High-Efficiency Medium PSA Oxygen Plant Package for Medical Settings
The High-Efficiency Medium PSA Oxygen Plant Package is a groundbreaking medical innovation that provides a complete solution for oxygen supply, suitable for a variety of medical settings. Besides its superb efficiency, this oxygen plant package is designed with high levels of precision and robust features, perfect for meeting the demands of hospital oxygen pipelines.
Key Features:
- Incorporated 300 LPM medical oxygen generator expands oxygen output while reducing waste. The system functions optimally at a flow rate of 18m3/h or 300 l/min.
- Equipped with an IE4 rating and higher variable speed air compressor, ensuring high efficiency, cost-effectiveness, and dependability throughout operation.
- Delivers an oxygen purity of 93 u00b13%, deploying 0.01-micron filters for the elimination of air contaminants, supplying pure oxygen.
- Supreme resilience under challenging conditions offers effective operation up to 2000m above sea level and can endure maximum temperatures of 40u00b0C.
- Compact design measures 2.15 x 1.12 x 1.82m for non-intrusive installation within your facility. The system operates on AC 400V, 50Hz 3-phase power supply, with a power consumption of 22kW.
- Includes a professional medical central alarm and repeater alarms for safe operation. These alarms alert operators of any fluctuations beyond safe levels.
- In line with ISO 8573-1, ISO 9001:2015, and ISO 13485:2016 standards and holds the CE Medical mark, which underscores our commitment to delivering world-class medical systems.
- Comes with a 2-year warranty, preventive maintenance supplies, and offers installation, commissioning, and training services to ensure you get the best out of the system.
The High-Efficiency Medium PSA Oxygen Plant Package grants a remarkable transition from traditional methods of oxygen supply, presenting an avant-garde alternative, ideal for medical settings. With an expected delivery time of 10 weeks, you can look forward to transforming your facilities' oxygen supply process with this state-of-the-art system.