200L/H Fully Automatic Clinical Testing Medical Ultra-Pure Water System

Model: YS-DI-200AL/H
Place of Origin: Anhui,China (Mainland)
Water Output: ≥200L/H
Water Quality Standard: GB/T 6682-2008 First-Class
Resistivity: 15-18 @25C
Membrane Desalination Rate: 99%
Power Supply: AC220V±10% 50HZ
Rated Power: 0.75kW
Dimensions: 54×56×148cm

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Product Description

Payment & Shipping Terms Supply Capacity
Trade Term:FOB,CIP,CPT,EXWPacking:Packed in Export...
Payment Terms:Paypal, L/C, D/P, D/A, T/T, WUDelivery Date:60 days
Means of Transport:Ocean, Air, Land

Fully automatic operation with IoT capability

Single-stage RO system with 99% desalination rate

Built-in water tank for continuous supply

Complies with Chinese GB/T 6682-2008 first-class standard

Compact design (54×56×148cm) with 0.75kW power consumption

Suitable for clinical testing and biochemical applications


The YS-DI-200AL/H series represents the pinnacle of medical-grade ultra-pure water treatment technology, specifically engineered to meet the rigorous demands of clinical testing environments. This fully automatic system delivers a consistent output of ≥200 liters per hour of ultra-pure water that strictly complies with the first-class standard of Chinese laboratory GB/T 6682-2008. The heart of the system utilizes advanced single-stage reverse osmosis (RO) technology, ensuring exceptional water purity with a remarkable membrane desalination rate of 99%.


What sets this equipment apart is its integrated design featuring a built-in water tank that guarantees uninterrupted water supply for critical medical applications. The water quality parameters are exceptionally impressive, demonstrating resistivity values reaching 15-18 MΩ·cm at 25°C, as measured by precision resistivity meters. This corresponds to an exceptionally low electrical conductivity of 0.005 mS/m, virtually non-detectable absorbency at 254nm with 1cm optical distance, and minimal soluble silicon content of <0.01 mg/L (as SiO2).


The comprehensive purification performance extends to oxidizable substance content maintained below 0.08 mg/L (in O) and evaporation residue content of merely 0.6 mg/L at 105°C±2°C. The entire system achieves an impressive ion removal rate of 99.6%, ensuring that the produced water meets the most stringent requirements for medical and laboratory applications.


Designed with operational efficiency in mind, the YS-DI-200AL/H requires incoming water pressure of ≥0.2MPa and operates with water temperature constraints that ensure optimal membrane performance. The system operates on standard AC220V±10% 50HZ power supply with 24V safety voltage, consuming only 0.75kW of rated power, making it both energy-efficient and cost-effective for continuous operation in medical facilities.


The equipment's compact dimensions of 54×56×148cm make it suitable for various laboratory settings without compromising valuable space. Its robust construction is complemented by an aesthetically pleasing appearance that blends seamlessly with modern medical and laboratory environments.


In terms of application versatility, this medical ultra-pure water system serves an extensive range of critical functions. It is ideally suited for atomic absorption spectroscopy, fluorescence analysis, general laboratory applications, and clinical laboratory testing. The system provides reliable water supply for fully automatic biochemical luminescent immune equipment and supports high-precision electrochemical configuration requirements for battery cells, storage batteries, and chip manufacturing. Additionally, it serves constant quantitative analysis, pharmaceutical applications, and various medical research purposes that demand consistently high-purity water standards.


The YS-DI-200AL/H incorporates several distinctive features and advantages that position it as a market leader. The system boasts an elegant yet functional design that ensures stable water quality output regardless of varying input conditions. Its fully automatic operation includes intelligent start-stop functionality that optimizes energy consumption and reduces operational complexity. The equipment utilizes premium brand accessories and components, backed by independent intellectual property rights that guarantee performance reliability and technical support.


Installation is remarkably straightforward, requiring minimal technical expertise for commissioning. Perhaps most significantly, the system incorporates Internet of Things (IoT) capability, enabling remote monitoring, real-time performance tracking, predictive maintenance alerts, and operational data analytics. This connectivity feature allows facility managers to maintain optimal system performance while reducing downtime and maintenance costs.


The integrated RO system not only ensures consistent water quality but also minimizes chemical consumption and waste production, aligning with sustainable operational practices. The built-in water tank design provides buffer capacity that accommodates fluctuating demand patterns common in clinical testing environments, ensuring that pure water is always available when needed.


For clinical laboratories and medical facilities requiring reliable, high-volume ultra-pure water production, the YS-DI-200AL/H offers an unparalleled combination of performance, reliability, and technological sophistication. Its compliance with international water quality standards, coupled with advanced automation features and IoT connectivity, makes it an ideal solution for modern healthcare institutions seeking to enhance their diagnostic capabilities while maintaining the highest standards of water purity for clinical testing applications.


The system's robust construction and premium components ensure long-term reliability, while the comprehensive monitoring capabilities provide peace of mind regarding water quality consistency. Whether supporting routine laboratory testing or critical clinical diagnostics, this medical ultra-pure water equipment delivers the performance and reliability that healthcare professionals depend on for accurate, reproducible results.

Category: Clinical laboratory ultrapure water equipment