampling points to facilitate the detection of water quality.

5. The entire system adopts three-dimensional design, production, processing, and installation integration, and is equipped with a circulating water return pipeline to eliminate stagnant water pipelines.

6. Adopting PLC+touch screen automatic control mode, stable, reliable, exquisite and beautiful. The automatic mode is a one click start, which is easy and convenient to operate.

7. Humanized 3D design, in line with ergonomics; Touch screens, switches, instruments, and meters are set at height positions that conform to the average height of Chinese people and are convenient for manual operation.

8. The touch screen is equipped with dynamic animated monitoring screens for water pumps, valves, and water tank levels.

9. In manual mode, there are three levels of management permissions: administrator, engineer, and operator.

10. The manual and automatic modes are easy to switch and have special reminder functions to prevent non operators from accidentally operating this device.

11. Implement real-time monitoring of the conductivity of purified water and maintain a flow rate of at least 1m/s. To reduce the possibility of microbial growth in the purified water pipeline network.

12. Humanized alarm recording and prompt function; When the filter material replacement cycle is reached, full water, water shortage, low pressure, and overpressure are recorded in the touch screen event log, an alarm will be issued when there are abnormalities in water quality, pressure, and flow rate.

13. Each level of water quality section shall have the function of discharging qualified water and unqualified water to the previous section to ensure stable and safe water quality. (If the water quality is restored to qualified within 5 minutes, record it in the record column on the touch screen. If it is not restored after the time, an alarm will be issued.)

14. In order to achieve no dead corners in each section, if there is no fluctuation in the purified water tank for 2 to 2 hours after it is filled with water, the entire system cycle will be triggered to prevent the pipeline from not flowing for a long time and breeding microorganisms.

15. Equipped with water quality correction function and low usage water quality warning function, there will never be an emergency situation.

16. The water production system and water supply system are controlled separately. In case of replacement of consumables, there is no need to stop the water supply or production.

17. RO water production and flushing time can be set, and during peak water usage periods, the water production time can be adjusted to ensure stable water usage at the water point.

1 ton pure water equipment for in vitro diagnostic reagentsFunction Configuration

1. The reverse osmosis system adopts fully automatic control, with imported components as the main components, high stability, and simple and convenient operation;

2. Equipped with a dedicated concentrated water regulating valve, easy to operate;

3. Equipped with ultraviolet rays and membrane filters to prevent bacteria from affecting EDI and water quality;

4. Ensure stable water quality during short-term or long-term shutdowns of EDI systems through professional expertise;

5. Adopting authentic imported Siemens GE series EDI membrane stack, it has stable performance, long service life, and stable continuous effluent water quality without fluctuations. It is specially equipped with a "fully filled" concentrated water chamber, without the need for salt addition and concentrated water circulation;

6. The EDI flowmeter adopts a magnetic induction float flowmeter imported from Germany, which can prevent damage to the membrane stack caused by the lack of concentrated water due to blockage of the concentrated water channel or other equipment failures;

7. It has multiple safety functions such as waterless protection and high/low pressure protection;

8. All controls adopt fully automatic mode, with imported components as the main components, high stability, and simple and convenient operation;

9. The main electrical components are made of Schneider from France, ensuring quality and quantity, and designed according to optimal configuration.

Purified water equipment for in vitro reagents, price of purified water equipment for in vitro reagents, on-site installation by manufacturers of purified water equipment for in vitro reagents

3.1. Install using 3D design animation, position reasonably according to site conditions, and establish convenient maintenance channels.

3.2. The installation of pipelines should be horizontal, vertical, aesthetically pleasing, and the cable tray should be firm and reliable

3.3. Wires and cables shall comply with national electrical specifications.

3.4. On site installation of pipelines shall be manually welded, and the pipelines shall be firm and reliable. Each pipe support shall be installed at standard intervals, and the pipelines shall have a certain slope of 5/1000.

3.5. Welding should be sampled, recorded, and printed daily. After each day of construction, the area should be kept clean and tidy. The pipeline should be sealed to prevent foreign objects from entering the interior of the pipeline.

3.6. Provide pipeline axonometric drawings, welding code records, acid pickling and passivation, pressure testing documents, and endoscopic inspection photos.