SYSL-A-I Laboratory Ultra Pure Water Machine

The SYSL-A-I laboratory ultrapure water machine provides Class I, II, and III water for large-scale cleaning machines, ultrapure water purification systems, and water terminals used in ordinary laboratory applications.

(Water production capacity: It is recommended that customers choose the water outlet model based on a daily calculation of 6 hours)

Guidelines for Choosing a Laboratory Pure Water Machine:

1. Budget price: Choose according to your own needs, which can effectively include costs and avoid cost overruns caused by high equipment prices. Choosing a foreign brand has a price that is about 50% higher than domestic products, but it is important to consider whether the experiment you are conducting requires the use of foreign products. Many domestic brands can achieve similar results as foreign equipment, so choosing domestic products according to demand can also effectively control cost investment.

2. Water treatment process: Before the popularization of pure water machines in China, distilled water was basically used for testing. However, due to the slow and inefficient process of preparing distilled water, as well as the poor water quality and high cost, this process is gradually being abandoned by laboratories. The most commonly used method currently is to produce water through reverse osmosis technology, and the produced water meets the laboratory water requirements of GB 6682. Moreover, many domestic pure water machine processes can be comparable to foreign major brand equipment, and in some details, they can even surpass foreign equipment.

3. Source water quality: Generally speaking, municipal tap water is the most commonly used water source in laboratories nowadays. However, in some areas, the water quality is very poor and may not reach a TDS value greater than 150PPM. In this case, an external water softener is usually needed. If the TDS value of the source water is greater than 250PPM, it is recommended to add an external filter for filtration.

4. Laboratory water demand: Not all laboratories require the use of ultrapure water as raw water. Some use pure water as the main source, while others also use ultrapure water as a secondary source. There are also laboratories that use pure water alone as raw water. In this case, we need to choose between ultrapure water machines, dual water machines, or equipment that only produces pure water according to our needs.

5. Water production notice: The water production capacity of the selected equipment needs to be selected based on indicators such as daily water consumption and peak water consumption. You can also communicate with the sales personnel of the infiltration source, and the sales personnel will recommend equipment for you according to your needs.

6. After sales service: When we choose a product, we not only need to choose high-quality equipment, but also need to choose good after-sales service. This way, we can communicate and understand problems in the first time, and quickly solve them for you. These are extremely important factors.

SYSL-A-I Ultra Pure Water Machine Equipment Performance:

1. Fully automatic control function, combined with intelligent true color screen LCD display, can view various parameter information such as conductivity and resistance value at any time;

2. Equipped with a dedicated drainage outlet to avoid adverse effects on the laboratory caused by water tank overflow when the liquid level sensor is damaged;

3. PIN operation password can be set;

4. Equipped with a UV digestion device to enhance the stability of the effluent quality of the pure water machine;

5. Imported resin products can extend the lifespan of purification components and reduce operating costs;

6. Imported RO American Dow reverse osmosis membrane, which can effectively remove high valence ions, colloids, bacteria, fungi and other substances in water;

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.