SYHL-V series laboratory ultrapure water machine

The SYHL-V series laboratory ultrapure water machine is the latest generation of intelligent laboratory ultrapure water machines independently developed by Xunyuan. It is suitable for the research and identification level water needs of various laboratories. This equipment adopts a visual operation interface and a humanized design concept, ensuring that the water production resistivity is effectively stable at 18.25M Ω CM， It is a high-quality choice for high-end laboratory users in industries such as life sciences, analytical chemistry, electronic information, etc.

Parameters of SYHL-V laboratory ultrapure water machine for infiltration source

operating function

1. The unique Sepage source series control system, combined with an intelligent true color screen LCD display, is easy to operate and displays clearly, greatly improving work efficiency;

2. The equipment is equipped with historical data retrieval, time, temperature, and online display;

3. Four stage pre-treatment of source water effectively removes particulate matter, iron, manganese, residual chlorine, calcium, iron, and organic matter, odors, etc;

4. The dual stage reverse osmosis process is suitable for various complex source water conditions and effectively stabilizes the quality of water production;

5. The system can be equipped with a quantitative water intake function, and the water quality and quantity can be password entered for internal range setting;

6. Automatic selection of reverse osmosis system, troubleshooting for pure water exceeding the standard;

7. Password devices prevent unauthorized access to internal systems to change parameters and perform non compliant operations;

8. Set the interval for automatic circulation to prevent secondary pollution of ultrapure water. Ensure that ultrapure water is stable at 18.25M Ω CM;

9. Sound prompts and silent text alarms for water shortage, low water tank level, and substandard water quality;

10. Equipped with automatic prompt and protection for water shortage and low pressure system, automatic protection for water tank full water system, and a drainage outlet to avoid adverse effects on the laboratory caused by water tank overflow when the liquid level sensor is damaged;

11. Can store water intake logs, alarm logs, and other operation logs for up to two years;

12. The pure water tank adopts a conical bottom structure with a discharge valve at the bottom for easy cleaning and disinfection;

13. Accurately display the water level percentage of the water tank;

14. Mobile water intake arm, linked with the host to achieve long-distance water intake (optional);

15. EDI modules can replace purification columns to prepare high-purity water without the need for frequent replacement of packaging materials;

16. 18 second automatic flushing of the reverse osmosis group and system upon startup;

17. Equipped with ultraviolet sterilization device, it can effectively reduce the TOC content in raw water;

Process flowchart:

Friendly reminder:

1. The water production capacity of this product refers to the rated water production capacity of the RO membrane at 25 ℃. For every 1 ℃ decrease in water temperature, the water production capacity of the RO membrane decreases by about 3%. When the water temperature drops below 5 ℃, the RO membrane stops producing water. When selecting and ordering, users should consider the factor of the decrease in winter water temperature in the area.

2. When the total dissolved solids (TDS) in the source water exceeds 200ppm, the conductivity of RO pure water may decrease to over 10us/cm; Users with high water quality requirements are recommended to choose a pre installed water softener filtration system.

Recommended reading: Detailed explanation of common problems of laboratory ultrapure water machine