SYHL-F Laboratory Ultra Pure Water Machine

The SYHL-F laboratory ultrapure water machine is a leading ultrapure water equipment in terms of functionality compared to most domestic products. In terms of internal configuration, the equipment spares no expense in purchasing products from internationally leading manufacturers, analyzing the voltage, control system, monitoring system, etc. required for each product on the infiltration source instrument, and combining these leading components into the current SYH ultrapure water series products, which have become the preferred choice for high-end laboratories.

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

Performance of SHYL-F laboratory ultrapure water machine equipment for infiltration source:

1. The SYH-F series ultrapure water machine is a high-end water production equipment based on the ARM7 series single-chip and touch screen as the human-machine interface, and displays the water production process on the screen during the water production process.

2. The laboratory ultrapure water preparation system adopts Dow two-stage reverse osmosis membrane and imported Rohm and Haas ultra purification column, ensuring the stable conductivity of pure water at 1 µ s/cm

3. The four stage pre-treatment device for source water effectively removes particulate matter, iron, manganese, residual chlorine, calcium, magnesium, adsorbed organic matter, odors, etc. It is equipped with a Sedolis terminal microfilter imported from Germany, UV digestion indicator UV spectrophotometer: 185/254nm1, dual wavelength UV spectrophotometer for sterilization and removal of organic matter. Imported ultrafiltration equipment from the United States (Minntech/UF ultrafiltration heat source)

4. The internal circulation setting (1-180 seconds) of the UP ultrapure water system can maintain the optimal and stable water quality of 18.25M Ω· cm for the produced UP ultrapure water.

5. Quantitative water intake setting, clock setting, historical data query function, each water intake time (year, month, day), each water intake volume, and each water intake water quality. (RO conductivity (µ s/cm 25 ℃)/UP resistivity (18.25M Ω· cm @ 25 ℃), cumulative total water intake (liters)

6. Record of all consumable alarm replacements and automatic protection function of the system. Automatic shutdown protection for water shortage/low water pressure system, automatic shutdown protection for water tank full, independent pre flushing operation. Flow monitoring filter replacement cycle, Chinese prompts users to replace consumables in a timely manner, RO reverse osmosis column/UF ultrafiltration column/UP ultra purification column automatic flushing cycle setting, system fully automatic flushing in 18 seconds when turned on, reverse osmosis membrane fully automatic flushing in 18 seconds, and excessive discharge fully automatic flushing in 15 seconds

7. Water leakage alarm function, system password control USB printing connection port, UP power outage emergency access to ultra pure water quality of 18.25M Ω. cm.

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

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

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.