Hospital department pure water equipment

Hospital department pure water equipmentIntroduction:

1. The reverse osmosis pure water treatment equipment adopts a fully automatic control mode to achieve fully automatic operation and reduce the impact of human error on the equipment.

2. The pre-treatment system adopts a reduction system design to solve the irreparable impact of excessive residual chlorine on the reverse osmosis membrane.

3. In the selection of reverse osmosis membranes, choose high-quality reverse osmosis membranes with effluent conductivity below 5us.

4. Select special SUS304 stainless steel water pumps for the pump series, which have low operating noise.

The recovery rate can reach over 65%.

The high degree of automation, simple operation, stable water quality, and low operating costs have been highly praised by customers. And widely used for production water in various industries.

7. Adopt process management and continuous improvement concepts in the management mode, comply with ISO9001 requirements, continuously meet customer needs, and achieve customer satisfaction.

8. In terms of sales methods, direct sales from manufacturers without intermediate links can greatly save you costs.

Hospital department pure water equipmentFeatures:

1. High efficiency single-stage Z-dual stage reverse osmosis design;

2. Replace distillation and ion exchange equipment;

3. Produce pure water that meets the requirements;

4. Advanced single switch, single pump, and separation pressure design;

5. Small footprint and easy operation.

Functional description of each component and accessory of the equipment:

1. Self supplied water tank: mainly solves the problem of unstable tap water pressure and reduces mechanical failures caused by frequent start-up or unstable tap water pressure of the lifting pump during operation.

2. Quartz sand filter: Tap water enters from the upper end of the tank and flows evenly from the upper end of the filter layer to the lower end through the upper water distributor. After passing through the filter layer, tap water is separated from the filter layer by the lower water distributor, forming filtered water.

3. Activated carbon filter: The internal structure of the activated carbon filter is similar to that of a quartz sand filter. After adsorption by activated carbon, the residual chlorine in tap water can generally be reduced to below 0.1mg/l.

4. Precision filter: mainly uses a 5us melt blown filter element, which can remove small particles and further create conditions for reverse osmosis inlet water.

5. High pressure pump: provides the necessary power for reverse osmosis operation.

6. Reverse osmosis system: The reverse osmosis system is the core component of reverse osmosis pure water equipment. In the design of reverse osmosis, the number, brand, and arrangement of filter membrane elements are mainly considered.

7. Pure water tank: used for storing pure water.

Purpose:

Mainly used for purifying endoscopic cleaning water.

Detailed technical parameters:

1. Water production capacity: ≥ 250L/h;

2. Pure water quality: conductivity ≤ 10 μ s/cm (real-time monitoring), total bacterial count ≤ 10CFU/100ml;

3. Host size: 1600 × 700 × 950 (mm) cabinet style;

4. Host power: ≤ 1.8KW;

5. Pure water tank: ≥ 250L;

6. Liquid level interlocking fully automatic control, equipped with system startup self-test, automatic protection for raw water shortage shutdown, low and high pressure shutdown alarm, phase loss and overcurrent shutdown alarm, high water level self stop/medium water level start, system automatic flushing and other fully automatic functions. At the same time, the system also has manual operation function to meet emergency needs;

7. Paired with efficient scale inhibition module and multi-media filtration module;

8. The constant pressure water supply system is controlled by a fully automatic water pump controller and can be manually operated;

9. The instrument and meter are designed with full display, which can effectively monitor various indicators of the system, and has online monitoring of the water quality of raw water and pure water using conductivity meters for raw water and pure water;

10. Adopting pollution-free UV sterilization+terminal sterilization to ensure sterile water requirements.