Overview

The document presents technical specifications and features of PSA (Pressure Swing Adsorption) oxygen generators and associated equipment, focusing on efficiency, reliability, and air quality control.

1. PSA Technology and Compressor Specifications

• Compressor Type: Lubricated screw compressor designed for market-leading efficiency measured in kW/h.m³.
• Operation: Capable of continuous 24/7 operation with a long service life compared to competitors.
• Air Dryer: High-quality SEC 7 OX adsorption air dryer ensures delivery of dry, clean air to the oxygen generator, maintaining optimal zeolite separation capacity.
• Environmental Considerations: Equipped with an oil separator to maintain a clean environment.
• Air Quality Monitoring: Built-in dew point sensor to continuously ensure air quality.

2. PSA Oxygen Generator Features

• Oxygen Booster: Oil-less piston oxygen booster available with output pressures from 5 to 12 bar, designed for easy maintenance.
• Oxygen Purity: Patented system producing oxygen purity of 95% ±1%, with versions available for 5.5 bar or 12 bar output.
• Installation: Outdoor cabin options with complete oxygen manifolds and customizable solutions.
• Oxygen Analysis: Paramagnetic oxygen analyzer included for precise purity measurement and easy on-site calibration, compliant with Oxygen Pharmacopoeia standards.

3. Operational and Maintenance Guidelines

• Designed for reliable, continuous operation with minimal maintenance requirements.
• Includes features to prevent contamination and maintain separation efficiency, such as oil separators and dew point sensors.
• Calibration and monitoring tools ensure compliance with medical and industrial oxygen purity standards.

4. Technical Data and Performance Parameters

The document contains detailed tables (not fully legible) listing model numbers, operating pressures, flow rates, and other performance metrics for various PSA oxygen generator configurations. Key points include:

• Range of oxygen flow capacities and pressures tailored to different application needs.
• Energy consumption and efficiency parameters optimized for operational cost savings.
• Compliance with relevant industrial and pharmacopoeia standards for oxygen purity and safety.

5. Quality and Compliance

• Equipment designed to meet stringent quality standards for oxygen generation.
• Use of paramagnetic analyzers ensures accurate oxygen purity verification.
• Customization options allow adaptation to specific regulatory and operational requirements.

Summary

This technical document outlines a robust PSA oxygen generation system featuring efficient compressors, advanced air drying and purification technologies, and precise oxygen purity monitoring. The system supports continuous operation with low maintenance, environmental safety features, and compliance with medical oxygen standards, making it suitable for industrial and healthcare applications.